BLASTP 2.10.0+
Reference:
Stephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer,
Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997),
"Gapped BLAST and PSI-BLAST: a new generation of protein database
search programs", Nucleic Acids Res. 25:3389-3402.
Reference for
composition-based statistics:
Alejandro A. Schäffer, L. Aravind, Thomas L. Madden, Sergei
Shavirin, John L. Spouge, Yuri I. Wolf, Eugene V. Koonin, and
Stephen F. Altschul (2001), "Improving the accuracy of PSI-BLAST
protein database searches with composition-based statistics and
other refinements", Nucleic Acids Res. 29:2994-3005.
Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF
excluding environmental samples from WGS projects
281,252,422 sequences; 101,180,629,825 total letters
Query=
Length=390
Score E
Sequences producing significant alignments: (Bits) Value
NP_973782.1 Disease resistance-responsive (dirigent-like protein)... 747 0.0
CAA0176539.1 unnamed protein product [Arabidopsis thaliana] 744 0.0
XP_020870230.1 dirigent protein 25 [Arabidopsis lyrata subsp. lyr... 608 0.0
XP_010475548.1 PREDICTED: dirigent protein 25-like [Camelina sativa] 582 0.0
KFK43093.1 hypothetical protein AALP_AA1G078900 [Arabis alpina] 582 0.0
XP_010487947.1 PREDICTED: dirigent protein 25-like [Camelina sativa] 565 0.0
VVA90336.1 unnamed protein product [Arabis nemorensis] 553 0.0
XP_010457978.1 PREDICTED: dirigent protein 25-like [Camelina sativa] 547 0.0
CAA7026279.1 unnamed protein product [Microthlaspi erraticum] 543 0.0
XP_013707848.1 dirigent protein 25 [Brassica napus] 540 0.0
VDD08238.1 unnamed protein product [Brassica rapa] 540 0.0
XP_006417771.1 dirigent protein 25 [Eutrema salsugineum] 539 0.0
XP_009110925.1 dirigent protein 25 [Brassica rapa] 537 0.0
KAF2555989.1 hypothetical protein F2Q68_00013040 [Brassica cretica] 537 0.0
XP_033128636.1 LOW QUALITY PROTEIN: dirigent protein 25 [Brassica... 536 0.0
CDY71693.1 BnaAnng38500D [Brassica napus] 531 0.0
XP_018487113.1 PREDICTED: dirigent protein 25 [Raphanus sativus] 530 0.0
KAF2620961.1 hypothetical protein F2Q68_00038483 [Brassica cretica] 527 0.0
KAF3493925.1 hypothetical protein DY000_02052080 [Brassica cretica] 526 0.0
XP_013605880.1 PREDICTED: dirigent protein 25-like [Brassica oler... 525 0.0
VDD53903.1 unnamed protein product [Brassica oleracea] 520 0.0
KAF2589232.1 hypothetical protein F2Q70_00038103 [Brassica cretica] 532 8e-180
XP_018465872.1 PREDICTED: dirigent protein 25-like [Raphanus sati... 492 3e-171
RID57066.1 hypothetical protein BRARA_F00472 [Brassica rapa] 480 8e-167
VDD41800.1 unnamed protein product [Brassica oleracea] 465 2e-152
XP_018437761.1 PREDICTED: dirigent protein 10-like isoform X2 [Ra... 435 1e-148
XP_018448207.1 PREDICTED: dirigent protein 25-like [Raphanus sati... 430 4e-147
XP_033145157.1 dirigent protein 25 [Brassica rapa] 432 8e-147
KAF2568584.1 hypothetical protein F2Q68_00024973 [Brassica cretica] 429 4e-146
XP_018481573.1 PREDICTED: dirigent protein 10 [Raphanus sativus] 429 7e-146
VDD07933.1 unnamed protein product [Brassica oleracea] 427 3e-145
XP_013634931.1 PREDICTED: dirigent protein 10-like [Brassica oler... 425 1e-144
XP_013701213.1 dirigent protein 10-like [Brassica napus] 424 4e-144
RID66587.1 hypothetical protein BRARA_D01717 [Brassica rapa] 424 1e-143
VDD13752.1 unnamed protein product [Brassica oleracea] 423 2e-143
KAF2566640.1 hypothetical protein F2Q68_00027621 [Brassica cretica] 420 2e-142
KAF3576593.1 hypothetical protein DY000_02034663 [Brassica cretica] 417 2e-141
XP_013634754.1 PREDICTED: dirigent protein 25-like [Brassica oler... 415 3e-140
XP_013651815.1 dirigent protein 10 [Brassica napus] 414 6e-140
XP_010523131.1 PREDICTED: dirigent protein 25 [Tarenaya hassleriana] 415 8e-140
VDC98632.1 unnamed protein product [Brassica rapa] 414 9e-140
XP_018437760.1 PREDICTED: dirigent protein 10-like isoform X1 [Ra... 411 9e-139
KAF3557848.1 hypothetical protein F2Q69_00016866 [Brassica cretica] 410 1e-138
XP_013674790.1 dirigent protein 25-like [Brassica napus] 406 9e-137
KAF2601646.1 hypothetical protein F2Q70_00025559 [Brassica cretica] 405 5e-136
XP_013639132.1 PREDICTED: dirigent protein 25-like [Brassica oler... 380 1e-127
XP_006409900.1 dirigent protein 10 isoform X1 [Eutrema salsugineum] 384 2e-127
CAA7017707.1 unnamed protein product [Microthlaspi erraticum] 382 4e-127
KAF3559751.1 hypothetical protein F2Q69_00012153 [Brassica cretica] 372 2e-126
XP_010470056.1 PREDICTED: dirigent protein 10-like [Camelina sativa] 379 2e-126
XP_024004278.1 dirigent protein 25 isoform X2 [Eutrema salsugineum] 368 2e-124
NP_001318306.1 Disease resistance-responsive (dirigent-like prote... 372 3e-123
Q9SIA8.1 RecName: Full=Dirigent protein 10; Short=AtDIR10; AltNam... 372 5e-123
XP_020885139.1 dirigent protein 10 isoform X1 [Arabidopsis lyrata... 370 3e-122
VVB01760.1 unnamed protein product [Arabis nemorensis] 371 2e-121
XP_010414493.1 PREDICTED: dirigent protein 10-like [Camelina sativa] 367 3e-121
XP_010510592.1 PREDICTED: dirigent protein 10-like [Camelina sativa] 367 5e-121
KFK32272.1 hypothetical protein AALP_AA6G220900 [Arabis alpina] 364 1e-120
EOA29244.1 hypothetical protein CARUB_v10025518mg [Capsella rubella] 365 3e-120
XP_006296346.2 dirigent protein 10 [Capsella rubella] 365 6e-120
NP_001154539.1 Disease resistance-responsive (dirigent-like prote... 353 2e-118
XP_002881003.2 dirigent protein 10 isoform X2 [Arabidopsis lyrata... 353 2e-118
EOY18372.1 Disease resistance-responsive family protein [Theobrom... 341 1e-112
XP_007009562.2 PREDICTED: dirigent protein 25 [Theobroma cacao] 340 2e-112
OMO88612.1 Plant disease resistance response protein [Corchorus o... 331 2e-109
OMP02687.1 Plant disease resistance response protein [Corchorus o... 325 2e-106
XP_022764558.1 dirigent protein 25-like [Durio zibethinus] 319 3e-104
OMO71013.1 Plant disease resistance response protein [Corchorus c... 318 8e-104
PSR86667.1 Dirigent protein [Actinidia chinensis var. chinensis] 318 9e-104
XP_022745924.1 dirigent protein 25-like [Durio zibethinus] 316 5e-103
RWR95493.1 dirigent protein 25 [Cinnamomum micranthum f. kanehirae] 319 6e-103
PSR90027.1 Dirigent protein [Actinidia chinensis var. chinensis] 315 2e-102
XP_030524465.1 dirigent protein 25-like [Rhodamnia argentea] 311 1e-101
XP_028087875.1 dirigent protein 25-like [Camellia sinensis] 312 2e-101
XP_022849080.1 dirigent protein 10-like isoform X1 [Olea europaea... 312 3e-101
OMO89827.1 Plant disease resistance response protein [Corchorus c... 329 5e-101
XP_028096673.1 dirigent protein 25-like [Camellia sinensis] 310 1e-100
PSS14369.1 Dirigent protein [Actinidia chinensis var. chinensis] 309 4e-100
XP_030447480.1 dirigent protein 25-like [Syzygium oleosum] 306 3e-99
XP_021912572.1 dirigent protein 25-like [Carica papaya] 302 1e-98
PIN18454.1 hypothetical protein CDL12_08877 [Handroanthus impetig... 304 3e-98
XP_022133835.1 dirigent protein 25 [Momordica charantia] 304 5e-98
XP_016684568.1 PREDICTED: dirigent protein 10-like [Gossypium hir... 303 6e-98
XP_022849081.1 dirigent protein 25-like isoform X2 [Olea europaea... 299 2e-97
XP_021859244.1 dirigent protein 10-like isoform X2 [Spinacia oler... 302 3e-97
KNA04164.1 hypothetical protein SOVF_202200 [Spinacia oleracea] 303 3e-97
XP_023551296.1 dirigent protein 25-like [Cucurbita pepo subsp. pepo] 304 4e-97
XP_022923163.1 dirigent protein 25-like [Cucurbita moschata] 301 5e-97
XP_023761060.1 dirigent protein 10-like [Lactuca sativa] 301 5e-97
RVW49427.1 Dirigent protein 25 [Vitis vinifera] 303 7e-97
XP_010033175.1 PREDICTED: dirigent protein 10 [Eucalyptus grandis] 300 8e-97
XP_021859243.1 dirigent protein 10-like isoform X1 [Spinacia oler... 304 1e-96
OMO67658.1 Plant disease resistance response protein [Corchorus c... 300 1e-96
XP_023548432.1 dirigent protein 10 [Cucurbita pepo subsp. pepo] 301 1e-96
XP_022990410.1 dirigent protein 10 [Cucurbita maxima] 300 1e-96
XP_003635227.1 PREDICTED: dirigent protein 25-like [Vitis vinifera] 302 2e-96
KAB1217983.1 Dirigent protein 25 [Morella rubra] 298 4e-96
XP_010033176.1 PREDICTED: dirigent protein 25 [Eucalyptus grandis] 298 7e-96
KZM84896.1 hypothetical protein DCAR_027682 [Daucus carota subsp.... 297 1e-95
XP_022993167.1 dirigent protein 10-like [Cucurbita maxima] 299 1e-95
XP_022938523.1 dirigent protein 10-like [Cucurbita moschata] 298 3e-95
XP_018855704.1 PREDICTED: dirigent protein 25-like [Juglans regia] 296 4e-95
XP_017222268.1 PREDICTED: dirigent protein 25-like [Daucus carota... 296 6e-95
XP_008463531.1 PREDICTED: dirigent protein 10 [Cucumis melo] 295 2e-94
XP_006363356.2 PREDICTED: dirigent protein 25-like [Solanum tuber... 296 2e-94
KCW52731.1 hypothetical protein EUGRSUZ_J02089 [Eucalyptus grandis] 295 6e-94
XP_015078055.1 dirigent protein 25-like isoform X2 [Solanum penne... 294 6e-94
XP_015078054.1 dirigent protein 25-like isoform X1 [Solanum penne... 294 6e-94
XP_015165691.1 PREDICTED: dirigent protein 10-like isoform X2 [So... 293 1e-93
XP_015165690.1 PREDICTED: dirigent protein 25-like isoform X1 [So... 293 1e-93
TMW83531.1 hypothetical protein EJD97_001445 [Solanum chilense] 293 1e-93
XP_027108818.1 dirigent protein 25-like [Coffea arabica] 292 1e-93
XP_030524457.1 dirigent protein 25-like [Rhodamnia argentea] 290 4e-93
XP_016577804.1 PREDICTED: dirigent protein 25-like isoform X2 [Ca... 292 4e-93
XP_016577803.1 PREDICTED: dirigent protein 25-like isoform X1 [Ca... 292 4e-93
XP_009624598.1 dirigent protein 25-like isoform X2 [Nicotiana tom... 291 5e-93
XP_009624597.1 dirigent protein 25-like isoform X1 [Nicotiana tom... 291 5e-93
XP_010253352.1 PREDICTED: dirigent protein 25 [Nelumbo nucifera] 291 6e-93
XP_004241252.1 dirigent protein 25 isoform X2 [Solanum lycopersicum] 291 9e-93
XP_010322375.1 dirigent protein 25 isoform X1 [Solanum lycopersicum] 291 9e-93
XP_016501714.1 PREDICTED: dirigent protein 25-like isoform X2 [Ni... 290 1e-92
XP_021720936.1 dirigent protein 10-like [Chenopodium quinoa] 291 1e-92
XP_016501713.1 PREDICTED: dirigent protein 25-like isoform X1 [Ni... 290 2e-92
XP_017251881.1 PREDICTED: dirigent protein 10-like [Daucus carota... 288 4e-92
XP_021660617.1 dirigent protein 25-like [Hevea brasiliensis] 288 6e-92
XP_027087887.1 dirigent protein 25-like [Coffea arabica] 288 7e-92
XP_019254057.1 PREDICTED: dirigent protein 25-like [Nicotiana att... 288 1e-91
KZM95636.1 hypothetical protein DCAR_018878 [Daucus carota subsp.... 287 1e-91
XP_031401646.1 dirigent protein 10-like [Punica granatum] 288 1e-91
PHT80165.1 Dirigent protein 10 [Capsicum annuum] 284 2e-91
XP_021716230.1 dirigent protein 10-like [Chenopodium quinoa] 288 2e-91
KAE7996860.1 hypothetical protein FH972_001545 [Carpinus fangiana] 285 3e-91
TXG73988.1 hypothetical protein EZV62_002567 [Acer yangbiense] 286 3e-91
XP_016515199.1 PREDICTED: dirigent protein 25-like isoform X2 [Ni... 286 4e-91
XP_016515198.1 PREDICTED: dirigent protein 25-like isoform X1 [Ni... 286 4e-91
KAE8670713.1 Dirigent protein 10 [Hibiscus syriacus] 286 4e-91
XP_009769099.1 PREDICTED: dirigent protein 25-like isoform X2 [Ni... 286 4e-91
XP_009769097.1 PREDICTED: dirigent protein 25-like isoform X1 [Ni... 286 4e-91
XP_004149818.1 dirigent protein 10 [Cucumis sativus] 286 6e-91
XP_011089838.2 dirigent protein 10 [Sesamum indicum] 285 6e-91
XP_022037223.1 dirigent protein 10-like [Helianthus annuus] 286 8e-91
THG00467.1 hypothetical protein TEA_002893 [Camellia sinensis var... 304 1e-90
KAB2063632.1 hypothetical protein ES319_A10G228500v1 [Gossypium b... 286 1e-90
XP_010112925.1 dirigent protein 10 [Morus notabilis] 286 1e-90
KAE8712113.1 Dirigent protein 10 [Hibiscus syriacus] 285 1e-90
KAD5317591.1 hypothetical protein E3N88_17537 [Mikania micrantha] 285 1e-90
XP_010651068.1 PREDICTED: LOW QUALITY PROTEIN: dirigent protein 2... 281 2e-90
XP_017641189.1 PREDICTED: dirigent protein 25-like [Gossypium arb... 285 2e-90
XP_021970189.1 dirigent protein 10-like [Helianthus annuus] 284 3e-90
XP_030508455.1 dirigent protein 25-like [Cannabis sativa] 285 4e-90
PON89558.1 Disease resistance response protein [Trema orientale] 285 4e-90
XP_023733324.1 dirigent protein 25-like [Lactuca sativa] 283 5e-90
TYH73512.1 hypothetical protein ES332_D05G334500v1 [Gossypium tom... 283 6e-90
XP_012442704.1 PREDICTED: dirigent protein 25 [Gossypium raimondii] 283 6e-90
KAD3068263.1 hypothetical protein E3N88_36143 [Mikania micrantha] 283 7e-90
KAF4368455.1 hypothetical protein F8388_018579 [Cannabis sativa] 284 8e-90
PON66996.1 Disease resistance response protein [Parasponia anders... 284 8e-90
CAN77499.1 hypothetical protein VITISV_002404 [Vitis vinifera] 305 2e-89
KAF4347976.1 hypothetical protein G4B88_020982 [Cannabis sativa] 283 2e-89
KAF3657864.1 Licodione synthase [Capsicum annuum] 293 2e-89
XP_023924329.1 dirigent protein 25-like [Quercus suber] 281 2e-89
XP_030929059.1 dirigent protein 25-like [Quercus lobata] 281 3e-89
XP_002312064.1 dirigent protein 10 [Populus trichocarpa] 281 3e-89
XP_021679051.1 dirigent protein 25-like [Hevea brasiliensis] 281 4e-89
XP_008385181.1 dirigent protein 25-like [Malus domestica] 281 6e-89
XP_015872499.1 dirigent protein 25-like [Ziziphus jujuba] 281 8e-89
XP_007219177.2 dirigent protein 25 [Prunus persica] 279 8e-89
XP_010313548.1 LOW QUALITY PROTEIN: dirigent protein 10 [Solanum ... 280 9e-89
XP_010243747.1 PREDICTED: dirigent protein 25-like [Nelumbo nucif... 280 9e-89
KZV15922.1 Disease resistance-responsive family protein [Dorcocer... 281 9e-89
XP_012455937.1 PREDICTED: dirigent protein 25-like [Gossypium rai... 280 1e-88
XP_022731710.1 dirigent protein 25-like [Durio zibethinus] 279 1e-88
KAA3482066.1 dirigent protein 25-like [Gossypium australe] 280 1e-88
RXH84484.1 hypothetical protein DVH24_032768 [Malus domestica] 280 2e-88
XP_031247523.1 dirigent protein 25-like [Pistacia vera] 279 2e-88
TQD99206.1 hypothetical protein C1H46_015216 [Malus baccata] 278 4e-88
XP_024968779.1 dirigent protein 25-like [Cynara cardunculus var. ... 280 5e-88
RVW65927.1 Pentatricopeptide repeat-containing protein, mitochond... 292 5e-88
KAB2606821.1 dirigent protein 10-like [Pyrus ussuriensis x Pyrus ... 278 5e-88
XP_015057918.2 LOW QUALITY PROTEIN: dirigent protein 25-like [Sol... 276 5e-88
KAB2031628.1 hypothetical protein ES319_D05G317300v1 [Gossypium b... 277 8e-88
XP_002530972.1 dirigent protein 10 [Ricinus communis] 277 9e-88
XP_009354557.1 PREDICTED: dirigent protein 10-like [Pyrus x brets... 278 1e-87
PKI36393.1 hypothetical protein CRG98_043175 [Punica granatum] 273 2e-87
EOY34161.1 Disease resistance-responsive (dirigent-like protein) ... 276 3e-87
KAB5544224.1 hypothetical protein DKX38_012336 [Salix brachista] 276 3e-87
XP_010685843.1 PREDICTED: dirigent protein 10 [Beta vulgaris subs... 277 6e-87
RVW57101.1 Pentatricopeptide repeat-containing protein, mitochond... 289 8e-87
XP_021617220.1 dirigent protein 10-like [Manihot esculenta] 275 8e-87
KAF1001830.1 hypothetical protein AG4045_023144 [Apium graveolens] 275 8e-87
OVA18258.1 Plant disease resistance response protein [Macleaya co... 276 8e-87
XP_007016542.2 PREDICTED: dirigent protein 25 [Theobroma cacao] 275 1e-86
PHT46799.1 Dirigent protein 25 [Capsicum baccatum] 279 1e-86
XP_019167535.1 PREDICTED: dirigent protein 25-like [Ipomoea nil] 275 1e-86
TEY90113.1 hypothetical protein Saspl_014563 [Salvia splendens] 273 2e-86
KAF2321273.1 hypothetical protein GH714_038441 [Hevea brasiliensis] 286 3e-86
PQQ16476.1 dirigent protein 25 [Prunus yedoensis var. nudiflora] 273 3e-86
XP_002315250.3 dirigent protein 25 [Populus trichocarpa] 274 3e-86
KAB1226051.1 Dirigent protein 25 [Morella rubra] 273 4e-86
KAE9461161.1 hypothetical protein C3L33_06960 [Rhododendron willi... 273 4e-86
PIN23951.1 hypothetical protein CDL12_03317 [Handroanthus impetig... 272 5e-86
ONH99049.1 hypothetical protein PRUPE_6G007400 [Prunus persica] 272 5e-86
XP_021625938.1 dirigent protein 25-like [Manihot esculenta] 273 5e-86
XP_021278128.1 dirigent protein 25 [Herrania umbratica] 270 6e-86
XP_011027098.1 PREDICTED: dirigent protein 25-like [Populus euphr... 273 7e-86
XP_020422865.1 dirigent protein 25-like [Prunus persica] 271 8e-86
XP_006436125.2 dirigent protein 25 [Citrus clementina] 271 1e-85
XP_031121454.1 dirigent protein 10 [Ipomoea triloba] 272 2e-85
XP_004308836.1 PREDICTED: dirigent protein 25-like [Fragaria vesc... 270 4e-85
XP_011089415.1 dirigent protein 10 [Sesamum indicum] 270 4e-85
XP_021813858.1 dirigent protein 25-like [Prunus avium] 269 5e-85
XP_016678834.1 PREDICTED: dirigent protein 25-like [Gossypium hir... 266 1e-84
XP_003539707.1 dirigent protein 10 [Glycine max] 268 2e-84
XP_006488244.2 dirigent protein 25-like [Citrus sinensis] 268 3e-84
XP_007132120.1 hypothetical protein PHAVU_011G068300g [Phaseolus ... 268 3e-84
XP_007132117.1 hypothetical protein PHAVU_011G068000g [Phaseolus ... 268 3e-84
KAF3453809.1 hypothetical protein FNV43_RR04250 [Rhamnella rubrin... 268 3e-84
XP_027910674.1 dirigent protein 25-like [Vigna unguiculata] 269 3e-84
GAV80680.1 Dirigent domain-containing protein [Cephalotus follicu... 268 4e-84
PIA38878.1 hypothetical protein AQUCO_02700229v1 [Aquilegia coeru... 269 4e-84
XP_012838673.1 PREDICTED: dirigent protein 10-like [Erythranthe g... 268 4e-84
XP_027910675.1 dirigent protein 25-like [Vigna unguiculata] 268 4e-84
KVI11983.1 Pentatricopeptide repeat-containing protein [Cynara ca... 281 5e-84
PWA68723.1 disease resistance-responsive (dirigent-like protein) ... 267 5e-84
TXG49662.1 hypothetical protein EZV62_025537 [Acer yangbiense] 267 6e-84
KAF2295941.1 hypothetical protein GH714_035250 [Hevea brasiliensis] 266 7e-84
XP_028799445.1 dirigent protein 10-like [Prosopis alba] 265 8e-84
XP_019240601.1 PREDICTED: dirigent protein 10-like [Nicotiana att... 270 1e-83
XP_020209642.1 dirigent protein 25 [Cajanus cajan] 266 1e-83
XP_008233549.1 PREDICTED: dirigent protein 25-like [Prunus mume] 266 2e-83
XP_009785872.1 PREDICTED: dirigent protein 25 [Nicotiana sylvestris] 270 2e-83
XP_009357650.1 PREDICTED: dirigent protein 10-like [Pyrus x brets... 266 2e-83
XP_016509621.1 PREDICTED: dirigent protein 10-like [Nicotiana tab... 269 3e-83
XP_009598242.1 dirigent protein 25-like [Nicotiana tomentosiformis] 269 3e-83
XP_028096813.1 dirigent protein 25-like [Camellia sinensis] 261 5e-83
RDX98591.1 Dirigent protein 25 [Mucuna pruriens] 263 9e-83
XP_020422412.1 dirigent protein 25 [Prunus persica] 264 1e-82
KAB2596059.1 dirigent protein 10-like [Pyrus ussuriensis x Pyrus ... 264 1e-82
TKS17715.1 disease resistance-responsive family protein [Populus ... 264 3e-82
ESR49365.1 hypothetical protein CICLE_v10033627mg [Citrus clement... 260 3e-82
XP_021800241.1 dirigent protein 25-like [Prunus avium] 263 3e-82
GAU45792.1 hypothetical protein TSUD_86950 [Trifolium subterraneum] 263 4e-82
XP_009358379.1 PREDICTED: dirigent protein 25-like [Pyrus x brets... 263 5e-82
XP_014493581.2 dirigent protein 10 [Vigna radiata var. radiata] 262 7e-82
XP_011021115.1 PREDICTED: dirigent protein 25-like [Populus euphr... 262 1e-81
XP_019465151.1 PREDICTED: dirigent protein 25-like [Lupinus angus... 261 1e-81
KHN22000.1 Disease resistance response protein 206 [Glycine soja] 261 1e-81
XP_016187334.1 dirigent protein 10-like [Arachis ipaensis] 261 2e-81
XP_028188445.1 dirigent protein 10-like [Glycine soja] 261 3e-81
XP_018805354.1 PREDICTED: dirigent protein 25-like [Juglans regia] 261 5e-81
XP_009335912.1 PREDICTED: dirigent protein 10-like [Pyrus x brets... 256 7e-81
KAB2598182.1 dirigent protein 10-like [Pyrus ussuriensis x Pyrus ... 259 1e-80
XP_003538024.1 dirigent protein 10 [Glycine max] 259 1e-80
KRH29872.1 hypothetical protein GLYMA_11G144200 [Glycine max] 259 1e-80
XP_017411409.1 PREDICTED: dirigent protein 10 [Vigna angularis] 259 1e-80
XP_015952309.1 dirigent protein 10 [Arachis duranensis] 259 1e-80
BAT90682.1 hypothetical protein VIGAN_06196200 [Vigna angularis v... 259 2e-80
XP_004295954.1 PREDICTED: dirigent protein 10 [Fragaria vesca sub... 258 3e-80
XP_024184456.1 dirigent protein 25-like [Rosa chinensis] 258 3e-80
XP_024176098.1 dirigent protein 25-like [Rosa chinensis] 258 4e-80
XP_028752024.1 dirigent protein 25-like [Prosopis alba] 254 7e-80
TEY90411.1 large subunit ribosomal protein L35e [Salvia splendens] 262 8e-80
TQE11090.1 hypothetical protein C1H46_003350 [Malus baccata] 256 1e-79
KAE9620513.1 putative allene oxide cyclase/dirigent protein [Lupi... 257 1e-79
GAY38183.1 hypothetical protein CUMW_034760 [Citrus unshiu] 270 1e-79
TKY67306.1 Dirigent protein 25 [Spatholobus suberectus] 256 1e-79
TYG70702.1 hypothetical protein ES288_D05G334700v1 [Gossypium dar... 256 1e-79
PQM39829.1 uncharacterized protein Pyn_27197 [Prunus yedoensis va... 272 1e-79
PWA34324.1 plant disease resistance response protein [Artemisia a... 262 1e-79
XP_009344912.1 PREDICTED: dirigent protein 10-like [Pyrus x brets... 256 2e-79
XP_028960641.1 dirigent protein 10-like [Malus domestica] 256 2e-79
EYU36248.1 hypothetical protein MIMGU_mgv1a022936mg [Erythranthe ... 268 2e-79
KDO72989.1 hypothetical protein CISIN_1g039110mg [Citrus sinensis] 255 5e-79
AFK49581.1 unknown [Lotus japonicus] 255 5e-79
ESR37979.1 hypothetical protein CICLE_v10030177mg [Citrus clement... 269 5e-79
PWA83049.1 plant disease resistance response protein [Artemisia a... 252 3e-78
RLN23400.1 hypothetical protein C2845_PM07G01230 [Panicum miliaceum] 254 4e-78
XP_012073046.1 dirigent protein 25 [Jatropha curcas] 253 5e-78
KHN21997.1 Disease resistance response protein 206 [Glycine soja] 249 7e-78
RCV24739.1 hypothetical protein SETIT_5G110100v2 [Setaria italica] 253 9e-78
XP_004968254.1 dirigent protein 10 [Setaria italica] 253 1e-77
TKW13520.1 hypothetical protein SEVIR_5G106900v2 [Setaria viridis] 253 1e-77
KAA8549714.1 hypothetical protein F0562_001268 [Nyssa sinensis] 252 3e-77
XP_028096810.1 dirigent protein 25-like [Camellia sinensis] 246 5e-77
XP_021729822.1 dirigent protein 25-like [Chenopodium quinoa] 248 5e-77
XP_031402989.1 LOW QUALITY PROTEIN: dirigent protein 10-like [Pun... 246 7e-77
KAE9620515.1 putative allene oxide cyclase/dirigent protein [Lupi... 248 2e-76
KAB5538874.1 hypothetical protein DKX38_016407 [Salix brachista] 256 3e-76
XP_013456063.1 dirigent protein 10 [Medicago truncatula] 248 3e-76
KAF0918236.1 hypothetical protein E2562_023319 [Oryza meyeriana v... 249 4e-76
OIV99367.1 hypothetical protein TanjilG_17177 [Lupinus angustifol... 248 4e-76
XP_027348269.1 dirigent protein 25-like [Abrus precatorius] 247 5e-76
TKY67304.1 Dirigent protein 25 [Spatholobus suberectus] 248 5e-76
XP_013456067.1 dirigent protein 10 [Medicago truncatula] 247 6e-76
TXG49663.1 hypothetical protein EZV62_025538 [Acer yangbiense] 248 8e-76
XP_006651257.1 PREDICTED: dirigent protein 25 [Oryza brachyantha] 245 9e-76
XP_019465192.1 PREDICTED: dirigent protein 25-like [Lupinus angus... 247 1e-75
NP_001150958.2 dirigent-like protein precursor [Zea mays] 248 2e-75
XP_027348270.1 dirigent protein 25-like [Abrus precatorius] 245 2e-75
OAY76977.1 Dirigent protein 25 [Ananas comosus] 246 2e-75
XP_025818504.1 dirigent protein 10-like [Panicum hallii] 247 2e-75
XP_021739599.1 dirigent protein 25-like [Chenopodium quinoa] 241 5e-75
PUZ58116.1 hypothetical protein GQ55_5G483700 [Panicum hallii var... 246 5e-75
XP_020108476.1 dirigent protein 24-like [Ananas comosus] 246 5e-75
OAY81674.1 Dirigent protein 9 [Ananas comosus] 246 5e-75
TVU21755.1 hypothetical protein EJB05_31412 [Eragrostis curvula] 246 7e-75
RWR74865.1 dirigent protein 25-like protein [Cinnamomum micranthu... 241 1e-74
ACG41079.1 dirigent-like protein [Zea mays] 245 2e-74
KAF0904234.1 hypothetical protein E2562_033006 [Oryza meyeriana v... 244 2e-74
XP_020103475.1 dirigent protein 25-like [Ananas comosus] 243 3e-74
KAF3333624.1 Dirigent protein 25 [Carex littledalei] 242 3e-74
KAB8080030.1 hypothetical protein EE612_000365 [Oryza sativa] 244 4e-74
EAY72597.1 hypothetical protein OsI_00463 [Oryza sativa Indica Gr... 244 4e-74
XP_002457319.1 dirigent protein 10 [Sorghum bicolor] 244 5e-74
GER25660.1 disease resistance-responsive (dirigent-likeprotein) f... 244 6e-74
XP_031254285.1 dirigent protein 9-like [Pistacia vera] 244 7e-74
CAB3476214.1 unnamed protein product [Digitaria exilis] 243 7e-74
OAY73777.1 Dirigent protein 9 [Ananas comosus] 243 8e-74
XP_012572746.1 LOW QUALITY PROTEIN: dirigent protein 10-like [Cic... 241 1e-73
XP_030512337.1 dirigent protein 24 [Rhodamnia argentea] 244 2e-73
XP_007219824.1 dirigent protein 24 [Prunus persica] 245 2e-73
CAB3472042.1 unnamed protein product [Digitaria exilis] 242 2e-73
XP_004505900.1 dirigent protein 10-like [Cicer arietinum] 240 2e-73
OAY64026.1 Dirigent protein 25 [Ananas comosus] 241 3e-73
KAE8038974.1 hypothetical protein FH972_011431 [Carpinus fangiana] 239 5e-73
XP_015621587.1 dirigent protein 25 [Oryza sativa Japonica Group] 241 6e-73
XP_009344911.1 PREDICTED: dirigent protein 24-like [Pyrus x brets... 243 7e-73
PPR94637.1 hypothetical protein GOBAR_AA26031 [Gossypium barbadense] 239 8e-73
XP_022877794.1 dirigent protein 24-like [Olea europaea var. sylve... 241 1e-72
VVA12381.1 PREDICTED: dirigent [Prunus dulcis] 243 1e-72
XP_022756590.1 dirigent protein 9-like [Durio zibethinus] 238 3e-72
XP_028126661.1 dirigent protein 9-like [Camellia sinensis] 239 7e-72
OEL28076.1 Dirigent protein 25 [Dichanthelium oligosanthes] 238 8e-72
BBG97920.1 Disease resistance-responsive dirigent-like family pro... 240 9e-72
ABF95304.1 disease resistance-responsive family protein, putative... 236 1e-71
XP_015630555.1 dirigent protein 10 [Oryza sativa Japonica Group] 238 2e-71
XP_021912571.1 dirigent protein 9-like [Carica papaya] 233 2e-71
CDP00024.1 unnamed protein product [Coffea canephora] 238 4e-71
PSS32606.1 Dirigent protein [Actinidia chinensis var. chinensis] 236 4e-71
CAN80345.1 hypothetical protein VITISV_003133 [Vitis vinifera] 251 5e-71
EAY89496.1 hypothetical protein OsI_11028 [Oryza sativa Indica Gr... 235 5e-71
XP_010497515.1 PREDICTED: dirigent protein 25-like [Camelina sativa] 230 7e-71
XP_027184284.1 dirigent protein 24-like [Coffea eugenioides] 237 7e-71
XP_018836461.1 PREDICTED: dirigent protein 24-like [Juglans regia] 236 1e-70
OEL12837.1 Dirigent protein 24 [Dichanthelium oligosanthes] 234 1e-70
XP_002468070.1 dirigent protein 25 [Sorghum bicolor] 233 2e-70
AQL07575.1 Dirigent protein 9 [Zea mays] 233 3e-70
PIA38877.1 hypothetical protein AQUCO_02700228v1 [Aquilegia coeru... 234 3e-70
ESR49366.1 hypothetical protein CICLE_v10033309mg [Citrus clement... 235 4e-70
XP_022856269.1 dirigent protein 24-like [Olea europaea var. sylve... 235 4e-70
XP_006850693.3 dirigent protein 25 [Amborella trichopoda] 232 6e-70
XP_023924321.1 dirigent protein 24-like [Quercus suber] 238 6e-70
KAF2295951.1 hypothetical protein GH714_035302 [Hevea brasiliensis] 230 9e-70
XP_024034270.1 dirigent protein 25-like isoform X2 [Citrus clemen... 230 9e-70
XP_008660283.1 dirigent protein 24 [Zea mays] 233 9e-70
RWR76850.1 disease resistance-responsive family protein, putative... 231 1e-69
XP_011077161.1 dirigent protein 24-like [Sesamum indicum] 233 1e-69
XP_006436126.2 dirigent protein 9 [Citrus clementina] 234 2e-69
PWZ08035.1 Dirigent protein 9 [Zea mays] 230 2e-69
XP_027104553.1 dirigent protein 24-like [Coffea arabica] 233 2e-69
PSS33375.1 Dirigent protein [Actinidia chinensis var. chinensis] 232 4e-69
PSR93070.1 Dirigent protein [Actinidia chinensis var. chinensis] 231 5e-69
XP_010260030.1 PREDICTED: dirigent protein 9-like [Nelumbo nucifera] 230 8e-69
TYJ36673.1 hypothetical protein E1A91_A05G323200v1 [Gossypium mus... 228 8e-69
CAB3496306.1 unnamed protein product [Digitaria exilis] 229 1e-68
XP_006411169.1 dirigent protein 9 [Eutrema salsugineum] 229 1e-68
XP_010243746.1 PREDICTED: dirigent protein 9-like [Nelumbo nucifera] 229 1e-68
TYI62545.1 hypothetical protein E1A91_D10G251700v1 [Gossypium mus... 228 1e-68
XP_013635006.1 PREDICTED: dirigent protein 24 [Brassica oleracea ... 228 1e-68
CAB3501211.1 unnamed protein product [Digitaria exilis] 229 2e-68
OVA18257.1 Plant disease resistance response protein [Macleaya co... 230 2e-68
XP_013675111.1 dirigent protein 24-like [Brassica napus] 228 3e-68
PSS34559.1 Dirigent protein [Actinidia chinensis var. chinensis] 229 3e-68
KZV24282.1 dirigent protein 24-like [Dorcoceras hygrometricum] 229 3e-68
XP_023638518.1 dirigent protein 24 [Capsella rubella] 228 4e-68
XP_006850696.1 dirigent protein 9 [Amborella trichopoda] 229 4e-68
XP_028960640.1 dirigent protein 24-like [Malus domestica] 230 5e-68
QCD88311.1 Plant disease resistance response protein [Vigna ungui... 223 6e-68
RWR95494.1 Plant disease resistance response protein [Cinnamomum ... 227 6e-68
TQE11089.1 hypothetical protein C1H46_003349 [Malus baccata] 229 6e-68
PRQ59003.1 putative plant disease resistance response protein [Ro... 230 7e-68
XP_010068851.1 PREDICTED: LOW QUALITY PROTEIN: dirigent protein 9... 227 7e-68
VDD10882.1 unnamed protein product [Brassica rapa] 226 8e-68
QCD88315.1 Plant disease resistance response protein [Vigna ungui... 225 9e-68
XP_018481292.1 PREDICTED: dirigent protein 24 [Raphanus sativus] 226 1e-67
RID65208.1 hypothetical protein BRARA_D00422 [Brassica rapa] 226 1e-67
XP_016574555.1 PREDICTED: LOW QUALITY PROTEIN: dirigent protein 2... 229 1e-67
XP_004307460.1 PREDICTED: dirigent protein 24 [Fragaria vesca sub... 229 1e-67
XP_013742323.1 dirigent protein 24 [Brassica napus] 226 1e-67
PPS05682.1 hypothetical protein GOBAR_AA14970 [Gossypium barbadense] 224 1e-67
TYH19151.1 hypothetical protein ES288_A05G330200v1 [Gossypium dar... 225 2e-67
XP_011084398.1 dirigent protein 24 [Sesamum indicum] 227 2e-67
XP_019101778.1 PREDICTED: dirigent protein 9-like [Camelina sativa] 224 2e-67
XP_021279024.1 dirigent protein 24-like [Herrania umbratica] 225 4e-67
XP_009139192.1 dirigent protein 24 [Brassica rapa] 225 4e-67
NP_001241330.1 uncharacterized protein LOC100808391 [Glycine max] 228 4e-67
XP_010517290.1 PREDICTED: dirigent protein 9-like [Camelina sativa] 225 4e-67
KFK36837.1 hypothetical protein AALP_AA4G178000 [Arabis alpina] 225 5e-67
XP_028096809.1 dirigent protein 25-like [Camellia sinensis] 219 6e-67
XP_024925280.1 dirigent protein 24-like [Ziziphus jujuba] 226 7e-67
KAB1217984.1 Dirigent protein 9 [Morella rubra] 226 8e-67
VVB02705.1 unnamed protein product [Arabis nemorensis] 224 1e-66
KAF3786390.1 Dirigent protein 25 [Nymphaea thermarum] 223 1e-66
TYI29665.1 hypothetical protein ES332_A05G332700v1 [Gossypium tom... 222 1e-66
KZM84890.1 hypothetical protein DCAR_027688 [Daucus carota subsp.... 225 2e-66
CAA7041408.1 unnamed protein product [Microthlaspi erraticum] 223 2e-66
XP_006601830.1 uncharacterized protein LOC100808391 isoform X1 [G... 226 2e-66
PIN01834.1 hypothetical protein CDL12_25657 [Handroanthus impetig... 224 3e-66
XP_013717089.1 dirigent protein 9-like [Brassica napus] 222 3e-66
XP_024173763.1 dirigent protein 24-like [Rosa chinensis] 223 3e-66
KZM84891.1 hypothetical protein DCAR_027687 [Daucus carota subsp.... 224 3e-66
XP_022956550.1 dirigent protein 24-like [Cucurbita moschata] 225 3e-66
XP_017222005.1 PREDICTED: dirigent protein 24-like [Daucus carota... 226 3e-66
XP_016461158.1 PREDICTED: dirigent protein 24-like [Nicotiana tab... 224 4e-66
XP_017220826.1 PREDICTED: dirigent protein 9-like [Daucus carota ... 225 4e-66
KAF2565286.1 hypothetical protein F2Q68_00024146 [Brassica cretica] 222 6e-66
XP_018434920.1 PREDICTED: dirigent protein 9-like [Raphanus sativus] 221 6e-66
KFK34759.1 hypothetical protein AALP_AA5G189900 [Arabis alpina] 222 7e-66
RID69955.1 hypothetical protein BRARA_C02016 [Brassica rapa] 221 8e-66
XP_009133366.2 dirigent protein 9 [Brassica rapa] 221 9e-66
XP_006296385.1 dirigent protein 9 [Capsella rubella] 222 1e-65
XP_013635535.1 PREDICTED: dirigent protein 9-like [Brassica olera... 221 1e-65
NP_191083.1 Disease resistance-responsive (dirigent-like protein)... 221 1e-65
VVB05742.1 unnamed protein product [Arabis nemorensis] 221 1e-65
XP_020220138.1 dirigent protein 24 [Cajanus cajan] 224 1e-65
CDY53583.1 BnaA05g34560D [Brassica napus] 221 1e-65
XP_013634122.1 PREDICTED: dirigent protein 9-like [Brassica olera... 221 2e-65
XP_013752222.1 LOW QUALITY PROTEIN: dirigent protein 9 [Brassica ... 221 2e-65
XP_009143318.1 dirigent protein 9 [Brassica rapa] 221 2e-65
KAF3955089.1 hypothetical protein CMV_019655 [Castanea mollissima] 224 2e-65
RXH94391.1 hypothetical protein DVH24_024075 [Malus domestica] 229 2e-65
OMP02686.1 Plant disease resistance response protein [Corchorus o... 222 2e-65
RID61483.1 hypothetical protein BRARA_E00629 [Brassica rapa] 220 2e-65
BAF00893.1 disease resistance response/ dirigent - like protein [... 220 3e-65
XP_006403483.1 dirigent protein 24 [Eutrema salsugineum] 220 3e-65
XP_017983565.1 PREDICTED: dirigent protein 24 [Theobroma cacao] 219 3e-65
XP_013687629.1 dirigent protein 9 [Brassica napus] 219 3e-65
XP_003531914.1 dirigent protein 9 [Glycine max] 221 4e-65
KHN13831.1 Disease resistance response protein 206 [Glycine soja] 222 4e-65
THG00424.1 hypothetical protein TEA_010963 [Camellia sinensis var... 235 4e-65
XP_018472624.1 PREDICTED: dirigent protein 9 [Raphanus sativus] 219 4e-65
XP_013675003.1 dirigent protein 9-like [Brassica napus] 219 4e-65
CAA7029451.1 unnamed protein product [Microthlaspi erraticum] 220 4e-65
XP_030451099.1 dirigent protein 9 [Syzygium oleosum] 221 5e-65
XP_031486394.1 dirigent protein 25-like [Nymphaea colorata] 219 5e-65
XP_013622432.1 PREDICTED: dirigent protein 9 [Brassica oleracea v... 219 5e-65
XP_025793182.1 dirigent protein 24-like [Panicum hallii] 220 6e-65
NP_181475.1 Disease resistance-responsive (dirigent-like protein)... 219 6e-65
CAA0375680.1 unnamed protein product [Arabidopsis thaliana] 219 6e-65
XP_012834620.1 PREDICTED: dirigent protein 24-like [Erythranthe g... 221 6e-65
XP_030928698.1 dirigent protein 24-like isoform X1 [Quercus lobata] 222 7e-65
XP_002276144.1 PREDICTED: dirigent protein 24 [Vitis vinifera] 221 8e-65
XP_010509017.1 PREDICTED: dirigent protein 9-like [Camelina sativa] 219 9e-65
PUZ41637.1 hypothetical protein GQ55_9G520000 [Panicum hallii var... 219 1e-64
EYU39460.1 hypothetical protein MIMGU_mgv1a021006mg [Erythranthe ... 220 1e-64
XP_002879796.1 dirigent protein 9 [Arabidopsis lyrata subsp. lyrata] 219 1e-64
EOY34162.1 Disease resistance-responsive (dirigent-like protein) ... 221 1e-64
XP_030928699.1 dirigent protein 24-like isoform X2 [Quercus lobata] 221 1e-64
XP_009797332.1 PREDICTED: dirigent protein 24-like [Nicotiana syl... 220 2e-64
KAE7996861.1 hypothetical protein FH972_001546 [Carpinus fangiana] 221 2e-64
XP_019263788.1 PREDICTED: dirigent protein 24-like [Nicotiana att... 220 2e-64
XP_010427284.1 PREDICTED: dirigent protein 24-like [Camelina sativa] 218 2e-64
XP_023517008.1 dirigent protein 24-like [Cucurbita pepo subsp. pepo] 220 2e-64
TEY21605.1 hypothetical protein Saspl_049113 [Salvia splendens] 219 3e-64
XP_030462280.1 dirigent protein 24-like [Syzygium oleosum] 221 3e-64
XP_021679052.1 dirigent protein 9-like [Hevea brasiliensis] 219 3e-64
ACU24111.1 unknown [Glycine max] 220 3e-64
XP_008224164.1 PREDICTED: dirigent protein 25 [Prunus mume] 216 3e-64
OMO88613.1 Plant disease resistance response protein [Corchorus o... 219 3e-64
XP_010516083.1 PREDICTED: dirigent protein 24-like [Camelina sativa] 218 3e-64
XP_010505613.1 PREDICTED: dirigent protein 9 [Camelina sativa] 218 3e-64
XP_033145603.1 dirigent protein 9 [Brassica rapa] 217 3e-64
XP_022574131.1 dirigent protein 9-like [Brassica napus] 218 4e-64
XP_027353336.1 dirigent protein 9-like [Abrus precatorius] 219 4e-64
KAB2598181.1 dirigent protein 24-like [Pyrus ussuriensis x Pyrus ... 219 4e-64
XP_010504370.1 PREDICTED: dirigent protein 24 [Camelina sativa] 217 4e-64
RXH94392.1 hypothetical protein DVH24_024076 [Malus domestica] 231 4e-64
KAB2596058.1 dirigent protein 24-like [Pyrus ussuriensis x Pyrus ... 215 5e-64
KAF1879018.1 hypothetical protein Lal_00047690 [Lupinus albus] 219 6e-64
XP_013470462.1 dirigent protein 9 [Medicago truncatula] 218 8e-64
RLN41548.1 dirigent protein 24-like [Panicum miliaceum] 217 9e-64
OMO71014.1 Plant disease resistance response protein [Corchorus c... 217 9e-64
KHN47528.1 hypothetical protein glysoja_040063 [Glycine soja] 218 1e-63
XP_014497369.1 dirigent protein 9 [Vigna radiata var. radiata] 219 1e-63
KAE9618557.1 putative allene oxide cyclase/dirigent protein [Lupi... 218 1e-63
XP_022943199.1 dirigent protein 24 [Cucurbita moschata] 217 1e-63
XP_022747406.1 dirigent protein 9-like [Durio zibethinus] 217 2e-63
RID67302.1 hypothetical protein BRARA_D02389 [Brassica rapa] 215 2e-63
CBI33171.3 unnamed protein product [Vitis vinifera] 216 2e-63
KOM36707.1 hypothetical protein LR48_Vigan03g008800 [Vigna angula... 218 2e-63
XP_017417575.1 PREDICTED: dirigent protein 24-like [Vigna angularis] 219 2e-63
OMO89826.1 Plant disease resistance response protein [Corchorus c... 217 2e-63
XP_004147710.2 dirigent protein 24 [Cucumis sativus] 218 3e-63
XP_009622578.1 dirigent protein 24-like [Nicotiana tomentosiformis] 216 4e-63
XP_016433382.1 PREDICTED: dirigent protein 24-like [Nicotiana tab... 216 4e-63
EAZ26477.1 hypothetical protein OsJ_10366 [Oryza sativa Japonica ... 214 4e-63
PVH32870.1 hypothetical protein PAHAL_9G509900 [Panicum hallii] 211 5e-63
VVA29782.1 PREDICTED: dirigent [Prunus dulcis] 212 5e-63
XP_008461621.1 PREDICTED: dirigent protein 24 [Cucumis melo] 217 5e-63
XP_002311136.2 dirigent protein 24 [Populus trichocarpa] 217 5e-63
>NP_973782.1 Disease resistance-responsive (dirigent-like protein) family
protein [Arabidopsis thaliana]
Q9LQQ0.1 RecName: Full=Dirigent protein 25; Short=AtDIR25; Flags: Precursor
[Arabidopsis thaliana]
AAF75080.1 Contains similarity to disease resistance response protein from
Pisum sativum gb|M18250. EST gb|F13940 comes from this gene
[Arabidopsis thaliana]
AEE28172.1 Disease resistance-responsive (dirigent-like protein) family
protein [Arabidopsis thaliana]
OAP17851.1 hypothetical protein AXX17_AT1G07400 [Arabidopsis thaliana]
VYS45335.1 unnamed protein product [Arabidopsis thaliana]
Length=389
Score = 747 bits (1928), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 389/389 (100%), Positives = 389/389 (100%), Gaps = 0/389 (0%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA
Sbjct 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA
Sbjct 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
Query 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV
Sbjct 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
Query 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN
Sbjct 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
Query 241 NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA 300
NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA
Sbjct 241 NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA 300
Query 301 LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT 360
LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT
Sbjct 301 LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT 360
Query 361 GSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GSSGTQQQQPHQFTDGLETVLECTVYLSY
Sbjct 361 GSSGTQQQQPHQFTDGLETVLECTVYLSY 389
>CAA0176539.1 unnamed protein product [Arabidopsis thaliana]
Length=389
Score = 744 bits (1920), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 388/389 (99%), Positives = 388/389 (99%), Gaps = 0/389 (0%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA
Sbjct 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
TGIASGTGSASGGLGSLGTNTG GPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA
Sbjct 61 TGIASGTGSASGGLGSLGTNTGSGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
Query 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV
Sbjct 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
Query 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN
Sbjct 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
Query 241 NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA 300
NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA
Sbjct 241 NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA 300
Query 301 LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT 360
LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT
Sbjct 301 LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT 360
Query 361 GSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GSSGTQQQQPHQFTDGLETVLECTVYLSY
Sbjct 361 GSSGTQQQQPHQFTDGLETVLECTVYLSY 389
>XP_020870230.1 dirigent protein 25 [Arabidopsis lyrata subsp. lyrata]
Length=390
Score = 608 bits (1567), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 363/390 (93%), Positives = 370/390 (95%), Gaps = 1/390 (0%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAG KVL FLILALAITFVSA RLLDEEEDIGLVPLPTTSPGPLPTVGLGPFP+ANSG A
Sbjct 1 MAGYKVLVFLILALAITFVSAGRLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPSANSGSA 60
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPG 119
TGIASGTG ASGG G L TNTGPGPL TT SS LPVASSG LP G GPLPT+ SG L G
Sbjct 61 TGIASGTGPASGGSGPLTTNTGPGPLPTTASSALPVASSGPLPTIGSGPLPTTGSGPLLG 120
Query 120 ASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA 179
ASSG LP +GSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA
Sbjct 121 ASSGILPSAGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA 180
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
VTGVVANAALSGQIPFAKPNGANLPVSNGVP+DNNNNGILNNNNVPLLVGLGGTTSNILQ
Sbjct 181 VTGVVANAALSGQIPFAKPNGANLPVSNGVPTDNNNNGILNNNNVPLLVGLGGTTSNILQ 240
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS
Sbjct 241 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 300
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
A+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG++IVKTF
Sbjct 301 AIDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYSIVKTF 360
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TGSSGTQQQQPHQFTDGLETVLECTVYLSY
Sbjct 361 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 390
>XP_010475548.1 PREDICTED: dirigent protein 25-like [Camelina sativa]
Length=377
Score = 582 bits (1500), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 327/391 (84%), Positives = 347/391 (89%), Gaps = 16/391 (4%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MA CKVLFFL+LA+AITFVSA RLL+EEEDIGLVPLPTT+ G FP +S PA
Sbjct 1 MADCKVLFFLVLAIAITFVSAGRLLNEEEDIGLVPLPTTNSGF--------FPIPSSVPA 52
Query 61 TGIASGTGSASGGLGSL-GTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLP 118
TGIASGT ASGG G L T+T GPL TTGSSLLPVAS+G LPVT PGPLPT+ SG L
Sbjct 53 TGIASGTVPASGGSGPLTSTSTSSGPLPTTGSSLLPVASAGPLPVTVPGPLPTTGSGPLA 112
Query 119 GASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTAR 178
GASSG P +GSGPLPT GSGAAATG S IGGS PD+TLVFFMHDILGGSNPTAR
Sbjct 113 GASSGIFPSAGSGPLPTAGSGAAATG------SAIGGSAPDHTLVFFMHDILGGSNPTAR 166
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTGVVANAALSGQIPFAK NGANLP+SNGVP+DNNNNGILNNNNVPLLVGLGGTTSNIL
Sbjct 167 AVTGVVANAALSGQIPFAKTNGANLPISNGVPTDNNNNGILNNNNVPLLVGLGGTTSNIL 226
Query 239 QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
Q+NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTV+DNELTEGHELGSGLLGKAQGFYVA
Sbjct 227 QSNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVIDNELTEGHELGSGLLGKAQGFYVA 286
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKT 358
SA+DGTSQTMAFTAMFESGGYEDSISFFG+HRTA SESHLGVMGGTGKY+NARG+AIVKT
Sbjct 287 SAIDGTSQTMAFTAMFESGGYEDSISFFGIHRTATSESHLGVMGGTGKYINARGYAIVKT 346
Query 359 FTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
FTG+SGTQQQQP +FTDGLETVLECTVYLSY
Sbjct 347 FTGASGTQQQQPQRFTDGLETVLECTVYLSY 377
>KFK43093.1 hypothetical protein AALP_AA1G078900 [Arabis alpina]
Length=420
Score = 582 bits (1499), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 334/420 (80%), Positives = 351/420 (84%), Gaps = 31/420 (7%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAG KV FFL+LALAITFVS+ARLLDEEED GLVPLPTTSPGPLPT G GPFPTA S A
Sbjct 1 MAGSKVFFFLVLALAITFVSSARLLDEEEDFGLVPLPTTSPGPLPTAGSGPFPTATSVSA 60
Query 61 TGIASGTGSASGGLGSLGTNTGP-GPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLP 118
TG+ SGTG G G L T T P GPL T SSLLPVASS LP TGPGPLPT+ SG P
Sbjct 61 TGVTSGTGPGLGVSGPLNTITAPPGPLPATSSSLLPVASSIPLPTTGPGPLPTTGSGSFP 120
Query 119 GASSGNLPGSGSGPLPTVGSGAAATGLGAGAGS------------VIGGS---------- 156
ASSG LP +GSGPLPTVGSGA ATGLG GAGS +G
Sbjct 121 IASSGPLPAAGSGPLPTVGSGAIATGLGTGAGSGPLPTAGSGPLPTVGSGATATGLGAGA 180
Query 157 -------VPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGV 209
VPD+T+VF+MHDILGGSNPTARAVTGVVANAALSGQ+PFAKPNGANLPVSNGV
Sbjct 181 GSATGGLVPDHTMVFYMHDILGGSNPTARAVTGVVANAALSGQLPFAKPNGANLPVSNGV 240
Query 210 PSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFG 269
PS+NNNNGI+NNNNVPLLVGLGGTTSNILQ+NGNN+LNGLPVANGGQLPSGSSLQMLMFG
Sbjct 241 PSNNNNNGIINNNNVPLLVGLGGTTSNILQSNGNNLLNGLPVANGGQLPSGSSLQMLMFG 300
Query 270 TLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 329
TLTVMDNELTEGH LGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH
Sbjct 301 TLTVMDNELTEGHALGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 360
Query 330 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RTA SESHLGVMGGTGK+VNARGFAIVKTFTGS+G QQQQP QFTDGLETVLECTVYL+Y
Sbjct 361 RTAVSESHLGVMGGTGKFVNARGFAIVKTFTGSNGNQQQQPLQFTDGLETVLECTVYLTY 420
>XP_010487947.1 PREDICTED: dirigent protein 25-like [Camelina sativa]
Length=383
Score = 565 bits (1455), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 334/391 (85%), Positives = 352/391 (90%), Gaps = 10/391 (3%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MA CKVLFFL+LALAITFVSA R+L+EEEDIGLVPLPTTS GP FP +S PA
Sbjct 1 MADCKVLFFLVLALAITFVSAGRILNEEEDIGLVPLPTTSSGP--------FPIPSSVPA 52
Query 61 TGIASGTGSASGGLGSL-GTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLP 118
TGIA GTG ASGG L T T PGPL TTGSSLLPVAS+ LPVTGPGPLPT+ SG LP
Sbjct 53 TGIAFGTGPASGGSVPLTSTFTSPGPLPTTGSSLLPVASASPLPVTGPGPLPTTGSGPLP 112
Query 119 GASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTAR 178
GASSG +GSGPLPTV SGAAATG GAGAGS IGGS PD+TLVFFMHDILGGSNPTAR
Sbjct 113 GASSGIFSSAGSGPLPTVVSGAAATGQGAGAGSAIGGSAPDHTLVFFMHDILGGSNPTAR 172
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTGVVANAALSGQIPFAK NGANLP+SNGVP+DNNNNGILNNNNVPLLVGLGGTTSNIL
Sbjct 173 AVTGVVANAALSGQIPFAKTNGANLPISNGVPTDNNNNGILNNNNVPLLVGLGGTTSNIL 232
Query 239 QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
Q+NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTV+DNELTEGHELGSGLLGKAQGFYVA
Sbjct 233 QSNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVIDNELTEGHELGSGLLGKAQGFYVA 292
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKT 358
SA+DGTSQTMAFTAMFESGGYEDSISFFG+HRTA SESHLGVMGGTGKY+NARG+AIVKT
Sbjct 293 SAIDGTSQTMAFTAMFESGGYEDSISFFGIHRTATSESHLGVMGGTGKYMNARGYAIVKT 352
Query 359 FTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
FTG+SGTQQQQP +FTDGLETVLECTVYLSY
Sbjct 353 FTGASGTQQQQPQRFTDGLETVLECTVYLSY 383
>VVA90336.1 unnamed protein product [Arabis nemorensis]
Length=398
Score = 553 bits (1425), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 333/398 (84%), Positives = 347/398 (87%), Gaps = 9/398 (2%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAGCKVLFFL+LALAITFVSAARLLDEEED+GLVPL TTSPGPLPT G GPFPTA+S PA
Sbjct 1 MAGCKVLFFLVLALAITFVSAARLLDEEEDLGLVPLSTTSPGPLPTAGSGPFPTASSVPA 60
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPT-------- 112
G+ SGTG ASGG G L T TGPGPL T+GSSLLPVASS LP TG GPLP
Sbjct 61 PGVTSGTGPASGGSGPLTTITGPGPLPTSGSSLLPVASSIPLPTTGTGPLPATGSGSLPV 120
Query 113 -SSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILG 171
SSG LP A SG LP GSGPLPTVGSGA AT LGAGAGS GG VPD+T+VFFMHDILG
Sbjct 121 ASSGPLPTAGSGPLPIVGSGPLPTVGSGATATSLGAGAGSATGGLVPDHTMVFFMHDILG 180
Query 172 GSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLG 231
GSNPTARAVTGVVANAALSGQ+PFAKPNGANLPVSNGVPS VPLLVGLG
Sbjct 181 GSNPTARAVTGVVANAALSGQLPFAKPNGANLPVSNGVPSXXXXXXXXXXXXVPLLVGLG 240
Query 232 GTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGK 291
GTTSNILQNNGNN+LNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGK
Sbjct 241 GTTSNILQNNGNNLLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGK 300
Query 292 AQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNAR 351
AQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGK+VNAR
Sbjct 301 AQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKFVNAR 360
Query 352 GFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GFAIVKTFTGS+G QQQQP QFTDGLETVL+CTV+L+Y
Sbjct 361 GFAIVKTFTGSTGNQQQQPQQFTDGLETVLQCTVHLTY 398
>XP_010457978.1 PREDICTED: dirigent protein 25-like [Camelina sativa]
Length=383
Score = 547 bits (1410), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 331/391 (85%), Positives = 350/391 (90%), Gaps = 10/391 (3%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MA CKVLFFL+LALAITFVSA R+L+EEEDIGLVPLPTTS GP FP +S PA
Sbjct 1 MADCKVLFFLVLALAITFVSAGRILNEEEDIGLVPLPTTSSGP--------FPIPSSVPA 52
Query 61 TGIASGTGSASGGLGSL-GTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLP 118
TGIA GTG ASGG L T T PGPL TTGSSLLPVAS+ LPVTGPGPLPT+ SG LP
Sbjct 53 TGIAFGTGPASGGSVPLTSTFTSPGPLPTTGSSLLPVASASPLPVTGPGPLPTTGSGPLP 112
Query 119 GASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTAR 178
GASSG + SGPLPTV SGAAATG GAGAGS IGGS PD+TLVFFMHDILGGSNPTAR
Sbjct 113 GASSGIFSSADSGPLPTVVSGAAATGQGAGAGSAIGGSAPDHTLVFFMHDILGGSNPTAR 172
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTGVVANAALSGQIPFAK NGANLP+SNGVP+DNNNNGILNNNNVPLLVGLGGTTSNIL
Sbjct 173 AVTGVVANAALSGQIPFAKTNGANLPISNGVPTDNNNNGILNNNNVPLLVGLGGTTSNIL 232
Query 239 QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
Q+NGNNMLNGLPVANGGQLPSGSSLQMLMFGTL+V+DNELTEGHELGSGLLGKAQGFYVA
Sbjct 233 QSNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLSVIDNELTEGHELGSGLLGKAQGFYVA 292
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKT 358
SA+DGTSQTMAFTAMFESGGYEDSISFFG+HRTA SESHLGVMGGTGKY+NARG+AIVKT
Sbjct 293 SAVDGTSQTMAFTAMFESGGYEDSISFFGIHRTATSESHLGVMGGTGKYINARGYAIVKT 352
Query 359 FTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
FTG+SGTQQQQ +FTDGLETVLECTVYLSY
Sbjct 353 FTGASGTQQQQQQRFTDGLETVLECTVYLSY 383
>CAA7026279.1 unnamed protein product [Microthlaspi erraticum]
Length=363
Score = 543 bits (1398), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 323/389 (83%), Positives = 339/389 (87%), Gaps = 26/389 (7%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAGCK+ FFL+LALAITFVSAARLL+EEEDIGLVP PTTSPGPLPT G GPFPTA+S A
Sbjct 1 MAGCKLFFFLVLALAITFVSAARLLNEEEDIGLVPFPTTSPGPLPTAGSGPFPTASSVSA 60
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
TGI SGTG ASGG G L T TG G L TTGSS LP ASSG LP TGP PLPT A
Sbjct 61 TGITSGTGPASGGSGPLTTFTGSGSLPTTGSSSLPFASSGPLPTTGPVPLPT-------A 113
Query 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
SG LPG+ SGPLPT GGSVPD+TLVFFMHDILGGSNPTARAV
Sbjct 114 GSGPLPGANSGPLPT------------------GGSVPDHTLVFFMHDILGGSNPTARAV 155
Query 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
TGVVANAALSGQ+PFAKPNGANLPV+NG+PS+NNNNGILNNNNVPLLVGLGGTTSNILQN
Sbjct 156 TGVVANAALSGQLPFAKPNGANLPVTNGLPSNNNNNGILNNNNVPLLVGLGGTTSNILQN 215
Query 241 NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA 300
NGNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVASA
Sbjct 216 NGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVASA 275
Query 301 LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT 360
+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGK+VNARGFAIVKTFT
Sbjct 276 VDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKFVNARGFAIVKTFT 335
Query 361 GSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GSSG QQQPHQFTDGLETVLEC+VYL+Y
Sbjct 336 GSSG-NQQQPHQFTDGLETVLECSVYLTY 363
>XP_013707848.1 dirigent protein 25 [Brassica napus]
Length=378
Score = 540 bits (1392), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 325/391 (83%), Positives = 346/391 (88%), Gaps = 15/391 (4%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSG-P 59
M GCK+LF L+LALAITFVSAARLL+EEED+GLVP+PT SPGPLPT G G F +A+SG P
Sbjct 1 MTGCKILFVLVLALAITFVSAARLLNEEEDLGLVPMPTISPGPLPTAGSGSFASASSGGP 60
Query 60 ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLP 118
ATGI SGTG ASGG SL T G GPL TTGS LPVASSG LP TG G LPT+ SG P
Sbjct 61 ATGITSGTGLASGG--SLTTLPGSGPLPTTGSGSLPVASSGPLPTTGTGSLPTTGSGPFP 118
Query 119 GASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTAR 178
ASSG LPG+GSG LPTVGSGA ATG GSVPD++LVFFMHDILGGSNPTAR
Sbjct 119 VASSGPLPGAGSGTLPTVGSGATATG----------GSVPDHSLVFFMHDILGGSNPTAR 168
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTGVVAN ALSGQ+PFAKPNGANLPV+NGVPS+NNNNGILNNNNVPLLVGLGGTTS+IL
Sbjct 169 AVTGVVANPALSGQLPFAKPNGANLPVNNGVPSNNNNNGILNNNNVPLLVGLGGTTSSIL 228
Query 239 QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
QN+GNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVA
Sbjct 229 QNDGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVA 288
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKT 358
SA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+AIVKT
Sbjct 289 SAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAIVKT 348
Query 359 FTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
FTG +G QQPHQFTDGLETVLECTVYLSY
Sbjct 349 FTGGTG-NTQQPHQFTDGLETVLECTVYLSY 378
>VDD08238.1 unnamed protein product [Brassica rapa]
Length=811
Score = 540 bits (1390), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 305/387 (79%), Positives = 329/387 (85%), Gaps = 26/387 (7%)
Query 4 CKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPATGI 63
CK+LF +L+LAITFVS ARLL+EEEDIGLVP+PTT T G G FPT+ TGI
Sbjct 450 CKILFLFVLSLAITFVSPARLLNEEEDIGLVPVPTT------TSGSGLFPTS-----TGI 498
Query 64 ASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPGASS 122
+G ASGG G L T +G GPL TTGS LPVASS LP T PG LPT+ SG +P ASS
Sbjct 499 TTGASPASGGSGPLNTLSGSGPLPTTGSGSLPVASSVPLPATVPGSLPTTGSGPVPVASS 558
Query 123 GNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTG 182
G LP +GSGPLPT GSGA GG +PD+TLVFFMHDILGGSNPTARAVTG
Sbjct 559 GPLPAAGSGPLPTAGSGA-------------GGLLPDHTLVFFMHDILGGSNPTARAVTG 605
Query 183 VVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNG 242
VVANAALSGQ+PFAKPNGANLPVSNGVPS++NNNGILNNNNVPLLVGLGGTTS+ILQNNG
Sbjct 606 VVANAALSGQLPFAKPNGANLPVSNGVPSNSNNNGILNNNNVPLLVGLGGTTSSILQNNG 665
Query 243 NNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALD 302
N++LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVASA+D
Sbjct 666 NSLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVASAVD 725
Query 303 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGS 362
GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+A+VKT+TG
Sbjct 726 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAVVKTYTGG 785
Query 363 SGTQQQQPHQFTDGLETVLECTVYLSY 389
SG QQPHQFTDGLETVLECTVYLSY
Sbjct 786 SG-NTQQPHQFTDGLETVLECTVYLSY 811
>XP_006417771.1 dirigent protein 25 [Eutrema salsugineum]
ESQ36124.1 hypothetical protein EUTSA_v10007858mg [Eutrema salsugineum]
Length=391
Score = 539 bits (1389), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 339/392 (86%), Positives = 358/392 (91%), Gaps = 4/392 (1%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAGCKVLF L LALA+TFVSAARLLDE+EDIGLVP PTTSPGPLPT G GPFPTA+SGPA
Sbjct 1 MAGCKVLFLLALALAVTFVSAARLLDEDEDIGLVPFPTTSPGPLPTAGSGPFPTASSGPA 60
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPG 119
TGI SGTG ASGG GSL T TG GPL TTGSS LPV SSG LP TG GPLPT SG G
Sbjct 61 TGITSGTGPASGGSGSLTTFTGSGPLPTTGSSPLPVPSSGPLPSTGSGPLPTGGSGPSLG 120
Query 120 ASSGNLPGSGSGPLPTVGSGA--AATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
A+SG LP +GSGPLPTVGSG+ G GAGAGS IGGSVPD+T++FFMHDILGGSNPTA
Sbjct 121 ATSGPLPTAGSGPLPTVGSGSTATGQGAGAGAGSAIGGSVPDHTVIFFMHDILGGSNPTA 180
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNI 237
RAVTGVVANAALSGQ+PFAKPNGANLPVSNGVP++NNNNGILNNNNVPLLVGLGGTTSNI
Sbjct 181 RAVTGVVANAALSGQLPFAKPNGANLPVSNGVPTNNNNNGILNNNNVPLLVGLGGTTSNI 240
Query 238 LQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYV 297
LQNNGNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYV
Sbjct 241 LQNNGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYV 300
Query 298 ASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVK 357
ASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+AIVK
Sbjct 301 ASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAIVK 360
Query 358 TFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TFTG SG QQQPH+FTDGLETV++CTVYLSY
Sbjct 361 TFTGGSG-NQQQPHRFTDGLETVMQCTVYLSY 391
>XP_009110925.1 dirigent protein 25 [Brassica rapa]
XP_013657572.1 dirigent protein 25-like [Brassica napus]
RID52295.1 hypothetical protein BRARA_H02903 [Brassica rapa]
Length=365
Score = 537 bits (1384), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 308/390 (79%), Positives = 332/390 (85%), Gaps = 26/390 (7%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAGCK+LF +L+LAITFVS ARLL+EEEDIGLVP+PTT T G G FPT+
Sbjct 1 MAGCKILFLFVLSLAITFVSPARLLNEEEDIGLVPVPTT------TSGSGLFPTS----- 49
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPG 119
TGI +G ASGG G L T +G GPL TTGS LPVASS LP T PG LPT+ SG +P
Sbjct 50 TGITTGASPASGGSGPLNTLSGSGPLPTTGSGSLPVASSVPLPATVPGSLPTTGSGPVPV 109
Query 120 ASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA 179
ASSG LP +GSGPLPT GSGA GG +PD+TLVFFMHDILGGSNPTARA
Sbjct 110 ASSGPLPAAGSGPLPTAGSGA-------------GGLLPDHTLVFFMHDILGGSNPTARA 156
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
VTGVVANAALSGQ+PFAKPNGANLPVSNGVPS++NNNGILNNNNVPLLVGLGGTTS+ILQ
Sbjct 157 VTGVVANAALSGQLPFAKPNGANLPVSNGVPSNSNNNGILNNNNVPLLVGLGGTTSSILQ 216
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
NNGN++LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVAS
Sbjct 217 NNGNSLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVAS 276
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
A+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+A+VKT+
Sbjct 277 AVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAVVKTY 336
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TG SG QQPHQFTDGLETVLECTVYLSY
Sbjct 337 TGGSG-NTQQPHQFTDGLETVLECTVYLSY 365
>KAF2555989.1 hypothetical protein F2Q68_00013040 [Brassica cretica]
Length=486
Score = 537 bits (1383), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 327/390 (84%), Positives = 347/390 (89%), Gaps = 12/390 (3%)
Query 4 CKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSG-PATG 62
CK+LF L+LALAITFVSAARLL+EE D+GLVP+PT SPGPLPT G G F +A+SG PATG
Sbjct 105 CKILFVLVLALAITFVSAARLLNEE-DLGLVPMPTISPGPLPTAGSGSFASASSGGPATG 163
Query 63 IASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPGAS 121
I SGTG ASGG SL T TG GPL TTGS LPVASSG LP TG G LPT+ SG P AS
Sbjct 164 ITSGTGLASGG--SLTTLTGSGPLPTTGSGSLPVASSGPLPTTGTGSLPTTGSGPFPVAS 221
Query 122 SGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPD--NTLVFFMHDILGGSNPTARA 179
SG LPG+GSGPLP VGSGA ATG AGS GGSVPD ++LVFFMHDILGGSNPTARA
Sbjct 222 SGPLPGAGSGPLPAVGSGATATG----AGSATGGSVPDLDHSLVFFMHDILGGSNPTARA 277
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
VTGVVAN ALSGQ+PFAKPNGANLPV+NGVPS+NNNNGILNNNNVPLLVGLGGTTS+ILQ
Sbjct 278 VTGVVANPALSGQLPFAKPNGANLPVNNGVPSNNNNNGILNNNNVPLLVGLGGTTSSILQ 337
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
N+GNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVAS
Sbjct 338 NDGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVAS 397
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
A+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+AIVKTF
Sbjct 398 AVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAIVKTF 457
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TG G QQPHQFTDGLETVLECTVYLSY
Sbjct 458 TGGIG-NTQQPHQFTDGLETVLECTVYLSY 486
>XP_033128636.1 LOW QUALITY PROTEIN: dirigent protein 25 [Brassica rapa]
Length=375
Score = 536 bits (1382), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 315/390 (81%), Positives = 338/390 (87%), Gaps = 16/390 (4%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
M GCK+LF L+LALA+ FVSAARLL+EEED+GLVP+PTTSP PLPT G G F +A+SGPA
Sbjct 1 MTGCKILFVLVLALAMAFVSAARLLNEEEDLGLVPMPTTSPSPLPTTGSGSFASASSGPA 60
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPG 119
TGI SGTG AS G SL T TG GPL TTGS LPVASSG LP TG G LPT+ SG P
Sbjct 61 TGITSGTGLASDG--SLTTLTGSGPLPTTGSGSLPVASSGPLPTTGTGSLPTTGSGSFPV 118
Query 120 ASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA 179
ASSG LPG+G+GP PTVGSGA GGSVPD+TLVFFMHDILGGSNPTARA
Sbjct 119 ASSGPLPGAGAGPSPTVGSGATX-----------GGSVPDHTLVFFMHDILGGSNPTARA 167
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
VTGVVAN ALSGQ+PFAKPNGANLPV+NG+ NNNNGIL NNNVPLL+GLGGTTS+ILQ
Sbjct 168 VTGVVANPALSGQLPFAKPNGANLPVNNGI-PSNNNNGILTNNNVPLLIGLGGTTSSILQ 226
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
N+GNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVAS
Sbjct 227 NDGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVAS 286
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
A+DGTSQTMAFTAMFESGGYEDSISFF VHRTAASESHLGVMGGTGKYVNARG+AIVKTF
Sbjct 287 AVDGTSQTMAFTAMFESGGYEDSISFFSVHRTAASESHLGVMGGTGKYVNARGYAIVKTF 346
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TG +G QQPHQFTDGLETVLECTVYLSY
Sbjct 347 TGGTG-NTQQPHQFTDGLETVLECTVYLSY 375
>CDY71693.1 BnaAnng38500D, partial [Brassica napus]
Length=436
Score = 531 bits (1368), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 305/387 (79%), Positives = 329/387 (85%), Gaps = 26/387 (7%)
Query 4 CKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPATGI 63
CK+LF +L+LAITFVS ARLL+EEEDIGLVP+PTT T G G FPT+ TGI
Sbjct 75 CKILFLFVLSLAITFVSPARLLNEEEDIGLVPVPTT------TSGSGLFPTS-----TGI 123
Query 64 ASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPGASS 122
+G ASGG G L T +G GPL TTGS LPVASS LP T PG LPT+ SG +P ASS
Sbjct 124 TTGASPASGGSGPLNTLSGSGPLPTTGSGSLPVASSVPLPATVPGSLPTTGSGPVPVASS 183
Query 123 GNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTG 182
G LP +GSGPLPT GSGA GG +PD+TLVFFMHDILGGSNPTARAVTG
Sbjct 184 GPLPAAGSGPLPTAGSGA-------------GGLLPDHTLVFFMHDILGGSNPTARAVTG 230
Query 183 VVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNG 242
VVANAALSGQ+PFAKPNGANLPVSNGVPS++NNNGILNNNNVPLLVGLGGTTS+ILQNNG
Sbjct 231 VVANAALSGQLPFAKPNGANLPVSNGVPSNSNNNGILNNNNVPLLVGLGGTTSSILQNNG 290
Query 243 NNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALD 302
N++LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVASA+D
Sbjct 291 NSLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVASAVD 350
Query 303 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGS 362
GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+A+VKT+TG
Sbjct 351 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAVVKTYTGG 410
Query 363 SGTQQQQPHQFTDGLETVLECTVYLSY 389
SG QQPHQFTDGLETVLECTVYLSY
Sbjct 411 SG-NTQQPHQFTDGLETVLECTVYLSY 436
>XP_018487113.1 PREDICTED: dirigent protein 25 [Raphanus sativus]
Length=356
Score = 530 bits (1365), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 306/390 (78%), Positives = 325/390 (83%), Gaps = 35/390 (9%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
M GCK+LF L+LAL ITFVSAARLLDEEED+GLVP+PTTSPGPLPT G GP
Sbjct 1 MTGCKILFLLVLALVITFVSAARLLDEEEDLGLVPMPTTSPGPLPTAGSGP--------- 51
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPG 119
L T TGPGPL TTGSS LPVASSG P TGPG LPT+ S P
Sbjct 52 ----------------LTTLTGPGPLPTTGSSSLPVASSGPFPTTGPGSLPTTGSAPFPV 95
Query 120 ASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA 179
A+SG LP +GSGP P A ATG+G S GSVPD+TLVFFMHDILGGSNPTARA
Sbjct 96 ATSGPLPAAGSGPFP----AATATGVG----STTSGSVPDHTLVFFMHDILGGSNPTARA 147
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
VTGVVAN ALSGQ+PFAKPNGANLPV+NG PS+NNNNGILNNNNVPLLVGLGGTTS+ILQ
Sbjct 148 VTGVVANPALSGQLPFAKPNGANLPVNNGFPSNNNNNGILNNNNVPLLVGLGGTTSSILQ 207
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
NNG+N+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVAS
Sbjct 208 NNGDNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVAS 267
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
A+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+AIVKTF
Sbjct 268 AVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAIVKTF 327
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TG +G QQPHQFTDGLETVLECTVYLSY
Sbjct 328 TGGTG-NTQQPHQFTDGLETVLECTVYLSY 356
>KAF2620961.1 hypothetical protein F2Q68_00038483 [Brassica cretica]
CDY72481.1 BnaUnng05170D [Brassica napus]
Length=366
Score = 527 bits (1357), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 319/391 (82%), Positives = 341/391 (87%), Gaps = 27/391 (7%)
Query 1 MAGCKVLFFLILALAITFVSAARLL-DEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGP 59
MAGCK+LF L+L+LAITFVS ARLL +EEEDIGLVP+PTTSPGPLPT G G FPT+
Sbjct 1 MAGCKILFLLVLSLAITFVSPARLLNEEEEDIGLVPMPTTSPGPLPTSGSGLFPTS---- 56
Query 60 ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLP 118
TGI SGTG ASG GSL T +G GPL TTGS+ LPVASSG PGPLPT+ SG P
Sbjct 57 -TGITSGTGPASGSSGSLNTLSGSGPLPTTGSTPLPVASSG------PGPLPTTGSGPFP 109
Query 119 GASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTAR 178
ASSG LP +GSGPLPTVG+GA GG +PD+TLVFFMHDILGGSNPTAR
Sbjct 110 VASSGPLPAAGSGPLPTVGTGA-------------GGLLPDHTLVFFMHDILGGSNPTAR 156
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTGVVANAALSGQ+PFAKPNGANLPVSNGVPS++NNNGILNNNNVPLLVGLGGTTSNIL
Sbjct 157 AVTGVVANAALSGQLPFAKPNGANLPVSNGVPSNSNNNGILNNNNVPLLVGLGGTTSNIL 216
Query 239 QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
QNNGNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVA
Sbjct 217 QNNGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVA 276
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKT 358
SA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+A+VKT
Sbjct 277 SAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAVVKT 336
Query 359 FTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+TG SG QQPHQFTDGLETVLECTVYLSY
Sbjct 337 YTGGSG-NSQQPHQFTDGLETVLECTVYLSY 366
>KAF3493925.1 hypothetical protein DY000_02052080 [Brassica cretica]
Length=366
Score = 526 bits (1355), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 318/391 (81%), Positives = 340/391 (87%), Gaps = 27/391 (7%)
Query 1 MAGCKVLFFLILALAITFVSAARLL-DEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGP 59
MAGCK+LF L+L+LAITFVS ARLL +EEEDIGLVP+PTTSPGPLPT G G FPT+
Sbjct 1 MAGCKILFLLVLSLAITFVSPARLLNEEEEDIGLVPMPTTSPGPLPTSGSGLFPTS---- 56
Query 60 ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLP 118
TGI SGTG ASG GSL T +G GPL TTGS+ LPVASSG PGPLPT+ SG P
Sbjct 57 -TGITSGTGPASGSSGSLNTLSGSGPLPTTGSTPLPVASSG------PGPLPTTGSGPFP 109
Query 119 GASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTAR 178
ASSG LP +GSGPLPTVG+GA GG +PD+TLVFFMHDILGGSNPTAR
Sbjct 110 VASSGPLPAAGSGPLPTVGTGA-------------GGLLPDHTLVFFMHDILGGSNPTAR 156
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTGVVANAALSGQ+PFAKPNGANLPVSNGVPS++NNNGILNNNNVPLLVGLGGTTSNIL
Sbjct 157 AVTGVVANAALSGQLPFAKPNGANLPVSNGVPSNSNNNGILNNNNVPLLVGLGGTTSNIL 216
Query 239 QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
QNNGNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVA
Sbjct 217 QNNGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVA 276
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKT 358
SA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+A+VKT
Sbjct 277 SAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAVVKT 336
Query 359 FTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+TG S QQPHQFTDGLETVLECTVYLSY
Sbjct 337 YTGGSA-NSQQPHQFTDGLETVLECTVYLSY 366
>XP_013605880.1 PREDICTED: dirigent protein 25-like [Brassica oleracea var. oleracea]
XP_013729483.1 dirigent protein 25-like [Brassica napus]
Length=387
Score = 525 bits (1352), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 317/391 (81%), Positives = 340/391 (87%), Gaps = 27/391 (7%)
Query 1 MAGCKVLFFLILALAITFVSAARLL-DEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGP 59
+ GCK+LF L+L+LAITFVS ARLL +EEEDIGLVP+PTTSPGPLPT G G FPT+
Sbjct 22 LKGCKILFLLVLSLAITFVSPARLLNEEEEDIGLVPMPTTSPGPLPTSGSGLFPTS---- 77
Query 60 ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLP 118
TGI SGTG ASG GSL T +G GPL TTGS+ LPVASSG PGPLPT+ SG P
Sbjct 78 -TGITSGTGPASGSSGSLNTLSGSGPLPTTGSTPLPVASSG------PGPLPTTGSGPFP 130
Query 119 GASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTAR 178
ASSG LP +GSGPLPTVG+GA GG +PD+TLVFFMHDILGGSNPTAR
Sbjct 131 VASSGPLPAAGSGPLPTVGTGA-------------GGLLPDHTLVFFMHDILGGSNPTAR 177
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTGVVANAALSGQ+PFAKPNGANLPVSNGVPS++NNNGILNNNNVPLLVGLGGTTSNIL
Sbjct 178 AVTGVVANAALSGQLPFAKPNGANLPVSNGVPSNSNNNGILNNNNVPLLVGLGGTTSNIL 237
Query 239 QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
QNNGNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVA
Sbjct 238 QNNGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVA 297
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKT 358
SA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+A+VKT
Sbjct 298 SAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAVVKT 357
Query 359 FTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+TG SG QQPHQFTDGLETVLECTVYLSY
Sbjct 358 YTGGSG-NSQQPHQFTDGLETVLECTVYLSY 387
>VDD53903.1 unnamed protein product [Brassica oleracea]
Length=447
Score = 520 bits (1339), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 314/388 (81%), Positives = 337/388 (87%), Gaps = 27/388 (7%)
Query 4 CKVLFFLILALAITFVSAARLL-DEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPATG 62
CK+LF L+L+LAITFVS ARLL +EEEDIGLVP+PTTSPGPLPT G G FPT+ TG
Sbjct 85 CKILFLLVLSLAITFVSPARLLNEEEEDIGLVPMPTTSPGPLPTSGSGLFPTS-----TG 139
Query 63 IASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPGAS 121
I SGTG ASG GSL T +G GPL TTGS+ LPVASSG PGPLPT+ SG P AS
Sbjct 140 ITSGTGPASGSSGSLNTLSGSGPLPTTGSTPLPVASSG------PGPLPTTGSGPFPVAS 193
Query 122 SGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVT 181
SG LP +GSGPLPTVG+GA GG +PD+TLVFFMHDILGGSNPTARAVT
Sbjct 194 SGPLPAAGSGPLPTVGTGA-------------GGLLPDHTLVFFMHDILGGSNPTARAVT 240
Query 182 GVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNN 241
GVVANAALSGQ+PFAKPNGANLPVSNGVPS++NNNGILNNNNVPLLVGLGGTTSNIL NN
Sbjct 241 GVVANAALSGQLPFAKPNGANLPVSNGVPSNSNNNGILNNNNVPLLVGLGGTTSNILHNN 300
Query 242 GNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASAL 301
GNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVASA+
Sbjct 301 GNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVASAV 360
Query 302 DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTG 361
DGTSQTMAFTAMFESGGY+DSISFFGVHRTAASESHLGVMGGTGKYVNARG+A+VKT+TG
Sbjct 361 DGTSQTMAFTAMFESGGYKDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAVVKTYTG 420
Query 362 SSGTQQQQPHQFTDGLETVLECTVYLSY 389
SG QQPHQFTDGLETVLECTVYLSY
Sbjct 421 GSG-NSQQPHQFTDGLETVLECTVYLSY 447
>KAF2589232.1 hypothetical protein F2Q70_00038103 [Brassica cretica]
Length=875
Score = 532 bits (1370), Expect = 8e-180, Method: Compositional matrix adjust.
Identities = 316/389 (81%), Positives = 338/389 (87%), Gaps = 27/389 (7%)
Query 3 GCKVLFFLILALAITFVSAARLL-DEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPAT 61
GCK+LF L+L+LAITFVS ARLL +EEEDIGLVP+PTTSPGPLPT G G FPT+ T
Sbjct 512 GCKILFLLVLSLAITFVSPARLLNEEEEDIGLVPMPTTSPGPLPTSGSGLFPTS-----T 566
Query 62 GIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPGA 120
GI SGTG ASG GSL T +G GPL TTGS+ LPVASSG PGPLPT+ SG P A
Sbjct 567 GITSGTGPASGSSGSLNTLSGSGPLPTTGSTPLPVASSG------PGPLPTTGSGPFPVA 620
Query 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
SSG LP +GSGPLPTVG+GA GG +PD+TLVFFMHDILGGSNPTARAV
Sbjct 621 SSGPLPAAGSGPLPTVGTGA-------------GGLLPDHTLVFFMHDILGGSNPTARAV 667
Query 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
TGVVANAALSGQ+PFAKPNGANLPVSNGVPS++NNNGILNNNNVPLLVGLGGTTSNILQN
Sbjct 668 TGVVANAALSGQLPFAKPNGANLPVSNGVPSNSNNNGILNNNNVPLLVGLGGTTSNILQN 727
Query 241 NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA 300
NGNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVASA
Sbjct 728 NGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVASA 787
Query 301 LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT 360
+DGTSQTMAFTAMFESGGYEDSISFFGVHRT ASESHLGVMGGTGKYVNARG+A+VKT+T
Sbjct 788 VDGTSQTMAFTAMFESGGYEDSISFFGVHRTPASESHLGVMGGTGKYVNARGYAVVKTYT 847
Query 361 GSSGTQQQQPHQFTDGLETVLECTVYLSY 389
G SG QQPHQFTDGLETVLECTVYLSY
Sbjct 848 GGSG-NSQQPHQFTDGLETVLECTVYLSY 875
>XP_018465872.1 PREDICTED: dirigent protein 25-like [Raphanus sativus]
Length=364
Score = 492 bits (1266), Expect = 3e-171, Method: Compositional matrix adjust.
Identities = 309/389 (79%), Positives = 336/389 (86%), Gaps = 25/389 (6%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAGC++LF L+L L IT+VSAARLL EEEDIGLVP TSPGPLPT G GPFPT+
Sbjct 1 MAGCRILFLLVLPLVITYVSAARLLTEEEDIGLVP---TSPGPLPTSGSGPFPTS----- 52
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
T I SG+G ASGG G L T +G GPL+TTGS+ LPVA+SG LP TGPGPLPT+
Sbjct 53 TAITSGSGPASGGSGPLNTLSGSGPLTTTGSNPLPVANSGPLPATGPGPLPTTG------ 106
Query 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
SG LP +GSGPLPTVGSGA ++ G +PD+ LVFFMHDILGGSNPTARAV
Sbjct 107 -SGPLPAAGSGPLPTVGSGAGSSTGGL---------LPDHALVFFMHDILGGSNPTARAV 156
Query 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
TGVVAN+ALSGQ+PFAKPNGANLPVSNG+PS++NNNGILNNNNVPLLVGLGGTTSNILQN
Sbjct 157 TGVVANSALSGQLPFAKPNGANLPVSNGLPSNSNNNGILNNNNVPLLVGLGGTTSNILQN 216
Query 241 NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA 300
NGNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVASA
Sbjct 217 NGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVASA 276
Query 301 LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT 360
+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+A+VKT+T
Sbjct 277 VDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAVVKTYT 336
Query 361 GSSGTQQQQPHQFTDGLETVLECTVYLSY 389
G SG QQPHQFTDGLETVLECTVYLSY
Sbjct 337 GGSG-NTQQPHQFTDGLETVLECTVYLSY 364
>RID57066.1 hypothetical protein BRARA_F00472 [Brassica rapa]
VDC65155.1 unnamed protein product [Brassica rapa]
Length=349
Score = 480 bits (1235), Expect = 8e-167, Method: Compositional matrix adjust.
Identities = 295/390 (76%), Positives = 317/390 (81%), Gaps = 42/390 (11%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
M GCK+LF L+LALA+ FVSAARLL+EEED+GLVP+PTTSP PLPT G G F +A+SGPA
Sbjct 1 MTGCKILFVLVLALAMAFVSAARLLNEEEDLGLVPMPTTSPSPLPTTGSGSFASASSGPA 60
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPG 119
TGI SGTG ASGG SL T TG GPL TTGS LPVASSG LP TG G LPT+ SG P
Sbjct 61 TGITSGTGLASGG--SLTTLTGSGPLPTTGSGSLPVASSGPLPTTGTGSLPTTGSGPFPV 118
Query 120 ASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA 179
ASSG LPG+GSGP PTVGS ARA
Sbjct 119 ASSGPLPGAGSGPSPTVGS--------------------------------------ARA 140
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
VTGVVAN ALSG +PFAKPNGANLPV+NGVPS+NNNNGIL NNNVPLL+GLGGTTS+ILQ
Sbjct 141 VTGVVANPALSGPLPFAKPNGANLPVNNGVPSNNNNNGILTNNNVPLLIGLGGTTSSILQ 200
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
++GNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVAS
Sbjct 201 SDGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVAS 260
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
A+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG+AIVKTF
Sbjct 261 AVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGYAIVKTF 320
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TG +G QQPHQFTDGLETVLECTVYLSY
Sbjct 321 TGGTG-NTQQPHQFTDGLETVLECTVYLSY 349
>VDD41800.1 unnamed protein product [Brassica oleracea]
Length=992
Score = 465 bits (1197), Expect = 2e-152, Method: Compositional matrix adjust.
Identities = 284/341 (83%), Positives = 303/341 (89%), Gaps = 11/341 (3%)
Query 3 GCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSG-PAT 61
GCK+LF L+LALAITFVSAARLL+EE D+GLVP+PT SPGPLPT G G F +A+SG PAT
Sbjct 73 GCKILFVLVLALAITFVSAARLLNEE-DLGLVPMPTISPGPLPTAGSGSFASASSGGPAT 131
Query 62 GIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTS-SGLLPGA 120
GI SGTG ASGG SL T TG GPL TTGS LPVASSG LP TG G LPT+ SG P A
Sbjct 132 GITSGTGLASGG--SLTTLTGSGPLPTTGSGSLPVASSGPLPTTGTGSLPTTGSGPFPVA 189
Query 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPD--NTLVFFMHDILGGSNPTAR 178
SSG LPG+GSGPLP VGSGA ATG AGS GGSVPD ++LVFFMHDILGGSNPTAR
Sbjct 190 SSGPLPGAGSGPLPAVGSGATATG----AGSATGGSVPDLDHSLVFFMHDILGGSNPTAR 245
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTGVVAN ALSGQ+PFAKPNGANLPV+NGVPS+NNNNGILNNNNVPLLVGLGGTTS+IL
Sbjct 246 AVTGVVANPALSGQLPFAKPNGANLPVNNGVPSNNNNNGILNNNNVPLLVGLGGTTSSIL 305
Query 239 QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
QN+GNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVA
Sbjct 306 QNDGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVA 365
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 339
SA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG
Sbjct 366 SAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 406
>XP_018437761.1 PREDICTED: dirigent protein 10-like isoform X2 [Raphanus sativus]
Length=389
Score = 435 bits (1119), Expect = 1e-148, Method: Compositional matrix adjust.
Identities = 276/399 (69%), Positives = 311/399 (78%), Gaps = 20/399 (5%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGPFPTANSG 58
MAG K+L F ++AL +TF +AAR LDEE+ +P + P GPLP G +
Sbjct 1 MAGQKILSFFVVALFVTFAAAARFLDEEDTFPATAIPGSGPFPGPLPASGSSSAGIGSGS 60
Query 59 PATGIASGTGSASGGLGSLGTNTGPGPLSTT-GSSLLPVASSGTLPVTGPGPLPT----S 113
TG S GG GS+ ++G GP++T+ G+ PV+SSG+ GPLPT
Sbjct 61 AGTGSGSAGTGLGGGTGSV-PSSGSGPIATSLGAGTGPVSSSGS------GPLPTVGSVP 113
Query 114 SGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSV-PDNTLVFFMHDILGG 172
L G G+LP +G GPLP GS ATG G G G +GG V PD+TLVFFMHDILGG
Sbjct 114 GPLPVGGGPGSLPATGPGPLPAAGS---ATGPGVGTGQALGGGVGPDHTLVFFMHDILGG 170
Query 173 SNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGG 232
SNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNNNGI+NNNNVPLLVGLGG
Sbjct 171 SNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSNNNNNGIVNNNNVPLLVGLGG 230
Query 233 TTSNILQNNGNNMLNGL--PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLG 290
T+NILQNN N PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEGHELGSGLLG
Sbjct 231 NTANILQNNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDELTEGHELGSGLLG 290
Query 291 KAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNA 350
KAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNA
Sbjct 291 KAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNA 350
Query 351 RGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 351 RGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 389
>XP_018448207.1 PREDICTED: dirigent protein 25-like [Raphanus sativus]
Length=340
Score = 430 bits (1105), Expect = 4e-147, Method: Compositional matrix adjust.
Identities = 287/389 (74%), Positives = 306/389 (79%), Gaps = 49/389 (13%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
MAGC++L L+LAL ITFVS ARLLDEEEDIGLVP+PTTSPGPLPT G PFPTA
Sbjct 1 MAGCRILLLLVLALVITFVSPARLLDEEEDIGLVPMPTTSPGPLPTSGSVPFPTA----- 55
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
SGTG SGG G L T +G GPL TTGSS LPVASSG LP TGPGPLP +
Sbjct 56 ---GSGTGPTSGGSGPLNTLSGSGPLPTTGSSPLPVASSGLLPATGPGPLPNTG------ 106
Query 121 SSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
S P + SGPLPTVGSG A GS GG +PD+ LVFFMHDILGGSNPTARAV
Sbjct 107 -SSPFPVASSGPLPTVGSGPA--------GSSTGGLLPDHALVFFMHDILGGSNPTARAV 157
Query 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
TGVVANAALSGQ+PFAKPNGANLPVSNG+PS++NNNGILNNNNVPLLVGLGGTTSNILQN
Sbjct 158 TGVVANAALSGQLPFAKPNGANLPVSNGLPSNSNNNGILNNNNVPLLVGLGGTTSNILQN 217
Query 241 NGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASA 300
NGNN+LNGLPVANGGQLPSGSSLQMLMFGT+TVMDNELTEGHELGSGLLGKAQGFYVASA
Sbjct 218 NGNNLLNGLPVANGGQLPSGSSLQMLMFGTMTVMDNELTEGHELGSGLLGKAQGFYVASA 277
Query 301 LDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFT 360
+DGTSQTMAFTAMFESGGYED YVNARG+A+VKT+T
Sbjct 278 VDGTSQTMAFTAMFESGGYED-------------------------YVNARGYAVVKTYT 312
Query 361 GSSGTQQQQPHQFTDGLETVLECTVYLSY 389
G SG QQPHQFTDGLETVLECTVYLSY
Sbjct 313 GGSG-NTQQPHQFTDGLETVLECTVYLSY 340
>XP_033145157.1 dirigent protein 25 [Brassica rapa]
Length=412
Score = 432 bits (1110), Expect = 8e-147, Method: Compositional matrix adjust.
Identities = 290/418 (69%), Positives = 319/418 (76%), Gaps = 35/418 (8%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGPFPTANSG 58
MAG K+L FL+LAL ++F +AARLLDEE+ P + P GPLP G G T +
Sbjct 1 MAGQKILSFLVLALFVSFTAAARLLDEEDTFPATTTPGSGPFPGPLPASGSGSVGTGSGS 60
Query 59 PATGIASGTGS------------ASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTG 106
TG +SGTGS G G+++G GPL+TTGS LP+A S
Sbjct 61 AGTGFSSGTGSIPSSGSAGAAATGLGAGTGTGSSSGSGPLTTTGSGPLPIAGSV------ 114
Query 107 PGPLPTS--SGLLPGASSGNLPGSGSGPLPTVGSG---------AAATGLGAGAGSVIGG 155
PGPLP S G LP G LP +GSGPLP GS A G GAG GG
Sbjct 115 PGPLPVSGGPGSLPATGPGPLPAAGSGPLPAGGSSTGPGVGAGQALGGGAGAGPALGGGG 174
Query 156 SVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNN 215
PD+TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNN
Sbjct 175 VGPDHTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSNNNN 234
Query 216 NGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTL 271
NGI+NNNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+
Sbjct 235 NGIVNNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTM 294
Query 272 TVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRT 331
TV+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRT
Sbjct 295 TVIDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRT 354
Query 332 AASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
AASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 355 AASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 412
>KAF2568584.1 hypothetical protein F2Q68_00024973 [Brassica cretica]
KAF3581894.1 hypothetical protein DY000_02030308 [Brassica cretica]
Length=387
Score = 429 bits (1103), Expect = 4e-146, Method: Compositional matrix adjust.
Identities = 279/406 (69%), Positives = 314/406 (77%), Gaps = 36/406 (9%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANS-GP 59
MAG KVL FL++AL +TF +AAR LDEE+ P + P P GP P + S
Sbjct 1 MAGQKVLSFLVIALFVTFSAAARFLDEEDTFPATTTPGSGPFP------GPLPASGSNSA 54
Query 60 ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSG-----------TLPVTGPG 108
TG S G+G ++G GPL+TTGS LP+ S +LP TGPG
Sbjct 55 GTGSGSAGTGFGAGIGGSVPSSGSGPLTTTGSGPLPIPGSVPGPLPVGGGPGSLPGTGPG 114
Query 109 PLPTS-SGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMH 167
PLP + S PG +G G+G VG+G A LG G+G ++G PD+TLVFFMH
Sbjct 115 PLPAAGSATGPGVGTGQALGAG------VGTGQA---LGGGSG-IVG---PDHTLVFFMH 161
Query 168 DILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLL 227
DILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNNNGI+NNNNVPLL
Sbjct 162 DILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSNNNNNGIINNNNVPLL 221
Query 228 VGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHE 283
VGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEGHE
Sbjct 222 VGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDELTEGHE 281
Query 284 LGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGG 343
LGSGLLGKAQG+YVASA+DGTSQTMAFTAMFE+GGYEDSISFFGVHRTAASESHLGVMGG
Sbjct 282 LGSGLLGKAQGYYVASAVDGTSQTMAFTAMFENGGYEDSISFFGVHRTAASESHLGVMGG 341
Query 344 TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 342 TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 387
>XP_018481573.1 PREDICTED: dirigent protein 10 [Raphanus sativus]
Length=412
Score = 429 bits (1104), Expect = 7e-146, Method: Compositional matrix adjust.
Identities = 285/431 (66%), Positives = 313/431 (73%), Gaps = 61/431 (14%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGP- 59
MAG K+L FL++AL +TF +AARLLDEE+ TT+PG T G PFP + +
Sbjct 1 MAGQKILSFLVIALFVTFAAAARLLDEEDTF----TATTTPGFASTSGSSPFPASGAASG 56
Query 60 -------------------------ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLL 94
ATG+ + TG+ S T TGPGPL GS
Sbjct 57 GTGSGSVGTGFGSGTGSIPSSGSGGATGLGAATGTGSSSGSGPLTTTGPGPLPVAGSVPG 116
Query 95 PVASSG---TLPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSG---------AAA 142
P+ G +LP TGPGPLP +GSGPLPT GS A
Sbjct 117 PLPVGGGPGSLPATGPGPLP---------------AAGSGPLPTGGSSTGPGVGAGQALG 161
Query 143 TGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGAN 202
G GAG GG PDNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGAN
Sbjct 162 GGAGAGPALGGGGVGPDNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGAN 221
Query 203 LPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLP 258
LP++NGVPS+NNNNGI+NNNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLP
Sbjct 222 LPITNGVPSNNNNNGIVNNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLP 281
Query 259 SGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGG 318
SGS+LQMLMFGT+TV+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGG
Sbjct 282 SGSALQMLMFGTMTVIDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGG 341
Query 319 YEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLE 378
YEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLE
Sbjct 342 YEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLE 401
Query 379 TVLECTVYLSY 389
TVL+CTVYLSY
Sbjct 402 TVLQCTVYLSY 412
>VDD07933.1 unnamed protein product [Brassica oleracea]
Length=387
Score = 427 bits (1098), Expect = 3e-145, Method: Compositional matrix adjust.
Identities = 280/407 (69%), Positives = 315/407 (77%), Gaps = 38/407 (9%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANS-GP 59
MAG KVL FL++AL +TF +AAR LDEE+ P + P P GP P + S
Sbjct 1 MAGQKVLSFLVIALFVTFSAAARFLDEEDTFPATTTPGSGPFP------GPLPASGSNSA 54
Query 60 ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSG-----------TLPVTGPG 108
TG S G+G ++G GPL+TTGS LP+ S +LP TGPG
Sbjct 55 GTGSGSAGTGFGAGIGGSVPSSGSGPLTTTGSGPLPIPGSVPGPLPVGGGPGSLPGTGPG 114
Query 109 PLPTSSGLL--PGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFM 166
PLP ++GL PG +G G+G VG+G A LG G+G ++G PD+TLVFFM
Sbjct 115 PLP-AAGLATGPGVGTGQALGAG------VGTGQA---LGGGSG-IVG---PDHTLVFFM 160
Query 167 HDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPL 226
HDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGV S+NNNNGI+NNNNVPL
Sbjct 161 HDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVASNNNNNGIINNNNVPL 220
Query 227 LVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGH 282
LVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEGH
Sbjct 221 LVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDELTEGH 280
Query 283 ELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 342
ELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG
Sbjct 281 ELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 340
Query 343 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 341 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 387
>XP_013634931.1 PREDICTED: dirigent protein 10-like [Brassica oleracea var. oleracea]
CDY63718.1 BnaC04g54770D [Brassica napus]
Length=387
Score = 425 bits (1093), Expect = 1e-144, Method: Compositional matrix adjust.
Identities = 277/406 (68%), Positives = 313/406 (77%), Gaps = 36/406 (9%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANS-GP 59
MAG KVL FL++AL +TF +AAR LDEE+ P + P P GP P + S
Sbjct 1 MAGQKVLSFLVIALFVTFSAAARFLDEEDTFPATTTPGSGPFP------GPLPASGSNSA 54
Query 60 ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSG-----------TLPVTGPG 108
TG S G+G ++G GPL+TTGS LP+ S +LP GPG
Sbjct 55 GTGSGSAGTGFGAGIGGSVPSSGSGPLTTTGSGPLPIPGSVPGPLPVGGGPGSLPGIGPG 114
Query 109 PLPTS-SGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMH 167
PLP + S PG +G G+G VG+G A LG G+G ++G PD+TLVFFMH
Sbjct 115 PLPAAGSATGPGVGTGQALGAG------VGTGQA---LGGGSG-IVG---PDHTLVFFMH 161
Query 168 DILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLL 227
DILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNNNGI+NNNNVPLL
Sbjct 162 DILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSNNNNNGIINNNNVPLL 221
Query 228 VGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHE 283
VGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEGHE
Sbjct 222 VGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDELTEGHE 281
Query 284 LGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGG 343
LGSGLLGKAQG+YV+SA+DGTSQTMAFTAMFE+GGYEDSISFFGVHRTAASESHLGVMGG
Sbjct 282 LGSGLLGKAQGYYVSSAVDGTSQTMAFTAMFENGGYEDSISFFGVHRTAASESHLGVMGG 341
Query 344 TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 342 TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 387
>XP_013701213.1 dirigent protein 10-like [Brassica napus]
Length=387
Score = 424 bits (1090), Expect = 4e-144, Method: Compositional matrix adjust.
Identities = 276/406 (68%), Positives = 312/406 (77%), Gaps = 36/406 (9%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANS-GP 59
MAG KVL FL++AL +TF +AAR LDEE+ P + P P GP P + S
Sbjct 1 MAGQKVLSFLVIALFVTFSAAARFLDEEDTFPATTTPGSGPFP------GPLPASGSNSA 54
Query 60 ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSG-----------TLPVTGPG 108
TG S G+G ++G GPL+TTGS LP+ S +LP GPG
Sbjct 55 GTGSGSAGTGFGAGIGGSVPSSGSGPLTTTGSGPLPIPGSVPGPLPVGGGPGSLPGIGPG 114
Query 109 PLPTS-SGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMH 167
P P + S PG +G G+G VG+G A LG G+G ++G PD+TLVFFMH
Sbjct 115 PFPAAGSATGPGVGTGQALGAG------VGTGQA---LGGGSG-IVG---PDHTLVFFMH 161
Query 168 DILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLL 227
DILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNNNGI+NNNNVPLL
Sbjct 162 DILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSNNNNNGIINNNNVPLL 221
Query 228 VGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHE 283
VGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEGHE
Sbjct 222 VGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDELTEGHE 281
Query 284 LGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGG 343
LGSGLLGKAQG+YV+SA+DGTSQTMAFTAMFE+GGYEDSISFFGVHRTAASESHLGVMGG
Sbjct 282 LGSGLLGKAQGYYVSSAVDGTSQTMAFTAMFENGGYEDSISFFGVHRTAASESHLGVMGG 341
Query 344 TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 342 TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 387
>RID66587.1 hypothetical protein BRARA_D01717 [Brassica rapa]
CDY31724.1 BnaA04g16600D [Brassica napus]
VDD14001.1 unnamed protein product [Brassica rapa]
Length=412
Score = 424 bits (1090), Expect = 1e-143, Method: Compositional matrix adjust.
Identities = 288/426 (68%), Positives = 319/426 (75%), Gaps = 51/426 (12%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPG--PLPTVGLGPFPTANSG 58
MAG K+L FL+LAL ++F +AARLLDEE+ TT+PG P P GP P + SG
Sbjct 1 MAGQKILSFLVLALFVSFTAAARLLDEEDTFPA----TTTPGSGPFP----GPLPASGSG 52
Query 59 --------------------PATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVAS 98
P++G A + G G+++G GPL+TTGS LP+A
Sbjct 53 SVGTGSGSAGTGFGSGTGSIPSSGSAGAAATGLGAGTGTGSSSGSGPLTTTGSGPLPIAG 112
Query 99 SGTLPVTGPGPLPTS--SGLLPGASSGNLPGSGSGPLPTVGSG---------AAATGLGA 147
S PGPLP S G LP G LP +GSGPLP GS A G GA
Sbjct 113 SV------PGPLPVSGGPGSLPATGPGPLPAAGSGPLPAGGSSTGPGVGAGQALGGGAGA 166
Query 148 GAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSN 207
G GG PD+TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++N
Sbjct 167 GPALGGGGVGPDHTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITN 226
Query 208 GVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSL 263
GVPS+NNNNGI+NNNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+L
Sbjct 227 GVPSNNNNNGIVNNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSAL 286
Query 264 QMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSI 323
QMLMFGT+TV+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSI
Sbjct 287 QMLMFGTMTVIDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSI 346
Query 324 SFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLEC 383
SFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+C
Sbjct 347 SFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQC 406
Query 384 TVYLSY 389
TVYLSY
Sbjct 407 TVYLSY 412
>VDD13752.1 unnamed protein product [Brassica oleracea]
Length=401
Score = 423 bits (1087), Expect = 2e-143, Method: Compositional matrix adjust.
Identities = 278/413 (67%), Positives = 312/413 (76%), Gaps = 36/413 (9%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGPFPTANSG 58
MAG K+L FL+LAL ++F +AARLLDEE+ P + P GPLP G G T +
Sbjct 1 MAGQKILSFLVLALLVSFTAAARLLDEEDTFPATTTPGSGPFPGPLPASGSGSVGTGSGS 60
Query 59 PATGIASGTGS----------ASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPG 108
T +SGTGS A+G G + G L+TTGS LP+A S PG
Sbjct 61 AGTSFSSGTGSIPSSGSAGAAATGLGAGTGPGSSSGSLTTTGSGPLPIAGSV------PG 114
Query 109 PLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVP--------DN 160
PLP + G G+LP +G PL + SG ++TG G G G D+
Sbjct 115 PLPVNGG------PGSLPATGPSPLLPLPSGGSSTGPGQALGGGAGAGPALGGGGVGPDH 168
Query 161 TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILN 220
TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVP++NNNNGI+N
Sbjct 169 TLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPANNNNNGIVN 228
Query 221 NNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDN 276
NNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+
Sbjct 229 NNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDD 288
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES
Sbjct 289 ELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 348
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 349 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 401
>KAF2566640.1 hypothetical protein F2Q68_00027621 [Brassica cretica]
KAF2605241.1 hypothetical protein F2Q70_00028037 [Brassica cretica]
Length=393
Score = 420 bits (1079), Expect = 2e-142, Method: Compositional matrix adjust.
Identities = 278/407 (68%), Positives = 310/407 (76%), Gaps = 32/407 (8%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGPFPTANSG 58
MAG K+L FL+L L ++F +AARLLDEE+ P + P GPLP G G T +
Sbjct 1 MAGQKILSFLVLTLLVSFTAAARLLDEEDTFPATTTPGSGPFPGPLPASGSGSVGTGSGS 60
Query 59 PATGIASGTGS------------ASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTG 106
TG +SGTGS G G+++G PL+TTGS LP+A S
Sbjct 61 AGTGFSSGTGSIPTSGSAGAAATGLGAGTGPGSSSGSRPLTTTGSGPLPIAGSV------ 114
Query 107 PGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFM 166
PGPLP + G G+LP +G T A G GAG GG PD+TLVFFM
Sbjct 115 PGPLPVNGG------PGSLPATGGSS--TGPGQALGGGAGAGTALGGGGVGPDHTLVFFM 166
Query 167 HDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPL 226
HDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVP++NNNNGI+NNNNVPL
Sbjct 167 HDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPANNNNNGIVNNNNVPL 226
Query 227 LVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGH 282
LVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEGH
Sbjct 227 LVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDELTEGH 286
Query 283 ELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 342
ELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG
Sbjct 287 ELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 346
Query 343 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 347 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 393
>KAF3576593.1 hypothetical protein DY000_02034663 [Brassica cretica]
Length=393
Score = 417 bits (1073), Expect = 2e-141, Method: Compositional matrix adjust.
Identities = 277/407 (68%), Positives = 309/407 (76%), Gaps = 32/407 (8%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGPFPTANSG 58
MAG K+L FL+L L ++F +AARLLDEE+ P + P GPLP G G T +
Sbjct 1 MAGQKILSFLVLTLLVSFTAAARLLDEEDTFPATTTPGSGPFPGPLPASGSGSVGTGSGS 60
Query 59 PATGIASGTGS------------ASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTG 106
TG +SGTGS G G+++G PL+TTGS LP+A S
Sbjct 61 AGTGFSSGTGSIPTSGSAGAAATGLGAGTGPGSSSGSRPLTTTGSGPLPIAGSV------ 114
Query 107 PGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFM 166
PGPLP + G G+LP +G T A G GAG GG PD+TLVFFM
Sbjct 115 PGPLPVNGG------PGSLPATGGSS--TGPGQALGGGAGAGTALGGGGVGPDHTLVFFM 166
Query 167 HDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPL 226
HDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVP++NNNNGI+NNNNVPL
Sbjct 167 HDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPANNNNNGIVNNNNVPL 226
Query 227 LVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGH 282
LVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEGH
Sbjct 227 LVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDELTEGH 286
Query 283 ELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 342
ELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG
Sbjct 287 ELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 346
Query 343 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GTGKYVNAR FAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 347 GTGKYVNAREFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 393
>XP_013634754.1 PREDICTED: dirigent protein 25-like [Brassica oleracea var. oleracea]
Length=403
Score = 415 bits (1066), Expect = 3e-140, Method: Compositional matrix adjust.
Identities = 277/414 (67%), Positives = 314/414 (76%), Gaps = 38/414 (9%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGPFPTANSG 58
MAG K+L FL+L L ++F +AARLLDE++ P + P GPLP G G T +
Sbjct 1 MAGQKILSFLVLTLLVSFTAAARLLDEKDTFPATNTPGSGPFPGPLPASGSGSVGTGSGS 60
Query 59 PATGIASGTGS------------ASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTG 106
TG +SGTGS G G+++G GPL+TTGS LP+A S
Sbjct 61 AGTGFSSGTGSIPSSGSAGAAATGLGAGTGPGSSSGSGPLTTTGSGPLPIAGSV------ 114
Query 107 PGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSV--------P 158
PGPLP + G G+LP +G PL + +G ++TG G G G P
Sbjct 115 PGPLPVNGG------PGSLPATGPSPLLPLPAGGSSTGPGQALGGGAGAGTALGGGGVGP 168
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVP++NNNNGI
Sbjct 169 DHTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPANNNNNGI 228
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVM 274
+NNNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+
Sbjct 229 VNNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVI 288
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS
Sbjct 289 DDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 348
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLS
Sbjct 349 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLS 402
>XP_013651815.1 dirigent protein 10 [Brassica napus]
XP_033130795.1 dirigent protein 10-like [Brassica rapa]
RID54041.1 hypothetical protein BRARA_G01394 [Brassica rapa]
Length=405
Score = 414 bits (1064), Expect = 6e-140, Method: Compositional matrix adjust.
Identities = 279/417 (67%), Positives = 312/417 (75%), Gaps = 40/417 (10%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVG---------- 48
MAG +L FL++AL +TF +AAR LDEE+ P + P GPLP G
Sbjct 1 MAGQNILSFLVIALFVTFAAAARFLDEEDTFPATTTPGSGPFPGPLPASGSNSAGTGSGS 60
Query 49 --------LGPFPTANSGP-ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASS 99
G P++ SGP AT + +GTG S T TG GPL GS P+
Sbjct 61 AGTGFGAGTGSVPSSGSGPTATSLGAGTGPVSSSGSGSLTTTGSGPLPIPGSVPGPLPVG 120
Query 100 G---TLPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGS 156
G +LP TGPGPLP ++G+ G G G +G GA A G G ++G
Sbjct 121 GGPGSLPATGPGPLP---------AAGSATGPGVGTGQALGGGAGAGPALGGGGGIVG-- 169
Query 157 VPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNN 216
PD+TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNNN
Sbjct 170 -PDHTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSNNNNN 228
Query 217 GILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLT 272
GI+NNNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+T
Sbjct 229 GIVNNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMT 288
Query 273 VMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTA 332
V+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTA
Sbjct 289 VIDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTA 348
Query 333 ASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 349 ASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 405
>XP_010523131.1 PREDICTED: dirigent protein 25 [Tarenaya hassleriana]
Length=437
Score = 415 bits (1066), Expect = 8e-140, Method: Compositional matrix adjust.
Identities = 283/415 (68%), Positives = 316/415 (76%), Gaps = 45/415 (11%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEE----------------------DIGLVPLPT 38
MAG K+L FL+LAL I+F SAARLLDE + G+VPL T
Sbjct 1 MAGHKLLTFLVLALTISFTSAARLLDEGDAPAATTVTGSGPLPTTGSGPLPTAGVVPLAT 60
Query 39 TSPGPLPTVGLGPFPTANSGP-ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVA 97
+ GPLP G P PTA SGP TG ++G G GG GSL T TG GPL TTGS LP
Sbjct 61 SGSGPLPIAGPVPLPTAGSGPQVTGPSAGVGPVLGGSGSLPT-TGSGPLPTTGSGPLPTT 119
Query 98 SSGTLPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSV 157
SG LP TG GPLPT+ G LP +GSGPLPT G+G AATG GAGAG +GG+
Sbjct 120 GSGPLPTTGSGPLPTTG-------PGPLPTTGSGPLPTAGTGPAATGAGAGAGPALGGAG 172
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PDN L+F+MHDILGGSNPTARAVTGVVAN A++GQ+PFAKPNGANLPVSNGVP++NNNNG
Sbjct 173 PDNALMFYMHDILGGSNPTARAVTGVVANPAVTGQVPFAKPNGANLPVSNGVPTNNNNNG 232
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLP-----------VANGGQLPSGSSLQML 266
I+NNNNVP LVGLGGTT+NILQNNGNN+L GLP VANGGQLP+GS+LQ L
Sbjct 233 IINNNNVPFLVGLGGTTANILQNNGNNLLTGLPNNGNNLLTGLPVANGGQLPTGSALQNL 292
Query 267 MFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFF 326
MFGT+TV+D+ELTEGHELGSGL+GKAQGFYVASA+DGTSQTMA TAMFESGGYEDSISFF
Sbjct 293 MFGTMTVIDDELTEGHELGSGLIGKAQGFYVASAIDGTSQTMAITAMFESGGYEDSISFF 352
Query 327 GVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSG---TQQQQPHQFTDGLE 378
GVHRTAASESHL +MGGTGKY+NARGFAIVKTF G+SG QQQQPHQ TDGLE
Sbjct 353 GVHRTAASESHLAIMGGTGKYINARGFAIVKTFAGASGLQLLQQQQPHQLTDGLE 407
>VDC98632.1 unnamed protein product [Brassica rapa]
Length=405
Score = 414 bits (1063), Expect = 9e-140, Method: Compositional matrix adjust.
Identities = 280/421 (67%), Positives = 312/421 (74%), Gaps = 48/421 (11%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVG---------- 48
MAG +L FL++AL +TF +AAR LDEE+ P + P GPLP G
Sbjct 1 MAGQNILSFLVIALFVTFAAAARFLDEEDTFPATTTPGSGPFPGPLPASGSNSAGTGSGS 60
Query 49 --------LGPFPTANSGP-ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASS 99
G P++ SGP AT + +GTG S T TG GPL GS P+
Sbjct 61 AGTGFGAGTGSVPSSGSGPTATSLGAGTGPVSSSGSGSLTTTGSGPLPIPGSVPGPLPVG 120
Query 100 G---TLPVTGPGPLPTSSGLLPGASSGNLPGSGSGP----LPTVGSGAAATGLGAGAGSV 152
G +LP TGPGPLP + GSG+GP +G GA A G G +
Sbjct 121 GGPGSLPATGPGPLPAA-------------GSGTGPGVGTGQALGGGAGAGPALGGGGGI 167
Query 153 IGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSD 212
+G PD+TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+
Sbjct 168 VG---PDHTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSN 224
Query 213 NNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMF 268
NNNNGI+NNNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMF
Sbjct 225 NNNNGIVNNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMF 284
Query 269 GTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGV 328
GT+TV+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGV
Sbjct 285 GTMTVIDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGV 344
Query 329 HRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
HRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLS
Sbjct 345 HRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLS 404
Query 389 Y 389
Y
Sbjct 405 Y 405
>XP_018437760.1 PREDICTED: dirigent protein 10-like isoform X1 [Raphanus sativus]
Length=411
Score = 411 bits (1057), Expect = 9e-139, Method: Compositional matrix adjust.
Identities = 269/432 (62%), Positives = 301/432 (70%), Gaps = 64/432 (15%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGP------- 51
MAG K+L F ++AL +TF +AAR LDEE+ +P + P GPLP G
Sbjct 1 MAGQKILSFFVVALFVTFAAAARFLDEEDTFPATAIPGSGPFPGPLPASGSSSAGIGSGS 60
Query 52 ------------------FPTANSGP-ATGIASGTGSASGGLGSLGTNTGPGPLSTTGSS 92
P++ SGP AT + +GTG S ++G GPL T GS
Sbjct 61 AGTGSGSAGTGLGGGTGSVPSSGSGPIATSLGAGTGPVS--------SSGSGPLPTVGSV 112
Query 93 LLPVASSG---TLPVTGPGPLPTSSGLLPGASSGNLPGSGSGP----------LPTVGSG 139
P+ G +LP TGPGPLP + GS +GP G
Sbjct 113 PGPLPVGGGPGSLPATGPGPLPAA-------------GSATGPGVGTGQALGGGAGAGPT 159
Query 140 AAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPN 199
A GG PD+TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPN
Sbjct 160 LGGGAGDGPALGGGGGVGPDHTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPN 219
Query 200 GANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL--PVANGGQL 257
GANLP++NGVPS+NNNNGI+NNNNVPLLVGLGG T+NILQNN N PVANGGQL
Sbjct 220 GANLPITNGVPSNNNNNGIVNNNNVPLLVGLGGNTANILQNNNGNNNLLNGLPVANGGQL 279
Query 258 PSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESG 317
PSGS+LQMLMFGT+TV+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESG
Sbjct 280 PSGSALQMLMFGTMTVIDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESG 339
Query 318 GYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGL 377
GYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGL
Sbjct 340 GYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGL 399
Query 378 ETVLECTVYLSY 389
ETVL+CTVYLSY
Sbjct 400 ETVLQCTVYLSY 411
>KAF3557848.1 hypothetical protein F2Q69_00016866 [Brassica cretica]
Length=392
Score = 410 bits (1054), Expect = 1e-138, Method: Compositional matrix adjust.
Identities = 275/414 (66%), Positives = 302/414 (73%), Gaps = 47/414 (11%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGPFPTANSG 58
MAG K+L FL+L L ++F +AARLLDE++ P + P GPLP G G T +
Sbjct 1 MAGQKILSFLVLTLLVSFTAAARLLDEKDTFPATTTPGSGPFPGPLPASGSGSVGTGSGS 60
Query 59 PATGIASGTGSASGGLGSLGTNTG-------------------PGPLSTTGSSLLPVASS 99
TG +SGTGS + TG PGPL G
Sbjct 61 AGTGFSSGTGSIPSSGSAGAAATGLGAGTGPGSSSGSAIAGSVPGPLPVNGGP------- 113
Query 100 GTLPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPD 159
G+LP TGP PL LP LP GS T A G GAG GG PD
Sbjct 114 GSLPATGPSPL------LP------LPAGGSS---TGPGQALGGGAGAGTALGGGGVGPD 158
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVP++NNNNGI+
Sbjct 159 HTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPANNNNNGIV 218
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMD 275
NNNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D
Sbjct 219 NNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVID 278
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE
Sbjct 279 DELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 338
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 339 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 392
>XP_013674790.1 dirigent protein 25-like [Brassica napus]
Length=401
Score = 406 bits (1043), Expect = 9e-137, Method: Compositional matrix adjust.
Identities = 273/413 (66%), Positives = 308/413 (75%), Gaps = 36/413 (9%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSP--GPLPTVGLGPFPTANSG 58
MAG K+L FL+L L ++F +AARLLDE++ P + P GPLP G G T +
Sbjct 1 MAGQKILSFLVLTLLVSFTAAARLLDEKDTFPATTTPGSGPFPGPLPASGSGSVGTGSGS 60
Query 59 PATGIASGTGSASGGLGSLGTNTGPGPLS----------TTGSSLLPVASSGTLPVTGPG 108
TG +SGTGS + TG G TTGS LP+A S PG
Sbjct 61 AGTGFSSGTGSIPSSGSASAAATGLGTGPGSSSGSGPLTTTGSGPLPIAGSV------PG 114
Query 109 PLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSV--------PDN 160
PLP + G G+LP +G PL + +G ++TG G G G PD+
Sbjct 115 PLPVNGG------PGSLPATGPSPLLPLPAGGSSTGPGQALGGGAGAGTALGGGGVGPDH 168
Query 161 TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILN 220
TLVFF+HDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGV ++NNNNGI+N
Sbjct 169 TLVFFIHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVAANNNNNGIVN 228
Query 221 NNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDN 276
NNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+
Sbjct 229 NNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDD 288
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES
Sbjct 289 ELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 348
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 349 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 401
>KAF2601646.1 hypothetical protein F2Q70_00025559 [Brassica cretica]
Length=420
Score = 405 bits (1040), Expect = 5e-136, Method: Compositional matrix adjust.
Identities = 245/320 (77%), Positives = 270/320 (84%), Gaps = 29/320 (9%)
Query 86 LSTTGSSLLPVASSG-----------TLPVTGPGPLPTS-SGLLPGASSGNLPGSGSGPL 133
L+TTGS LP+ S +LP TGPGPLP + S PG +G G+G
Sbjct 114 LTTTGSGPLPIPGSVPGPLPVGGGPGSLPGTGPGPLPAAGSATGPGVGTGQALGAG---- 169
Query 134 PTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQI 193
VG+G A LG G+G ++G PD+TLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+
Sbjct 170 --VGTGQA---LGGGSG-IVG---PDHTLVFFMHDILGGSNPTARAVTGVVANPALSGQL 220
Query 194 PFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL---- 249
PFAKPNGANLP++NGVPS+NNNNGI+NNNNVPLLVGLGGTT+NILQNNGNN N L
Sbjct 221 PFAKPNGANLPITNGVPSNNNNNGIINNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGL 280
Query 250 PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMA 309
PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMA
Sbjct 281 PVANGGQLPSGSALQMLMFGTMTVIDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMA 340
Query 310 FTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQ 369
FTAMFE+GGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQ
Sbjct 341 FTAMFENGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQ 400
Query 370 PHQFTDGLETVLECTVYLSY 389
PHQFTDGLETVL+CTVYLSY
Sbjct 401 PHQFTDGLETVLQCTVYLSY 420
>XP_013639132.1 PREDICTED: dirigent protein 25-like [Brassica oleracea var. oleracea]
Length=332
Score = 380 bits (975), Expect = 1e-127, Method: Compositional matrix adjust.
Identities = 252/316 (80%), Positives = 268/316 (85%), Gaps = 11/316 (3%)
Query 36 LPTTSPGPLPTVGLGPFPTANSG-PATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLL 94
+PT SPGPLPT G G F +A+SG PATGI SGTG ASGG SL T TG GPL TTGS L
Sbjct 1 MPTISPGPLPTAGSGSFASASSGGPATGITSGTGLASGG--SLTTLTGSGPLPTTGSGSL 58
Query 95 PVASSGTLPVTGPGPLPTS-SGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVI 153
PVASSG LP TG G LPT+ SG P ASSG LPG+GSGPLP VGSGA ATG AGS
Sbjct 59 PVASSGPLPTTGTGSLPTTGSGPFPVASSGPLPGAGSGPLPAVGSGATATG----AGSAT 114
Query 154 GGSVPD--NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPS 211
GGSVPD ++LVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLPV+NGVPS
Sbjct 115 GGSVPDLDHSLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPVNNGVPS 174
Query 212 DNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTL 271
+NNNNGILNNNNVPLLVGLGGTTS+ILQN+GNN+LN LPVA GGQLPSGSSLQMLMF T+
Sbjct 175 NNNNNGILNNNNVPLLVGLGGTTSSILQNDGNNLLNSLPVATGGQLPSGSSLQMLMFETM 234
Query 272 TVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRT 331
TVMDNELTEGHELGSGLLGKAQGFYVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRT
Sbjct 235 TVMDNELTEGHELGSGLLGKAQGFYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRT 294
Query 332 AASESHLGVMGGTGKY 347
AA H V +G Y
Sbjct 295 AA-PVHRWVRDSSGVY 309
>XP_006409900.1 dirigent protein 10 isoform X1 [Eutrema salsugineum]
ESQ51353.1 hypothetical protein EUTSA_v10016661mg [Eutrema salsugineum]
Length=443
Score = 384 bits (985), Expect = 2e-127, Method: Compositional matrix adjust.
Identities = 212/236 (90%), Positives = 226/236 (96%), Gaps = 4/236 (2%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+ LVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNNNG
Sbjct 208 PDHALVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPLTNGVPSNNNNNG 267
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTV 273
I+NNNNVPLLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV
Sbjct 268 IVNNNNVPLLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTV 327
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAA
Sbjct 328 IDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 387
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SESHLGVMGGTGKYVNARGFAIVKTFTGSSGT QQQPHQFTDGLETVL+CTVYLSY
Sbjct 388 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTLQQQPHQFTDGLETVLQCTVYLSY 443
>CAA7017707.1 unnamed protein product [Microthlaspi erraticum]
Length=427
Score = 382 bits (982), Expect = 4e-127, Method: Compositional matrix adjust.
Identities = 213/240 (89%), Positives = 229/240 (95%), Gaps = 4/240 (2%)
Query 154 GGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDN 213
GG+ PDNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+N
Sbjct 188 GGAGPDNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSNN 247
Query 214 NNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFG 269
NNNGI+NNNNVPLLVGLGGTT++ILQNNGNN N + PVANGGQLPSGS+LQMLMFG
Sbjct 248 NNNGIVNNNNVPLLVGLGGTTASILQNNGNNGNNNMLNGLPVANGGQLPSGSALQMLMFG 307
Query 270 TLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 329
T+TV+D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSIS FGVH
Sbjct 308 TMTVIDDELTEGHELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISLFGVH 367
Query 330 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSG QQQQPHQFTDGLETVL+CTVYLSY
Sbjct 368 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGAQQQQPHQFTDGLETVLQCTVYLSY 427
>KAF3559751.1 hypothetical protein F2Q69_00012153 [Brassica cretica]
Length=212
Score = 372 bits (956), Expect = 2e-126, Method: Compositional matrix adjust.
Identities = 198/224 (88%), Positives = 211/224 (94%), Gaps = 12/224 (5%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNNNGI+NNNNVP
Sbjct 1 MHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPITNGVPSNNNNNGIINNNNVP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELG 285
LLVGLGGTT+NILQNNG GQLPSGS+LQMLMFGT+TV+D+ELTEGHELG
Sbjct 61 LLVGLGGTTANILQNNG------------GQLPSGSALQMLMFGTMTVIDDELTEGHELG 108
Query 286 SGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTG 345
SGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTG
Sbjct 109 SGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTG 168
Query 346 KYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
KYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL+CTVYLSY
Sbjct 169 KYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLQCTVYLSY 212
>XP_010470056.1 PREDICTED: dirigent protein 10-like [Camelina sativa]
Length=397
Score = 379 bits (974), Expect = 2e-126, Method: Compositional matrix adjust.
Identities = 262/405 (65%), Positives = 289/405 (71%), Gaps = 24/405 (6%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGP--------- 51
MAG K+L L++AL +TF +AARLLDEE+ TT+ G T G G
Sbjct 1 MAGQKILSLLVIALVVTFAAAARLLDEEDAFS----ATTNSGSASTAGSGSFPGSGSTGI 56
Query 52 -FPTANSGPATGIASGTGSASGGLGSLGTNTGPGPLSTTGS--SLLPVASSGTLPVTGPG 108
F +G S T TGPGPL GS L SG+LP TGPG
Sbjct 57 GFGAGTGSSGSGSTGTGAGTGSSASSPLTTTGPGPLPIAGSVPGSLAGGGSGSLPTTGPG 116
Query 109 PLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHD 168
PLP + G G+G +G GA + GG PDNTLVFFMHD
Sbjct 117 PLPAAGSGGSATGLGGGVGAGP----ALGGGAGGGAGAGAGPGLGGGLGPDNTLVFFMHD 172
Query 169 ILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLV 228
ILGGSNPTARAVTGVVAN ALSGQ+PFAK NGANL V+NGVPSDNNNNGI+NNNNVP LV
Sbjct 173 ILGGSNPTARAVTGVVANPALSGQLPFAKTNGANLAVNNGVPSDNNNNGIVNNNNVPFLV 232
Query 229 GLGGTTSNILQ--NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGS 286
GLGGTT+NILQ NGNN +NG VA+GGQLPSGS+LQMLMFGT+TV+D+ELTEGHELGS
Sbjct 233 GLGGTTANILQANGNGNNNINGFSVASGGQLPSGSALQMLMFGTMTVIDDELTEGHELGS 292
Query 287 GLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGK 346
GLLGKAQG+YVASA+DGTSQT+AFTAMFESGGYEDSISFFGV RTA SESHLGVMGGTGK
Sbjct 293 GLLGKAQGYYVASAVDGTSQTLAFTAMFESGGYEDSISFFGVLRTAVSESHLGVMGGTGK 352
Query 347 YVNARGFAIVKTFTGS--SGTQQQQPHQFTDGLETVLECTVYLSY 389
YVNARGFAIVKTFTGS SGTQQ PHQFTDGLETVL+CTVYLSY
Sbjct 353 YVNARGFAIVKTFTGSSGSGTQQNLPHQFTDGLETVLQCTVYLSY 397
>XP_024004278.1 dirigent protein 25 isoform X2 [Eutrema salsugineum]
Length=228
Score = 368 bits (944), Expect = 2e-124, Method: Compositional matrix adjust.
Identities = 206/228 (90%), Positives = 219/228 (96%), Gaps = 4/228 (2%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLP++NGVPS+NNNNGI+NNNNVP
Sbjct 1 MHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPLTNGVPSNNNNNGIVNNNNVP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDNELTEG 281
LLVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+ELTEG
Sbjct 61 LLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDELTEG 120
Query 282 HELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVM 341
HELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVM
Sbjct 121 HELGSGLLGKAQGYYVASAVDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVM 180
Query 342 GGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GGTGKYVNARGFAIVKTFTGSSGT QQQPHQFTDGLETVL+CTVYLSY
Sbjct 181 GGTGKYVNARGFAIVKTFTGSSGTLQQQPHQFTDGLETVLQCTVYLSY 228
>NP_001318306.1 Disease resistance-responsive (dirigent-like protein) family
protein [Arabidopsis thaliana]
AEC08157.2 Disease resistance-responsive (dirigent-like protein) family
protein [Arabidopsis thaliana]
Length=436
Score = 372 bits (956), Expect = 3e-123, Method: Compositional matrix adjust.
Identities = 206/234 (88%), Positives = 220/234 (94%), Gaps = 2/234 (1%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PDNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLPVSNGVPS+NNNNG
Sbjct 203 PDNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPVSNGVPSNNNNNG 262
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMD 275
I+NNNNVP LVGLGGTT+NILQNN N PVA+GGQLPSGS+LQMLMFGT+TV+D
Sbjct 263 IVNNNNVPFLVGLGGTTANILQNNNNGNNILNGFPVASGGQLPSGSALQMLMFGTMTVID 322
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGV RTA SE
Sbjct 323 DELTEGHELGSGLLGKAQGYYVASAIDGTSQTMAFTAMFESGGYEDSISFFGVLRTAVSE 382
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SH+GVMGGTGKYVNARGFAI+KTFTGSSGTQQ QPHQFTDGLETV+ECTVYLSY
Sbjct 383 SHIGVMGGTGKYVNARGFAILKTFTGSSGTQQNQPHQFTDGLETVVECTVYLSY 436
>Q9SIA8.1 RecName: Full=Dirigent protein 10; Short=AtDIR10; AltName: Full=Protein
ENHANCED SUBERIN 1; Flags: Precursor [Arabidopsis
thaliana]
AAD24368.1 putative disease resistance response protein [Arabidopsis thaliana]
AAO22706.1 putative fibroin protein [Arabidopsis thaliana]
AAU90058.1 At2g28670 [Arabidopsis thaliana]
OAP07617.1 ESB1 [Arabidopsis thaliana]
CAA0372960.1 unnamed protein product [Arabidopsis thaliana]
Length=447
Score = 372 bits (956), Expect = 5e-123, Method: Compositional matrix adjust.
Identities = 206/234 (88%), Positives = 220/234 (94%), Gaps = 2/234 (1%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PDNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLPVSNGVPS+NNNNG
Sbjct 214 PDNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPVSNGVPSNNNNNG 273
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMD 275
I+NNNNVP LVGLGGTT+NILQNN N PVA+GGQLPSGS+LQMLMFGT+TV+D
Sbjct 274 IVNNNNVPFLVGLGGTTANILQNNNNGNNILNGFPVASGGQLPSGSALQMLMFGTMTVID 333
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGV RTA SE
Sbjct 334 DELTEGHELGSGLLGKAQGYYVASAIDGTSQTMAFTAMFESGGYEDSISFFGVLRTAVSE 393
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SH+GVMGGTGKYVNARGFAI+KTFTGSSGTQQ QPHQFTDGLETV+ECTVYLSY
Sbjct 394 SHIGVMGGTGKYVNARGFAILKTFTGSSGTQQNQPHQFTDGLETVVECTVYLSY 447
>XP_020885139.1 dirigent protein 10 isoform X1 [Arabidopsis lyrata subsp. lyrata]
EFH57262.1 hypothetical protein ARALYDRAFT_481780 [Arabidopsis lyrata subsp.
lyrata]
Length=454
Score = 370 bits (951), Expect = 3e-122, Method: Compositional matrix adjust.
Identities = 206/234 (88%), Positives = 220/234 (94%), Gaps = 2/234 (1%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PDNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLPVSNGVPS+NNNNG
Sbjct 221 PDNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPVSNGVPSNNNNNG 280
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMD 275
I+NNNNVP LVGLGGTT+NILQNN N PVA+GGQLPSGS+LQMLMFGT+TV+D
Sbjct 281 IVNNNNVPFLVGLGGTTANILQNNNNGNNILNGFPVASGGQLPSGSALQMLMFGTMTVID 340
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHELGSGLLGKAQG+YVASA+DGTSQT+AFTAMFESGGYEDSISFFGV RTA SE
Sbjct 341 DELTEGHELGSGLLGKAQGYYVASAIDGTSQTLAFTAMFESGGYEDSISFFGVLRTAVSE 400
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SH+GVMGGTGKYVNARGFAI+KTFTGSSGTQQ QPHQFTDGLETVLECTVYLSY
Sbjct 401 SHIGVMGGTGKYVNARGFAILKTFTGSSGTQQNQPHQFTDGLETVLECTVYLSY 454
>VVB01760.1 unnamed protein product [Arabis nemorensis]
Length=521
Score = 371 bits (952), Expect = 2e-121, Method: Compositional matrix adjust.
Identities = 194/231 (84%), Positives = 206/231 (89%), Gaps = 4/231 (2%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ LVFF+HDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLPVSNGVPS
Sbjct 213 DHALVFFIHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPVSNGVPSXXXXXXX 272
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVM 274
VP LVGLGGTT+NILQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+
Sbjct 273 XXXXXVPFLVGLGGTTANILQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVI 332
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+E+TEG ELGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGVHRTA S
Sbjct 333 DDEITEGQELGSGLLGKAQGYYVASAIDGTSQTMAFTAMFESGGYEDSISFFGVHRTAVS 392
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTV 385
ESHLGVMGGTGKYVNARGFAIVKTFTGSSG QQQQPHQFTDGLETVL+CTV
Sbjct 393 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGLQQQQPHQFTDGLETVLQCTV 443
>XP_010414493.1 PREDICTED: dirigent protein 10-like [Camelina sativa]
Length=411
Score = 367 bits (942), Expect = 3e-121, Method: Compositional matrix adjust.
Identities = 205/235 (87%), Positives = 220/235 (94%), Gaps = 4/235 (2%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
DNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAK NGANL ++NGVPSDNNNNGI
Sbjct 177 DNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKTNGANLAINNGVPSDNNNNGI 236
Query 219 LNNNNVPLLVGLGGTTSNILQ--NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDN 276
+NNNNVP LVGLGGTT+NILQ NGNN +NG VA+GGQLPSGS+LQMLMFGT+TV+D+
Sbjct 237 VNNNNVPFLVGLGGTTANILQANGNGNNNINGFSVASGGQLPSGSALQMLMFGTMTVIDD 296
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELTEGHELGSGLLGKAQG+YVASA+DGTSQT+AFTAMFESGGYEDSISFFGV RTA SES
Sbjct 297 ELTEGHELGSGLLGKAQGYYVASAVDGTSQTLAFTAMFESGGYEDSISFFGVLRTAVSES 356
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGS--SGTQQQQPHQFTDGLETVLECTVYLSY 389
HLGVMGGTGKYVNARGFAIVKTFTGS SGTQQ QPHQFTDGLETVL+CTVYLSY
Sbjct 357 HLGVMGGTGKYVNARGFAIVKTFTGSSGSGTQQNQPHQFTDGLETVLQCTVYLSY 411
>XP_010510592.1 PREDICTED: dirigent protein 10-like [Camelina sativa]
Length=426
Score = 367 bits (941), Expect = 5e-121, Method: Compositional matrix adjust.
Identities = 203/235 (86%), Positives = 217/235 (92%), Gaps = 4/235 (2%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
DNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAK NGANL ++NGVPSDNNNNGI
Sbjct 192 DNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKTNGANLAINNGVPSDNNNNGI 251
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMDN 276
+NNNNVP LVGLGGTT+NILQ NGN N VA+GGQLPSGS+LQMLMFGT+TV+D+
Sbjct 252 VNNNNVPFLVGLGGTTANILQENGNGNNNINGFSVASGGQLPSGSALQMLMFGTMTVIDD 311
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELTEGHELGSGLLGKAQG+YVASA+DGTSQT+AFTAMFESGGYEDSISFFGV RTA SES
Sbjct 312 ELTEGHELGSGLLGKAQGYYVASAVDGTSQTLAFTAMFESGGYEDSISFFGVLRTAVSES 371
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGS--SGTQQQQPHQFTDGLETVLECTVYLSY 389
HLGVMGGTGKYVNARGFAIVKTFTGS SGTQQ QPHQFTDGLETVL+CTVYLSY
Sbjct 372 HLGVMGGTGKYVNARGFAIVKTFTGSSGSGTQQNQPHQFTDGLETVLQCTVYLSY 426
>KFK32272.1 hypothetical protein AALP_AA6G220900 [Arabis alpina]
Length=383
Score = 364 bits (934), Expect = 1e-120, Method: Compositional matrix adjust.
Identities = 256/396 (65%), Positives = 288/396 (73%), Gaps = 20/396 (5%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPT--VGLGPFPTANSG 58
MA K+L FLI+AL ++F + AR LDEE+ TT+PG T G GPF SG
Sbjct 1 MACQKILSFLIIALFVSFAAGARFLDEEDAFA----ATTTPGSASTGGAGSGPF----SG 52
Query 59 PATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLP 118
P +A+ A+G GT + P S G + SG LP G P
Sbjct 53 P---LAATGSGAAGIGFGAGTGSIPSSGSGPGPLPVGGPGSGALPAAGSANGPGVGAGSA 109
Query 119 GASSGNLPGSGSG-PLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
G P+ GSGA T G ++ GG+ PD+ LVFFMHDILGGSNPTA
Sbjct 110 LGGGAGQTVGGGAGPVLGSGSGAGQTVGGGAGPALGGGAGPDHALVFFMHDILGGSNPTA 169
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNI 237
RAVTGVVAN ALSGQ+PFAKPNGANLPVSNGVPS+NNNNG++NNNNVP LVGLGGTT+NI
Sbjct 170 RAVTGVVANPALSGQLPFAKPNGANLPVSNGVPSNNNNNGLVNNNNVPFLVGLGGTTANI 229
Query 238 LQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQ 293
LQNNGNN N L PVANGGQLPSGS+LQMLMFGT+TV+D+E+T+GHELGSGLLGKAQ
Sbjct 230 LQNNGNNGNNNLLNGLPVANGGQLPSGSALQMLMFGTMTVIDDEITQGHELGSGLLGKAQ 289
Query 294 GFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGF 353
G+YVASA+DGTSQTMAFT MFESGGYEDSISFFGVHRTA SESHLGVMGGTGKYVNARGF
Sbjct 290 GYYVASAVDGTSQTMAFTVMFESGGYEDSISFFGVHRTAVSESHLGVMGGTGKYVNARGF 349
Query 354 AIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
AIVKTF GSSG QQQQ QFTDGLETVL+CTVYL+Y
Sbjct 350 AIVKTFIGSSGLQQQQ--QFTDGLETVLQCTVYLTY 383
>EOA29244.1 hypothetical protein CARUB_v10025518mg [Capsella rubella]
Length=425
Score = 365 bits (936), Expect = 3e-120, Method: Compositional matrix adjust.
Identities = 202/237 (85%), Positives = 217/237 (92%), Gaps = 5/237 (2%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PDNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAK NGANL VSNGVPSD+NNNG
Sbjct 189 PDNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKTNGANLAVSNGVPSDSNNNG 248
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVM 274
I+NNNNVP LVGLGGTT+NILQ+NGN N VA+GGQLPSGS+LQMLMFGT+TV+
Sbjct 249 IVNNNNVPFLVGLGGTTANILQDNGNGNNNIVNGFSVASGGQLPSGSALQMLMFGTMTVI 308
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQT+AFTAMFESGGYEDSISFFGV RTA S
Sbjct 309 DDELTEGHELGSGLLGKAQGYYVASAVDGTSQTLAFTAMFESGGYEDSISFFGVLRTAVS 368
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGT--QQQQPHQFTDGLETVLECTVYLSY 389
ESHLGVMGGTGKYVNARGFAIVKTFTGSSG+ Q PHQFTDGLETVL+CTVYLSY
Sbjct 369 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGSGGPQNLPHQFTDGLETVLQCTVYLSY 425
>XP_006296346.2 dirigent protein 10 [Capsella rubella]
Length=456
Score = 365 bits (937), Expect = 6e-120, Method: Compositional matrix adjust.
Identities = 202/237 (85%), Positives = 217/237 (92%), Gaps = 5/237 (2%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PDNTLVFFMHDILGGSNPTARAVTGVVAN ALSGQ+PFAK NGANL VSNGVPSD+NNNG
Sbjct 220 PDNTLVFFMHDILGGSNPTARAVTGVVANPALSGQLPFAKTNGANLAVSNGVPSDSNNNG 279
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVM 274
I+NNNNVP LVGLGGTT+NILQ+NGN N VA+GGQLPSGS+LQMLMFGT+TV+
Sbjct 280 IVNNNNVPFLVGLGGTTANILQDNGNGNNNIVNGFSVASGGQLPSGSALQMLMFGTMTVI 339
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGLLGKAQG+YVASA+DGTSQT+AFTAMFESGGYEDSISFFGV RTA S
Sbjct 340 DDELTEGHELGSGLLGKAQGYYVASAVDGTSQTLAFTAMFESGGYEDSISFFGVLRTAVS 399
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGT--QQQQPHQFTDGLETVLECTVYLSY 389
ESHLGVMGGTGKYVNARGFAIVKTFTGSSG+ Q PHQFTDGLETVL+CTVYLSY
Sbjct 400 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGSGGPQNLPHQFTDGLETVLQCTVYLSY 456
>NP_001154539.1 Disease resistance-responsive (dirigent-like protein) family
protein [Arabidopsis thaliana]
AEC08158.1 Disease resistance-responsive (dirigent-like protein) family
protein [Arabidopsis thaliana]
Length=226
Score = 353 bits (905), Expect = 2e-118, Method: Compositional matrix adjust.
Identities = 198/226 (88%), Positives = 212/226 (94%), Gaps = 2/226 (1%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLPVSNGVPS+NNNNGI+NNNNVP
Sbjct 1 MHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPVSNGVPSNNNNNGIVNNNNVP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHE 283
LVGLGGTT+NILQNN N PVA+GGQLPSGS+LQMLMFGT+TV+D+ELTEGHE
Sbjct 61 FLVGLGGTTANILQNNNNGNNILNGFPVASGGQLPSGSALQMLMFGTMTVIDDELTEGHE 120
Query 284 LGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGG 343
LGSGLLGKAQG+YVASA+DGTSQTMAFTAMFESGGYEDSISFFGV RTA SESH+GVMGG
Sbjct 121 LGSGLLGKAQGYYVASAIDGTSQTMAFTAMFESGGYEDSISFFGVLRTAVSESHIGVMGG 180
Query 344 TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TGKYVNARGFAI+KTFTGSSGTQQ QPHQFTDGLETV+ECTVYLSY
Sbjct 181 TGKYVNARGFAILKTFTGSSGTQQNQPHQFTDGLETVVECTVYLSY 226
>XP_002881003.2 dirigent protein 10 isoform X2 [Arabidopsis lyrata subsp. lyrata]
Length=226
Score = 353 bits (905), Expect = 2e-118, Method: Compositional matrix adjust.
Identities = 198/226 (88%), Positives = 212/226 (94%), Gaps = 2/226 (1%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNPTARAVTGVVAN ALSGQ+PFAKPNGANLPVSNGVPS+NNNNGI+NNNNVP
Sbjct 1 MHDILGGSNPTARAVTGVVANPALSGQLPFAKPNGANLPVSNGVPSNNNNNGIVNNNNVP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHE 283
LVGLGGTT+NILQNN N PVA+GGQLPSGS+LQMLMFGT+TV+D+ELTEGHE
Sbjct 61 FLVGLGGTTANILQNNNNGNNILNGFPVASGGQLPSGSALQMLMFGTMTVIDDELTEGHE 120
Query 284 LGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGG 343
LGSGLLGKAQG+YVASA+DGTSQT+AFTAMFESGGYEDSISFFGV RTA SESH+GVMGG
Sbjct 121 LGSGLLGKAQGYYVASAIDGTSQTLAFTAMFESGGYEDSISFFGVLRTAVSESHIGVMGG 180
Query 344 TGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TGKYVNARGFAI+KTFTGSSGTQQ QPHQFTDGLETVLECTVYLSY
Sbjct 181 TGKYVNARGFAILKTFTGSSGTQQNQPHQFTDGLETVLECTVYLSY 226
>EOY18372.1 Disease resistance-responsive family protein [Theobroma cacao]
Length=300
Score = 341 bits (874), Expect = 1e-112, Method: Compositional matrix adjust.
Identities = 187/290 (64%), Positives = 217/290 (75%), Gaps = 30/290 (10%)
Query 103 PVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTL 162
PVT PLP S PG+ S P + AAATG +V PD+TL
Sbjct 38 PVTNVPPLPIS------------PGTQSNP-----NVAAATGPNV---AVNPNPYPDHTL 77
Query 163 VFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNN 222
FFMHDILGGSNPTA AVTGVV+N AL+GQ+PFAKPNGANLPV+NG+ ++ N G++NNN
Sbjct 78 TFFMHDILGGSNPTALAVTGVVSNPALNGQLPFAKPNGANLPVNNGINQNSGNTGLINNN 137
Query 223 NVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNELT 279
NVPLL GLGG T +LQNNGNN++NG PV GGQLPSGS+LQ LMFGT+TV+D+ELT
Sbjct 138 NVPLLTGLGGNTQAVLQNNGNNLVNGALNFPVTAGGQLPSGSTLQKLMFGTMTVIDDELT 197
Query 280 EGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 339
GHELGSG LGKAQGFYVAS++DGTSQTMAFTAMFESG Y D++SFFGVHRT SESHL
Sbjct 198 VGHELGSGFLGKAQGFYVASSIDGTSQTMAFTAMFESGHYADTLSFFGVHRTGVSESHLA 257
Query 340 VMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNA+GFAIVKT G++ Q TDG ETVLE TVY++Y
Sbjct 258 IMGGTGKYVNAKGFAIVKTIPGAN-------QQETDGFETVLEFTVYVTY 300
>XP_007009562.2 PREDICTED: dirigent protein 25 [Theobroma cacao]
Length=300
Score = 340 bits (872), Expect = 2e-112, Method: Compositional matrix adjust.
Identities = 187/290 (64%), Positives = 217/290 (75%), Gaps = 30/290 (10%)
Query 103 PVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTL 162
PVT PLP S PG+ S P + AAATG +V PD+TL
Sbjct 38 PVTNVPPLPIS------------PGTQSNP-----NVAAATGPTV---AVNPNPYPDHTL 77
Query 163 VFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNN 222
FFMHDILGGSNPTA AVTGVV+N AL+GQ+PFAKPNGANLPV+NG+ ++ N G++NNN
Sbjct 78 TFFMHDILGGSNPTALAVTGVVSNPALNGQLPFAKPNGANLPVNNGINQNSGNTGLINNN 137
Query 223 NVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNELT 279
NVPLL GLGG T +LQNNGNN++NG PV GGQLPSGS+LQ LMFGT+TV+D+ELT
Sbjct 138 NVPLLTGLGGNTQAVLQNNGNNLVNGALNFPVTAGGQLPSGSTLQKLMFGTMTVIDDELT 197
Query 280 EGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 339
GHELGSG LGKAQGFYVAS++DGTSQTMAFTAMFESG Y D++SFFGVHRT SESHL
Sbjct 198 VGHELGSGFLGKAQGFYVASSIDGTSQTMAFTAMFESGHYADTLSFFGVHRTGVSESHLA 257
Query 340 VMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNA+GFAIVKT G++ Q TDG ETVLE TVY++Y
Sbjct 258 IMGGTGKYVNAKGFAIVKTIPGAN-------QQETDGFETVLEFTVYVTY 300
>OMO88612.1 Plant disease resistance response protein [Corchorus olitorius]
Length=270
Score = 331 bits (849), Expect = 2e-109, Method: Compositional matrix adjust.
Identities = 176/261 (67%), Positives = 207/261 (79%), Gaps = 17/261 (7%)
Query 132 PLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSG 191
PLPT AT G G PD+TL FFMHDILGGSNPTA AVTGVV+N A++G
Sbjct 24 PLPTPSGSVGATNSG-------GNPDPDHTLAFFMHDILGGSNPTALAVTGVVSNPAING 76
Query 192 QIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--- 248
Q+PFAKPNGANLPV++G+ ++ N G++NNNN+PLL GLGG T +LQN+GNN LNG
Sbjct 77 QLPFAKPNGANLPVNSGINQNSGNTGLINNNNIPLLTGLGGNTQAMLQNSGNN-LNGALN 135
Query 249 LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTM 308
P+ GGQLP+GS+LQ LMFGT+TV+D+ELTEGHELGSG LGKAQGFYVAS++DGTSQTM
Sbjct 136 FPITTGGQLPTGSALQKLMFGTMTVIDDELTEGHELGSGFLGKAQGFYVASSIDGTSQTM 195
Query 309 AFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQ 368
AFTAMFESG Y D++SFFGVHRT SESHL VMGGTGKYVNA+GFAIVKT +G+ QQ
Sbjct 196 AFTAMFESGHYADTLSFFGVHRTGVSESHLAVMGGTGKYVNAKGFAIVKTL--PAGSNQQ 253
Query 369 QPHQFTDGLETVLECTVYLSY 389
+ TDG +TVLE TVYL+Y
Sbjct 254 E----TDGFQTVLEFTVYLTY 270
>OMP02687.1 Plant disease resistance response protein [Corchorus olitorius]
Length=298
Score = 325 bits (832), Expect = 2e-106, Method: Compositional matrix adjust.
Identities = 176/266 (66%), Positives = 210/266 (79%), Gaps = 8/266 (3%)
Query 126 PGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVA 185
PG+ PLPT +GA +G+ PD+TL FFMHDILGGSNPTA AVTGVV+
Sbjct 39 PGTNVPPLPTPSGTQPNPSVGATSGANPINPDPDHTLTFFMHDILGGSNPTALAVTGVVS 98
Query 186 NAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNM 245
N A++GQ+PFAKPNGANLPV++G+ ++ N G++NNNN+PLL GLGG T +LQNNGNN+
Sbjct 99 NPAINGQLPFAKPNGANLPVNSGINQNSGNTGLINNNNIPLLTGLGGNTQAMLQNNGNNL 158
Query 246 LNG--LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDG 303
P+ GGQLP+GS+LQ LMFGT+TV+D+ELTEGHELGSG LGKAQGFYVAS++DG
Sbjct 159 NGALNFPITTGGQLPTGSALQKLMFGTMTVIDDELTEGHELGSGFLGKAQGFYVASSIDG 218
Query 304 TSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSS 363
TSQTMAFTAMFESG Y D++SFFGVHRT SESHL VMGGTGKYVNA+GFAIVKT +
Sbjct 219 TSQTMAFTAMFESGHYADTLSFFGVHRTGVSESHLAVMGGTGKYVNAKGFAIVKTL--PA 276
Query 364 GTQQQQPHQFTDGLETVLECTVYLSY 389
GT QQ+ TDG +TVLE TVYL+Y
Sbjct 277 GTNQQE----TDGFQTVLEFTVYLTY 298
>XP_022764558.1 dirigent protein 25-like [Durio zibethinus]
Length=299
Score = 319 bits (818), Expect = 3e-104, Method: Compositional matrix adjust.
Identities = 174/265 (66%), Positives = 207/265 (78%), Gaps = 19/265 (7%)
Query 129 GSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAA 188
G+ P P+V AAATG+ + PD+TL F+MHDILGGSNPTA AVTGVV+N A
Sbjct 50 GTQPSPSV---AAATGVN------VANPDPDHTLTFYMHDILGGSNPTALAVTGVVSNPA 100
Query 189 LSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN- 247
++GQ+PFAKPNGANLPVSNG+ ++ N G++NNNN+P L GL G T +LQNNGNN L
Sbjct 101 INGQLPFAKPNGANLPVSNGINQNSGNTGLINNNNIPFLTGLSGNTQAVLQNNGNNNLIN 160
Query 248 ---GLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGT 304
P+ GGQLPSGS+LQ LMFGT+TV+D+ELT GHELGSG LGKAQGFYVAS++DGT
Sbjct 161 GALNFPITAGGQLPSGSTLQKLMFGTMTVIDDELTVGHELGSGFLGKAQGFYVASSIDGT 220
Query 305 SQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSG 364
SQTMAFTAMFES Y D++SFFGVHRT SESHL +MGGTGKYVNA+GFAIVKT ++
Sbjct 221 SQTMAFTAMFESSHYADTLSFFGVHRTGVSESHLAIMGGTGKYVNAKGFAIVKTIPATN- 279
Query 365 TQQQQPHQFTDGLETVLECTVYLSY 389
QQQ+ TDGLETVLE TVY++Y
Sbjct 280 -QQQE----TDGLETVLEFTVYVTY 299
>OMO71013.1 Plant disease resistance response protein [Corchorus capsularis]
Length=297
Score = 318 bits (815), Expect = 8e-104, Method: Compositional matrix adjust.
Identities = 174/260 (67%), Positives = 205/260 (79%), Gaps = 12/260 (5%)
Query 132 PLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSG 191
PLPT AT GA + PD+TL FFMHDILGGSNPTA AVTGVV+N A++G
Sbjct 48 PLPTPSGSVGATNSGANPVN----PDPDHTLTFFMHDILGGSNPTALAVTGVVSNPAING 103
Query 192 QIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--L 249
Q+PFAKPNGANL V++G+ ++ N G++NNNN+PLL GLGG T +LQNNGNN+
Sbjct 104 QLPFAKPNGANLAVNSGINQNSGNTGLINNNNIPLLTGLGGNTQAMLQNNGNNLNGALNF 163
Query 250 PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMA 309
P+ GGQLP+GS+LQ LMFGT+TV+D+ELTEGHELGSG LGKAQGFYVAS++DGTSQTMA
Sbjct 164 PITTGGQLPTGSALQKLMFGTMTVIDDELTEGHELGSGFLGKAQGFYVASSIDGTSQTMA 223
Query 310 FTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQ 369
FTAMFESG Y D++SFFGVHRT SESHL VMGGTGKYVNA+GFAIVKT +GT QQ+
Sbjct 224 FTAMFESGHYADTLSFFGVHRTGVSESHLAVMGGTGKYVNAKGFAIVKTL--PAGTNQQE 281
Query 370 PHQFTDGLETVLECTVYLSY 389
TDG +TVLE TVYL+Y
Sbjct 282 ----TDGFQTVLEFTVYLTY 297
>PSR86667.1 Dirigent protein [Actinidia chinensis var. chinensis]
Length=302
Score = 318 bits (815), Expect = 9e-104, Method: Compositional matrix adjust.
Identities = 171/263 (65%), Positives = 208/263 (79%), Gaps = 14/263 (5%)
Query 132 PLPTV---GSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAA 188
P+PTV + AAT AG GS +VPD+ L FFMHDILGGSNP+ARA+TG+V N A
Sbjct 49 PVPTVTPVATSPAATTSTAGTGS----AVPDHALTFFMHDILGGSNPSARAMTGIVTNPA 104
Query 189 LSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG 248
++GQ+PFAKPNGA LPV+NGVP +N N+ ++NNNN+P L GL GTT N++Q NGNN +NG
Sbjct 105 VNGQVPFAKPNGAVLPVNNGVPLNNANSAVINNNNIPFLTGLSGTTPNVIQTNGNNNING 164
Query 249 LPV--ANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQ 306
NG QLPSG++LQ LMFGT+T D+ELTEGHELGSGL+GKAQGFYV+S++DGTSQ
Sbjct 165 GFGFQVNGAQLPSGTALQRLMFGTITAFDDELTEGHELGSGLVGKAQGFYVSSSVDGTSQ 224
Query 307 TMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQ 366
TMAFTAMF++GGY DS+SF GVHRTA SESHL +MGGTGKYVNA+GFA KTF ++
Sbjct 225 TMAFTAMFQTGGYADSLSFLGVHRTAVSESHLAIMGGTGKYVNAKGFATAKTFPPAA--- 281
Query 367 QQQPHQFTDGLETVLECTVYLSY 389
Q H TDG+ET+LE TVYL+Y
Sbjct 282 -NQLHN-TDGVETLLEITVYLAY 302
>XP_022745924.1 dirigent protein 25-like [Durio zibethinus]
Length=298
Score = 316 bits (810), Expect = 5e-103, Method: Compositional matrix adjust.
Identities = 185/283 (65%), Positives = 223/283 (79%), Gaps = 19/283 (7%)
Query 111 PTSSGLLPGASSGNLPG-SGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDI 169
P ++G+ P A+ +L SG+ P P+V AAATG +G PD+TL FFMHDI
Sbjct 31 PANAGVTPVANVPSLSTPSGTLPKPSV---AAATGAN------LGNPDPDHTLTFFMHDI 81
Query 170 LGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVG 229
LGGSNP+A AVTGVV+N A++GQ+PFAKPNGANLPV+NG+ ++ N G++NNNNVPLL G
Sbjct 82 LGGSNPSALAVTGVVSNPAINGQLPFAKPNGANLPVNNGINQNSGNTGLINNNNVPLLTG 141
Query 230 LGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGS 286
LGG T +LQNNGNN+ NG P+ GGQLPSGS+LQ LMFGT+TV+D+ELT GHELGS
Sbjct 142 LGGNTQALLQNNGNNLNNGALNFPITAGGQLPSGSTLQKLMFGTMTVIDDELTIGHELGS 201
Query 287 GLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGK 346
G LGKAQGFYVAS++DGTSQTMAFTAMFESG Y D++SFFGVHRT SESHL +MGGTGK
Sbjct 202 GFLGKAQGFYVASSIDGTSQTMAFTAMFESGHYADTLSFFGVHRTGVSESHLAIMGGTGK 261
Query 347 YVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
YVNA+GFAIVKT G++ QQQ+ TDG ETVLE TVY++Y
Sbjct 262 YVNAKGFAIVKTIPGTN--QQQE----TDGSETVLEFTVYVTY 298
>RWR95493.1 dirigent protein 25 [Cinnamomum micranthum f. kanehirae]
Length=389
Score = 319 bits (818), Expect = 6e-103, Method: Compositional matrix adjust.
Identities = 203/407 (50%), Positives = 254/407 (62%), Gaps = 37/407 (9%)
Query 1 MAGCKVLF-FLILALAITFVSAARLLDEEEDIGLVPL--PTTSPGPLPTVGLGP------ 51
MA K F L+LA+A T ++AR+LDEE P+ P + P P + P
Sbjct 1 MAILKATFCLLLLAIATTCATSARILDEESSPVTAPVAAPASDPAEAPAADVVPDSSNPV 60
Query 52 -FPTANSGPATGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGP--G 108
P A S P G+A T + G P +T + PVA + + PV P
Sbjct 61 VAPVATSPP--GVAPITAPQT-------IVNGANPSATV---VAPVADATSPPVVAPITA 108
Query 109 PLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGL---GAGAGSVIGGSVPDNTLVFF 165
P +G P +++ P + + P V A+ A A + +G S P + L FF
Sbjct 109 PQTIVNGATPASATVVAPVTDATSPPAVAPTTASQTTVNGAAPASATVGNSDPHHPLSFF 168
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHD+LGGSNP+A+AVTGVV N+A++GQIPFAKPNGA +P +NGVP N+N+G +NNNN+P
Sbjct 169 MHDVLGGSNPSAKAVTGVVTNSAVNGQIPFAKPNGAIIPANNGVPITNSNSGTINNNNLP 228
Query 226 LLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEG 281
L GLGG TSN L N N G LP GQLPSG+S+Q L+FGT+TV+D+ELTEG
Sbjct 229 FLAGLGGPTSNTLLQNNGNGNGGNGNGLPFLTTGQLPSGTSIQQLLFGTMTVIDDELTEG 288
Query 282 HELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVM 341
HEL S ++GKAQGFYVAS+ DGTSQTMAFT MFESG Y D+ISFFGVHRT +SES+LGVM
Sbjct 289 HELASAVVGKAQGFYVASSEDGTSQTMAFTVMFESGHYMDTISFFGVHRTQSSESYLGVM 348
Query 342 GGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
GGTGKYVNA+GFA VKT +G Q TDG ET+LE TVYLS
Sbjct 349 GGTGKYVNAKGFANVKTI-HPTGDQHA-----TDGAETLLEFTVYLS 389
>PSR90027.1 Dirigent protein [Actinidia chinensis var. chinensis]
Length=296
Score = 315 bits (806), Expect = 2e-102, Method: Compositional matrix adjust.
Identities = 169/267 (63%), Positives = 209/267 (78%), Gaps = 7/267 (3%)
Query 125 LPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVV 184
+P P+PTV A+A + + GG+VPD+TL FFMHDILGGSNP+ARA+TG+V
Sbjct 35 IPNPNGTPVPTVTPVASAAPAATTSIAGAGGAVPDHTLTFFMHDILGGSNPSARAMTGIV 94
Query 185 ANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNN 244
N A++GQ+PFAKPNGA LPV+NGVP +N N+ ++NNNN+P L+GL GTT N++Q NGNN
Sbjct 95 TNPAVNGQVPFAKPNGAVLPVNNGVPLNNGNSAVINNNNIPFLMGLSGTTPNVIQTNGNN 154
Query 245 MLNGLPV--ANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALD 302
+NG NG QLPSG++LQ LMFGT+ D+ELTEGHELGSGL+GKAQGFYVAS+ D
Sbjct 155 NINGGFGFSVNGAQLPSGTALQRLMFGTMFAFDDELTEGHELGSGLVGKAQGFYVASSED 214
Query 303 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGS 362
G+SQTM FTAMF++ GY DS+SFFGVHRTA SESHL +MGGTGKYVNA+GFA VKTF +
Sbjct 215 GSSQTMVFTAMFQTSGYTDSLSFFGVHRTAVSESHLAIMGGTGKYVNAKGFATVKTFPPA 274
Query 363 SGTQQQQPHQFTDGLETVLECTVYLSY 389
+ Q H TDG+ET+LE TVYL+Y
Sbjct 275 A----NQLHN-TDGVETLLEVTVYLAY 296
>XP_030524465.1 dirigent protein 25-like [Rhodamnia argentea]
Length=277
Score = 311 bits (798), Expect = 1e-101, Method: Compositional matrix adjust.
Identities = 166/239 (69%), Positives = 196/239 (82%), Gaps = 10/239 (4%)
Query 154 GGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDN 213
GG+ + +VF+MHDILGGSNP+ARAVTG+VAN ALS Q+PFAKPNGANLP+++GVP ++
Sbjct 46 GGNTDLHPMVFYMHDILGGSNPSARAVTGIVANPALSAQVPFAKPNGANLPINSGVPQNS 105
Query 214 NNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGT 270
NNG++NNNNVP L GL G T N++QNNG N++NG P+ NGGQLP G +LQ LMFGT
Sbjct 106 ANNGLINNNNVPFLTGLSGNTGNVIQNNGVNLINGGAGFPILNGGQLPQGMTLQKLMFGT 165
Query 271 LTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHR 330
LTV D+ELTEGHELGSGL+GKAQGFYVAS+ DG SQT+AFTAM ESGGY DS+SFFGVHR
Sbjct 166 LTVFDDELTEGHELGSGLVGKAQGFYVASSEDGNSQTIAFTAMLESGGYVDSLSFFGVHR 225
Query 331 TAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TA SES L +MGGTGKYVNARG+A VKTF S+ Q TDG+ETVLE TVYL+Y
Sbjct 226 TAVSESQLAIMGGTGKYVNARGYATVKTFPASN-------QQSTDGMETVLEFTVYLAY 277
>XP_028087875.1 dirigent protein 25-like [Camellia sinensis]
THG05885.1 hypothetical protein TEA_030109 [Camellia sinensis var. sinensis]
Length=297
Score = 312 bits (800), Expect = 2e-101, Method: Compositional matrix adjust.
Identities = 160/248 (65%), Positives = 193/248 (78%), Gaps = 12/248 (5%)
Query 147 AGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVS 206
A A +V+G + PD+ FF+HDILGGSNP+ RAVTG+V N A++GQ+PFAKPNGA LP++
Sbjct 57 AAASTVVGLATPDHPFTFFLHDILGGSNPSTRAVTGIVTNPAVNGQVPFAKPNGAVLPIN 116
Query 207 NGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL-----PVANGGQLPSGS 261
NGVP+DN N+ ++NNNNVP L GL G T N++QNNGNN + P N QLPSGS
Sbjct 117 NGVPTDNANSAVINNNNVPFLTGLSGNTQNVIQNNGNNNVVNGGGFGFPALNAAQLPSGS 176
Query 262 SLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYED 321
+LQ LMFGTLT D+ELTEGHELGSGL+GKAQGFYVAS+ DG+SQTM FTAMFESGGY D
Sbjct 177 ALQKLMFGTLTAFDDELTEGHELGSGLVGKAQGFYVASSEDGSSQTMVFTAMFESGGYVD 236
Query 322 SISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL 381
S+ FFGVHRTA SES L +MGGTGK+VNA+GFA VKTF ++ TDG+ET+L
Sbjct 237 SLCFFGVHRTAVSESQLAIMGGTGKFVNAKGFATVKTFPAAN-------QHNTDGVETLL 289
Query 382 ECTVYLSY 389
E TVYL+Y
Sbjct 290 EITVYLTY 297
>XP_022849080.1 dirigent protein 10-like isoform X1 [Olea europaea var. sylvestris]
Length=311
Score = 312 bits (799), Expect = 3e-101, Method: Compositional matrix adjust.
Identities = 156/236 (66%), Positives = 188/236 (80%), Gaps = 11/236 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+T+ FFMHDILGGS P+A AVTGVVAN A+SGQ+PFAKPNGA LPV+NG+P+DN N G
Sbjct 83 PDHTISFFMHDILGGSRPSAIAVTGVVANPAVSGQVPFAKPNGAVLPVNNGIPTDNANGG 142
Query 218 ILNNNNVPLLVGLGGTTSNILQN-NGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTV 273
I++NNN+P L GL G TSN++QN NGNN++ G PV N Q PSG++ Q LMFGT+TV
Sbjct 143 IVSNNNIPFLTGLSGFTSNVMQNSNGNNIIGGAPGFPVLNSAQFPSGTTFQKLMFGTMTV 202
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
++ELTEGH+LGSGL+GKAQGFY+AS+ DG SQTMAFT MF SG Y DS+S FGVHRTA
Sbjct 203 FNDELTEGHDLGSGLVGKAQGFYIASSEDGNSQTMAFTVMFTSGSYADSLSLFGVHRTAV 262
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+ESHL +MGGTGKYVNA+GFA VKTF T Q + TDG ET+L+ VYL+Y
Sbjct 263 AESHLAIMGGTGKYVNAKGFATVKTF---PATNQHE----TDGFETLLQINVYLAY 311
>OMO89827.1 Plant disease resistance response protein [Corchorus capsularis]
Length=884
Score = 329 bits (843), Expect = 5e-101, Method: Compositional matrix adjust.
Identities = 176/266 (66%), Positives = 210/266 (79%), Gaps = 8/266 (3%)
Query 126 PGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVA 185
PG+ PLPT +GA +G+ P++TL FFMHDILGGSNPTA AVTGVV+
Sbjct 625 PGTNVPPLPTPSGTQPNPSVGATSGANPINPDPEHTLTFFMHDILGGSNPTALAVTGVVS 684
Query 186 NAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNM 245
N A++GQ+PFAKPNGANLPV++G+ ++ N G++NNNNVPLL GLGG T +LQNNGNN+
Sbjct 685 NPAINGQLPFAKPNGANLPVNSGINQNSGNTGLINNNNVPLLTGLGGNTQAMLQNNGNNL 744
Query 246 LNG--LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDG 303
P+ GGQLP+GS+LQ LMFGT+TV+D+ELTEGHELGSG LGKAQGFYVAS++DG
Sbjct 745 NGALNFPITTGGQLPTGSALQKLMFGTMTVIDDELTEGHELGSGFLGKAQGFYVASSIDG 804
Query 304 TSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSS 363
TSQTMAFTAMFESG Y D++SFFGVHRT SESHL VMGGTGKYVNA+GFAIVKT +
Sbjct 805 TSQTMAFTAMFESGHYADTLSFFGVHRTGVSESHLAVMGGTGKYVNAKGFAIVKTL--PA 862
Query 364 GTQQQQPHQFTDGLETVLECTVYLSY 389
GT QQ+ TDG +TVLE TVYL+Y
Sbjct 863 GTNQQE----TDGFQTVLEFTVYLTY 884
>XP_028096673.1 dirigent protein 25-like [Camellia sinensis]
Length=297
Score = 310 bits (794), Expect = 1e-100, Method: Compositional matrix adjust.
Identities = 159/248 (64%), Positives = 192/248 (77%), Gaps = 12/248 (5%)
Query 147 AGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVS 206
A A +V+G + PD+ FF+HDILGGSNP+ RAVTG+V N A++GQ+PFAKPNGA LP++
Sbjct 57 AAASTVVGLATPDHPFTFFLHDILGGSNPSTRAVTGIVTNPAVNGQVPFAKPNGAVLPIN 116
Query 207 NGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL-----PVANGGQLPSGS 261
NGVP+DN N+ ++NNNNVP L GL G T N++QNNGNN + P N QLPSGS
Sbjct 117 NGVPTDNANSAVINNNNVPFLTGLSGNTQNVIQNNGNNNVVNGGGFGFPALNAAQLPSGS 176
Query 262 SLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYED 321
+LQ LMFGTLT D+ELTEGHELGSGL+GKAQGFYVAS+ DG+SQTM FTAMFESGGY D
Sbjct 177 ALQKLMFGTLTAFDDELTEGHELGSGLVGKAQGFYVASSEDGSSQTMVFTAMFESGGYVD 236
Query 322 SISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL 381
S+ FFGVHR A SES L +MGGTGK+VNA+GFA VKTF ++ TDG+ET+L
Sbjct 237 SLCFFGVHRMAVSESQLAIMGGTGKFVNAKGFATVKTFPAAN-------QHNTDGVETLL 289
Query 382 ECTVYLSY 389
E TVYL+Y
Sbjct 290 EITVYLTY 297
>PSS14369.1 Dirigent protein [Actinidia chinensis var. chinensis]
Length=297
Score = 309 bits (791), Expect = 4e-100, Method: Compositional matrix adjust.
Identities = 158/236 (67%), Positives = 189/236 (80%), Gaps = 10/236 (4%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+TL FFMHDILGGSNPT+RAVTG+V N ++GQ+PFAKPNGA LPV+NGVP +N N+G
Sbjct 68 PDHTLTFFMHDILGGSNPTSRAVTGIVTNPGVNGQVPFAKPNGAVLPVNNGVPLNNANSG 127
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTV 273
++NNNN+P L GLGGTT N++Q+NGNN PV N QLPSGS+LQ LMFGT+T
Sbjct 128 VINNNNIPFLSGLGGTTPNLIQSNGNNNFINGGFGFPVLNSAQLPSGSALQKLMFGTMTA 187
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
D+ELTEGHELGSGL+GKAQGFYVAS++DGTSQT+AFT MF SG + DS+SFFGVHRTA
Sbjct 188 FDDELTEGHELGSGLVGKAQGFYVASSVDGTSQTLAFTTMFVSGSFADSLSFFGVHRTAV 247
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SESHL +MGGTGKYVNA G A VKTF ++ TDG+ET+L+ TVYL+Y
Sbjct 248 SESHLAIMGGTGKYVNAMGHATVKTFPATANQHN------TDGMETLLQITVYLTY 297
>XP_030447480.1 dirigent protein 25-like [Syzygium oleosum]
Length=304
Score = 306 bits (785), Expect = 3e-99, Method: Compositional matrix adjust.
Identities = 160/239 (67%), Positives = 193/239 (81%), Gaps = 10/239 (4%)
Query 154 GGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDN 213
GG+ + +VF+MHDILGGSNP+ARAVTG+VAN ALS Q+PFAKPNGANLP+++GVP +
Sbjct 73 GGNADLHPMVFYMHDILGGSNPSARAVTGIVANPALSAQVPFAKPNGANLPINSGVPQNT 132
Query 214 NNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGT 270
NNG++NNNNVP L GL G T N++QNNG N++NG P+ NGGQLP G +LQ +MFGT
Sbjct 133 ANNGLINNNNVPFLTGLSGNTGNVIQNNGVNLINGGAGFPILNGGQLPQGMTLQKMMFGT 192
Query 271 LTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHR 330
LTV D+ELTEGHELGSGL+GKAQGFYVAS+ DG SQT+ FTAMFESGGY DS+SFFGVHR
Sbjct 193 LTVFDDELTEGHELGSGLVGKAQGFYVASSEDGNSQTIVFTAMFESGGYIDSLSFFGVHR 252
Query 331 TAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TA SES L +MGGTGKYVNARG+ +KTF S+ TDG+ET++E TVYL+Y
Sbjct 253 TAVSESQLAIMGGTGKYVNARGYTTIKTFPASN-------QHNTDGMETIIEFTVYLAY 304
>XP_021912572.1 dirigent protein 25-like [Carica papaya]
Length=220
Score = 302 bits (774), Expect = 1e-98, Method: Compositional matrix adjust.
Identities = 166/227 (73%), Positives = 192/227 (85%), Gaps = 10/227 (4%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNP+ARAVTG+V N A++GQ+PFAKPNGANLP++NGVP ++NNNGILNNNNVP
Sbjct 1 MHDILGGSNPSARAVTGIVVNPAVNGQVPFAKPNGANLPLNNGVPVNSNNNGILNNNNVP 60
Query 226 LLVGLGGTTSNILQNNGNNML---NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGH 282
LL GL G + +QN+ NN + NG PV NGGQLP G++LQ LMFGT+TV+D+ELTEGH
Sbjct 61 LLTGLSGNAATGIQNSNNNFITGGNGFPVLNGGQLPDGTTLQKLMFGTMTVIDDELTEGH 120
Query 283 ELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 342
ELGSGL+GKAQGFYVAS+ DG+SQTMAFTAMFESGGY DSISFFGVHRTA SESHL +MG
Sbjct 121 ELGSGLVGKAQGFYVASSEDGSSQTMAFTAMFESGGYVDSISFFGVHRTAVSESHLAIMG 180
Query 343 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GTGKYVNA+GFA VKTF S T Q + TDG ET+L+ TVYLSY
Sbjct 181 GTGKYVNAKGFATVKTF---SATNQHE----TDGAETLLQFTVYLSY 220
>PIN18454.1 hypothetical protein CDL12_08877 [Handroanthus impetiginosus]
Length=309
Score = 304 bits (779), Expect = 3e-98, Method: Compositional matrix adjust.
Identities = 155/237 (65%), Positives = 185/237 (78%), Gaps = 13/237 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D++L FFMHDILGGS P+A AVTG+VAN AL GQ+PFAKPNGA LPV+NG+P+DN N GI
Sbjct 80 DHSLTFFMHDILGGSRPSALAVTGIVANPALGGQVPFAKPNGAVLPVNNGIPTDNANGGI 139
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNM------LNGLPVANGGQLPSGSSLQMLMFGTLT 272
++NNN+P L GL G TSN Q+N N + G PV + Q PS ++LQ LMFGT+T
Sbjct 140 VSNNNIPFLTGLSGFTSNFGQDNNGNNNNIIGGVPGFPVLDSAQFPSCTTLQKLMFGTMT 199
Query 273 VMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTA 332
V D+ELTEGH+LGSGL+GKAQGFYV S+ DGTSQTM FT MF SGGY DS+SFFGVHRTA
Sbjct 200 VFDDELTEGHQLGSGLVGKAQGFYVYSSEDGTSQTMVFTVMFRSGGYADSLSFFGVHRTA 259
Query 333 ASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+ESHL +MGGTGKYVNA+GFAIVKTF G Q + TDG+ET+L+ TVYL+Y
Sbjct 260 VAESHLAIMGGTGKYVNAKGFAIVKTF---PGVNQHE----TDGVETLLQITVYLAY 309
>XP_022133835.1 dirigent protein 25 [Momordica charantia]
Length=313
Score = 304 bits (778), Expect = 5e-98, Method: Compositional matrix adjust.
Identities = 175/289 (61%), Positives = 208/289 (72%), Gaps = 18/289 (6%)
Query 106 GPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVP--DNTLV 163
GP PTSS L+ G + N+ G+ P SG T + GG + +TL
Sbjct 38 GPVGTPTSSNLV-GPTVSNVVGT-----PISNSGQGTTTSPSTTLPSFGGGIEADHHTLT 91
Query 164 FFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNN 223
FFMHDILGGSNP+ARAVTG V N AL+GQ+PFAKPNGA L V NGVP N N+G++NNNN
Sbjct 92 FFMHDILGGSNPSARAVTGAVNNPALNGQLPFAKPNGAVLSVGNGVPQSNGNSGLINNNN 151
Query 224 VPLLVGLGGTTSNILQNNGNNM---LNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTE 280
+P LVGLGG TS +LQNN N + G P N GQLPSG S+Q LMFGT+TV+D+ELTE
Sbjct 152 LPFLVGLGGATSPLLQNNNGNNFNGVAGFPSVNAGQLPSGVSIQQLMFGTMTVIDDELTE 211
Query 281 GHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGV 340
GHELGSGL+GKAQGFYV S+ DG SQTMAFT MFESG Y DS+SFFGVHRTA SESHL +
Sbjct 212 GHELGSGLIGKAQGFYVVSSEDGNSQTMAFTTMFESGHYVDSLSFFGVHRTAVSESHLAI 271
Query 341 MGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
MGGTGKYVNA+G+A VKT GT Q + TDG+ET+L+ T+Y++Y
Sbjct 272 MGGTGKYVNAKGYANVKTL---PGTNQHE----TDGVETLLQFTLYITY 313
>XP_016684568.1 PREDICTED: dirigent protein 10-like [Gossypium hirsutum]
Length=300
Score = 303 bits (776), Expect = 6e-98, Method: Compositional matrix adjust.
Identities = 169/263 (64%), Positives = 196/263 (75%), Gaps = 15/263 (6%)
Query 129 GSGPLPTVGSGAAATGLGAGAGSVIGGSVPDN-TLVFFMHDILGGSNPTARAVTGVVANA 187
GS P PTV GA + G V PD+ TL FFMHDILGGSNPTA A+TG+V N
Sbjct 51 GSNPNPTVVGGATS-----GPNPV--NPDPDHHTLTFFMHDILGGSNPTALAITGIVNNP 103
Query 188 ALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML- 246
A++GQ+PFAKPNGANLP++NG+ + N GILNNNN PLL GLGG T + N
Sbjct 104 AVNGQLPFAKPNGANLPLNNGINQNTGNTGILNNNNFPLLTGLGGNTQALNNGKNLNNGA 163
Query 247 NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQ 306
+ PV GGQLPSGS+LQ LMFGT+TV+D+ELT GHELGSG LGKAQGFYVAS++DG SQ
Sbjct 164 SNFPVLTGGQLPSGSALQKLMFGTMTVIDDELTVGHELGSGFLGKAQGFYVASSIDGNSQ 223
Query 307 TMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQ 366
TMAFTAMFESG Y D++SFFGVHR SESHL +MGGTGKYVNA+GFAIVKT S+ Q
Sbjct 224 TMAFTAMFESGHYADTLSFFGVHRIGVSESHLAIMGGTGKYVNAKGFAIVKTIPASN--Q 281
Query 367 QQQPHQFTDGLETVLECTVYLSY 389
QQ+ TDG ETVLE TVY++Y
Sbjct 282 QQE----TDGFETVLEFTVYITY 300
>XP_022849081.1 dirigent protein 25-like isoform X2 [Olea europaea var. sylvestris]
Length=221
Score = 299 bits (765), Expect = 2e-97, Method: Compositional matrix adjust.
Identities = 151/228 (66%), Positives = 181/228 (79%), Gaps = 11/228 (5%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGS P+A AVTGVVAN A+SGQ+PFAKPNGA LPV+NG+P+DN N GI++NNN+P
Sbjct 1 MHDILGGSRPSAIAVTGVVANPAVSGQVPFAKPNGAVLPVNNGIPTDNANGGIVSNNNIP 60
Query 226 LLVGLGGTTSNILQN-NGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEG 281
L GL G TSN++QN NGNN++ G PV N Q PSG++ Q LMFGT+TV ++ELTEG
Sbjct 61 FLTGLSGFTSNVMQNSNGNNIIGGAPGFPVLNSAQFPSGTTFQKLMFGTMTVFNDELTEG 120
Query 282 HELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVM 341
H+LGSGL+GKAQGFY+AS+ DG SQTMAFT MF SG Y DS+S FGVHRTA +ESHL +M
Sbjct 121 HDLGSGLVGKAQGFYIASSEDGNSQTMAFTVMFTSGSYADSLSLFGVHRTAVAESHLAIM 180
Query 342 GGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GGTGKYVNA+GFA VKTF T Q + TDG ET+L+ VYL+Y
Sbjct 181 GGTGKYVNAKGFATVKTF---PATNQHE----TDGFETLLQINVYLAY 221
>XP_021859244.1 dirigent protein 10-like isoform X2 [Spinacia oleracea]
Length=322
Score = 302 bits (774), Expect = 3e-97, Method: Compositional matrix adjust.
Identities = 152/234 (65%), Positives = 186/234 (79%), Gaps = 11/234 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD L+FFMHDILGGSNPTA+A+TGVV N A+SGQ+PFAKPNGA LP NGVP +N N+
Sbjct 98 PD--LIFFMHDILGGSNPTAKAITGVVTNPAVSGQVPFAKPNGAILPNKNGVPQNNGNSA 155
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNML--NGLPVANGGQLPSGSSLQMLMFGTLTVMD 275
I+NNNNVP L GLGG SN +QN+GNN + NG PV NG QL SG+SLQ LMFGT+ +D
Sbjct 156 IINNNNVPFLTGLGGVNSNAMQNSGNNYVGGNGFPVVNGAQLSSGTSLQQLMFGTMIAVD 215
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGH L SG++G+AQGFYV S++DG +QTMAFTAMF+ GGY +S++FFGVH+TA SE
Sbjct 216 DELTEGHALNSGMVGRAQGFYVYSSVDGKTQTMAFTAMFQEGGYHNSLNFFGVHQTAVSE 275
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S + VMGGTGKYVNA+GFA+VKT Q + +DGLETVLE +V+L+Y
Sbjct 276 SVVAVMGGTGKYVNAKGFAVVKTL---PPVDQHE----SDGLETVLEFSVFLTY 322
>KNA04164.1 hypothetical protein SOVF_202200 [Spinacia oleracea]
Length=335
Score = 303 bits (775), Expect = 3e-97, Method: Compositional matrix adjust.
Identities = 152/234 (65%), Positives = 186/234 (79%), Gaps = 11/234 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD L+FFMHDILGGSNPTA+A+TGVV N A+SGQ+PFAKPNGA LP NGVP +N N+
Sbjct 111 PD--LIFFMHDILGGSNPTAKAITGVVTNPAVSGQVPFAKPNGAILPNKNGVPQNNGNSA 168
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNML--NGLPVANGGQLPSGSSLQMLMFGTLTVMD 275
I+NNNNVP L GLGG SN +QN+GNN + NG PV NG QL SG+SLQ LMFGT+ +D
Sbjct 169 IINNNNVPFLTGLGGVNSNAMQNSGNNYVGGNGFPVVNGAQLSSGTSLQQLMFGTMIAVD 228
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGH L SG++G+AQGFYV S++DG +QTMAFTAMF+ GGY +S++FFGVH+TA SE
Sbjct 229 DELTEGHALNSGMVGRAQGFYVYSSVDGKTQTMAFTAMFQEGGYHNSLNFFGVHQTAVSE 288
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S + VMGGTGKYVNA+GFA+VKT Q + +DGLETVLE +V+L+Y
Sbjct 289 SVVAVMGGTGKYVNAKGFAVVKTL---PPVDQHE----SDGLETVLEFSVFLTY 335
>XP_023551296.1 dirigent protein 25-like [Cucurbita pepo subsp. pepo]
Length=372
Score = 304 bits (778), Expect = 4e-97, Method: Compositional matrix adjust.
Identities = 202/378 (53%), Positives = 243/378 (64%), Gaps = 43/378 (11%)
Query 21 AARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPATGIASGTGSASGGLGSLGTN 80
+ARLLDE+ + P ++P V P P N G T S T +SG S+G N
Sbjct 29 SARLLDEQPQV-----PGSTPAASSVV---PTPVGNPGGGTTAPSTTLPSSGAT-SVG-N 78
Query 81 TGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLP---GASSGNLPGSGSGPLPTVG 137
G G +TT S+ LP ++ ++ G G T S LP G S+GNL G+ P T+
Sbjct 79 LGQG--ATTPSTTLPSSAGTSVGNVGQGTT-TPSATLPSSGGTSAGNLGLGGTTPSATLP 135
Query 138 SGAAATGLGAGAGSVIGGSVPDN-TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFA 196
S GG D+ T FFMHDILGGSNP+ARAVTG V N AL+GQ+PFA
Sbjct 136 SS--------------GGIQDDHHTFTFFMHDILGGSNPSARAVTGAVNNPALNGQLPFA 181
Query 197 KPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML-----NGLPV 251
KPNGA L V NGVP N N G++NNNN+P L+GLGG TS +LQNN + P
Sbjct 182 KPNGAVLSVGNGVPQSNGNTGLINNNNLPFLIGLGGATSPLLQNNNGGGNNFNGASSFPS 241
Query 252 ANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFT 311
N GQLPSG S+Q LMFGT+TV+D+ELTEGHELGSGL+GKAQGFYV S+ DG SQTMAFT
Sbjct 242 VNAGQLPSGVSVQQLMFGTMTVIDDELTEGHELGSGLIGKAQGFYVVSSEDGNSQTMAFT 301
Query 312 AMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPH 371
MF SG Y DS+SFFGVHRTA SESHL +MGGTGKYVNA+G+A VKT GT Q +
Sbjct 302 TMFASGHYVDSLSFFGVHRTAVSESHLAIMGGTGKYVNAKGYANVKTL---PGTNQHE-- 356
Query 372 QFTDGLETVLECTVYLSY 389
TDG+ET+L+ TVY+SY
Sbjct 357 --TDGVETLLQFTVYISY 372
>XP_022923163.1 dirigent protein 25-like [Cucurbita moschata]
Length=320
Score = 301 bits (772), Expect = 5e-97, Method: Compositional matrix adjust.
Identities = 162/243 (67%), Positives = 187/243 (77%), Gaps = 14/243 (6%)
Query 154 GGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDN 213
GG D+ L FFMHDILGGSNPTARAVTG V N AL+GQ+PFAKPNGA L V NGVP N
Sbjct 85 GGIEDDHVLTFFMHDILGGSNPTARAVTGAVNNPALNGQLPFAKPNGAVLSVGNGVPQSN 144
Query 214 NNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN-------GLPVANGGQLPSGSSLQML 266
N+G++NNNN+P LVGLGG TS +LQNNG P N GQLPSG S+Q L
Sbjct 145 GNSGLINNNNLPFLVGLGGATSPLLQNNGGGGGGNNFNGGFSFPSVNAGQLPSGVSIQQL 204
Query 267 MFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFF 326
MFGT+TV+D+ELTEGHEL SGL+GKAQGFYV S+ DG SQTMAFT MF+SG Y DS+SFF
Sbjct 205 MFGTMTVIDDELTEGHELNSGLIGKAQGFYVVSSEDGNSQTMAFTTMFQSGHYVDSLSFF 264
Query 327 GVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVY 386
GVHRTA SESHL +MGGTGKYVNA+G+A VKT G++ QQQ TDG+ET+L+ TVY
Sbjct 265 GVHRTAVSESHLAIMGGTGKYVNAKGYANVKTLPGAN--QQQ-----TDGVETLLQFTVY 317
Query 387 LSY 389
+SY
Sbjct 318 ISY 320
>XP_023761060.1 dirigent protein 10-like [Lactuca sativa]
PLY87595.1 hypothetical protein LSAT_8X78720 [Lactuca sativa]
Length=300
Score = 301 bits (770), Expect = 5e-97, Method: Compositional matrix adjust.
Identities = 158/233 (68%), Positives = 187/233 (80%), Gaps = 8/233 (3%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+TL FFMHDILGGSNP+A+AVTG V N AL+GQ+PFAKPNGANLPV+NGV D+ N+G
Sbjct 75 PDHTLTFFMHDILGGSNPSAKAVTGAVTNPALNGQVPFAKPNGANLPVNNGVSQDDGNSG 134
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG-LPVANGGQLPSGSSLQMLMFGTLTVMDN 276
+LNNNN+P L GLGGTTSN+ QNN NN N + A GGQLP G++LQ MFGTLTV+D+
Sbjct 135 VLNNNNLPFLTGLGGTTSNVFQNNNNNNNNNNVFAAIGGQLPQGNALQQFMFGTLTVIDD 194
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELTEGHELGSGL+GKAQG+YV+S++DG SQTMAFT MF G Y DS+SF GVHR+A +ES
Sbjct 195 ELTEGHELGSGLIGKAQGYYVSSSIDGKSQTMAFTVMFMHGSYIDSLSFMGVHRSAVAES 254
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L VMGGTGKYVNA+G A+VKTF GT QQ DG ET+L+ VYL+Y
Sbjct 255 QLAVMGGTGKYVNAKGHAVVKTF---QGTNQQN----NDGTETLLQFHVYLAY 300
>RVW49427.1 Dirigent protein 25 [Vitis vinifera]
Length=358
Score = 303 bits (775), Expect = 7e-97, Method: Compositional matrix adjust.
Identities = 173/275 (63%), Positives = 207/275 (75%), Gaps = 12/275 (4%)
Query 118 PGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
PGA++ PG+ P P V AA GA A + G + D+ L FFMHDILGGSNP+A
Sbjct 93 PGAAAQPNPGAAVQPNPGV---AAQPNPGAVAATSGGMAHDDHPLSFFMHDILGGSNPSA 149
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNI 237
RAVTG+V N A++GQ+PFAKPNGA LPV+NGVP ++ N+G++NNNN+P L GL G T +
Sbjct 150 RAVTGIVTNPAVNGQVPFAKPNGALLPVNNGVPLNSGNSGLINNNNIPFLTGLSGITPTV 209
Query 238 L---QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQG 294
+ NN N NGLPV NGGQ +GSSLQ LMFGT+TV+D+ELTEGHELGSG +GKAQG
Sbjct 210 IPNNGNNLFNGGNGLPVGNGGQYLAGSSLQKLMFGTMTVIDDELTEGHELGSGSVGKAQG 269
Query 295 FYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFA 354
FYVAS+ DGTSQTMAFTAMF+SG Y DS+SFFGVHRTA SES L +MGGTGKYVNA+GFA
Sbjct 270 FYVASSEDGTSQTMAFTAMFQSGSYADSLSFFGVHRTAVSESQLAIMGGTGKYVNAKGFA 329
Query 355 IVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
VKT T QQ TDG+ET+LE TVY++Y
Sbjct 330 TVKTI---PPTHQQ---ATTDGVETLLEFTVYVTY 358
>XP_010033175.1 PREDICTED: dirigent protein 10 [Eucalyptus grandis]
Length=307
Score = 300 bits (769), Expect = 8e-97, Method: Compositional matrix adjust.
Identities = 158/234 (68%), Positives = 186/234 (79%), Gaps = 14/234 (6%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
++F+MHDILGGS+PTARAVTG+V N ALS Q+PFAKPNGANLP+++G+P ++ N G++NN
Sbjct 81 MLFYMHDILGGSSPTARAVTGIVTNPALSAQVPFAKPNGANLPINSGIPQNSANTGLINN 140
Query 222 NNVPLLVGLGGTTSNILQNNGNNMLN-------GLPVANGGQLPSGSSLQMLMFGTLTVM 274
NNVP L GLGG T N+LQNNG N G P+ NGGQLP G ++Q LMFGTLTV
Sbjct 141 NNVPFLTGLGGNTGNVLQNNGGNNGANLINGGPGFPILNGGQLPQGMTIQKLMFGTLTVF 200
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGL+GKAQGFYVAS+ DG SQT+ FTAMFESGGY DSISFFGVHRTA S
Sbjct 201 DDELTEGHELGSGLVGKAQGFYVASSEDGNSQTITFTAMFESGGYIDSISFFGVHRTAVS 260
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
+S L +MGGTGKYVNARG+A VKTF S+ TDG+ETVLE TVYL+
Sbjct 261 QSQLAIMGGTGKYVNARGYATVKTFAASN-------QHDTDGMETVLEFTVYLA 307
>XP_021859243.1 dirigent protein 10-like isoform X1 [Spinacia oleracea]
Length=404
Score = 304 bits (778), Expect = 1e-96, Method: Compositional matrix adjust.
Identities = 152/234 (65%), Positives = 186/234 (79%), Gaps = 11/234 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD L+FFMHDILGGSNPTA+A+TGVV N A+SGQ+PFAKPNGA LP NGVP +N N+
Sbjct 180 PD--LIFFMHDILGGSNPTAKAITGVVTNPAVSGQVPFAKPNGAILPNKNGVPQNNGNSA 237
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNML--NGLPVANGGQLPSGSSLQMLMFGTLTVMD 275
I+NNNNVP L GLGG SN +QN+GNN + NG PV NG QL SG+SLQ LMFGT+ +D
Sbjct 238 IINNNNVPFLTGLGGVNSNAMQNSGNNYVGGNGFPVVNGAQLSSGTSLQQLMFGTMIAVD 297
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGH L SG++G+AQGFYV S++DG +QTMAFTAMF+ GGY +S++FFGVH+TA SE
Sbjct 298 DELTEGHALNSGMVGRAQGFYVYSSVDGKTQTMAFTAMFQEGGYHNSLNFFGVHQTAVSE 357
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S + VMGGTGKYVNA+GFA+VKT Q + +DGLETVLE +V+L+Y
Sbjct 358 SVVAVMGGTGKYVNAKGFAVVKTL---PPVDQHE----SDGLETVLEFSVFLTY 404
>OMO67658.1 Plant disease resistance response protein [Corchorus capsularis]
Length=289
Score = 300 bits (767), Expect = 1e-96, Method: Compositional matrix adjust.
Identities = 163/243 (67%), Positives = 197/243 (81%), Gaps = 10/243 (4%)
Query 150 GSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGV 209
G+++ + P + L FFMHDILGGSNP+ARAVTG+V+N SGQ+PFAKPNGANLPV++GV
Sbjct 54 GAIVATADPHHPLTFFMHDILGGSNPSARAVTGIVSNPVASGQVPFAKPNGANLPVNSGV 113
Query 210 PSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQML 266
++NNNGI+NNNNVP L GLGG + QN GNN +NG + V NGGQLP+GS++Q
Sbjct 114 SVNSNNNGIVNNNNVPFLTGLGGMNNAAGQNTGNNPINGGLGVAVLNGGQLPTGSTIQKF 173
Query 267 MFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFF 326
MFGTLT +D+ELTEGHELGSGL+GKAQGFYVAS++DGTSQTMAFTAMFES GY DSISFF
Sbjct 174 MFGTLTAIDDELTEGHELGSGLIGKAQGFYVASSVDGTSQTMAFTAMFESSGYADSISFF 233
Query 327 GVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVY 386
GVHRT SESHL +MGGTGKY+NA+G+AIVKT S+ T+ TDG ET+L+ TVY
Sbjct 234 GVHRTGVSESHLAIMGGTGKYLNAKGYAIVKTIPTSNQTE-------TDGFETLLQITVY 286
Query 387 LSY 389
L+Y
Sbjct 287 LAY 289
>XP_023548432.1 dirigent protein 10 [Cucurbita pepo subsp. pepo]
Length=320
Score = 301 bits (770), Expect = 1e-96, Method: Compositional matrix adjust.
Identities = 162/243 (67%), Positives = 187/243 (77%), Gaps = 14/243 (6%)
Query 154 GGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDN 213
GG D+ L FFMHDILGGSNPTARAVTG V N AL+GQ+PFAKPNGA L V NGVP N
Sbjct 85 GGIEGDHVLTFFMHDILGGSNPTARAVTGAVNNPALNGQLPFAKPNGAVLSVGNGVPQSN 144
Query 214 NNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN-------GLPVANGGQLPSGSSLQML 266
N+G++NNNN+P LVGLGG TS +LQNNG P N GQLPSG S+Q L
Sbjct 145 GNSGLINNNNLPFLVGLGGATSPLLQNNGGGGGGNNFNGGFSFPSVNAGQLPSGVSIQQL 204
Query 267 MFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFF 326
MFGT+TV+D+ELTEGHEL SGL+GKAQGFYV S+ DG SQTMAFT MF+SG Y DS+SFF
Sbjct 205 MFGTMTVIDDELTEGHELNSGLIGKAQGFYVVSSEDGNSQTMAFTTMFQSGHYVDSLSFF 264
Query 327 GVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVY 386
GVHRTA SESHL +MGGTGKYVNA+G+A VKT G++ QQQ TDG+ET+L+ TVY
Sbjct 265 GVHRTAVSESHLAIMGGTGKYVNAKGYANVKTLPGAN--QQQ-----TDGVETLLQFTVY 317
Query 387 LSY 389
+SY
Sbjct 318 ISY 320
>XP_022990410.1 dirigent protein 10 [Cucurbita maxima]
Length=318
Score = 300 bits (769), Expect = 1e-96, Method: Compositional matrix adjust.
Identities = 162/241 (67%), Positives = 188/241 (78%), Gaps = 12/241 (5%)
Query 154 GGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDN 213
GG D+ L FFMHDILGGSNPTARAVTG V N AL+GQ+PFAKPNGA L V NGVP N
Sbjct 85 GGIEADHVLTFFMHDILGGSNPTARAVTGAVNNPALNGQLPFAKPNGAVLSVGNGVPQSN 144
Query 214 NNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN-----GLPVANGGQLPSGSSLQMLMF 268
N+G++NNNN+P LVGLGG TS +LQNNG N P N GQLPSG S+Q LMF
Sbjct 145 GNSGLINNNNLPFLVGLGGATSPLLQNNGGGGNNFNGGFSFPSVNAGQLPSGVSIQQLMF 204
Query 269 GTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGV 328
GT+TV+D+ELTEGHEL SGL+GKAQGFYV S+ DG SQT+AFT MF+SG Y DS+SFFGV
Sbjct 205 GTMTVIDDELTEGHELNSGLIGKAQGFYVVSSEDGNSQTLAFTTMFQSGHYIDSLSFFGV 264
Query 329 HRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
HRTA SESHL +MGGTGKYVNA+G+A VKT G++ QQQ TDG+ET+L+ TVY+S
Sbjct 265 HRTAVSESHLAIMGGTGKYVNAKGYANVKTLPGAN--QQQ-----TDGVETLLQFTVYIS 317
Query 389 Y 389
Y
Sbjct 318 Y 318
>XP_003635227.1 PREDICTED: dirigent protein 25-like [Vitis vinifera]
RVX13671.1 Dirigent protein 25 [Vitis vinifera]
Length=358
Score = 302 bits (773), Expect = 2e-96, Method: Compositional matrix adjust.
Identities = 172/275 (63%), Positives = 207/275 (75%), Gaps = 12/275 (4%)
Query 118 PGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
PGA++ PG+ P P V AA GA A + G + D+ L FFMHDILGGSNP+A
Sbjct 93 PGAAAQPNPGAAVQPNPGV---AAQPNPGAVAATSGGMAHDDHPLSFFMHDILGGSNPSA 149
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNI 237
RAVTG+V N A++GQ+PFAKPNGA LPV+NGVP ++ N+G++NNNN+P L GL G T +
Sbjct 150 RAVTGIVTNPAVNGQVPFAKPNGALLPVNNGVPLNSGNSGLINNNNIPFLTGLSGITPTV 209
Query 238 L---QNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQG 294
+ NN N NGLPV NGGQ +GSSLQ LMFGT+TV+D+E+TEGHELGSG +GKAQG
Sbjct 210 IPNNGNNLFNGGNGLPVGNGGQYLAGSSLQKLMFGTMTVIDDEITEGHELGSGSVGKAQG 269
Query 295 FYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFA 354
FYVAS+ DGTSQTMAFTAMF+SG Y DS+SFFGVHRTA SES L +MGGTGKYVNA+GFA
Sbjct 270 FYVASSEDGTSQTMAFTAMFQSGSYADSLSFFGVHRTAVSESQLAIMGGTGKYVNAKGFA 329
Query 355 IVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
VKT T QQ TDG+ET+LE TVY++Y
Sbjct 330 TVKTI---PPTHQQ---ATTDGVETLLEFTVYVTY 358
>KAB1217983.1 Dirigent protein 25 [Morella rubra]
Length=291
Score = 298 bits (764), Expect = 4e-96, Method: Compositional matrix adjust.
Identities = 155/240 (65%), Positives = 182/240 (76%), Gaps = 12/240 (5%)
Query 150 GSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGV 209
G G + P +TL FFMHDILGGSNP+A AVTGVV N A++GQ+PFAKPNGA LP++NG
Sbjct 64 GVAAGTADPAHTLTFFMHDILGGSNPSALAVTGVVNNPAVNGQLPFAKPNGAVLPINNGA 123
Query 210 PSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFG 269
N+G +NNNN+P L GL G TS +++NNG PV NGGQLPSGS+LQ LMFG
Sbjct 124 ---QQNDGFINNNNIPFLTGLSGATSPVIRNNG--AFGNFPVTNGGQLPSGSTLQKLMFG 178
Query 270 TLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 329
T+TV D+ELTEG EL S L GKAQGFYV S+ DGTSQTMAFT MFESGGY DS+SFFGVH
Sbjct 179 TMTVFDDELTEGQELRSALAGKAQGFYVVSSEDGTSQTMAFTVMFESGGYADSLSFFGVH 238
Query 330 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RT SES L +MGGTGKYVN +GFA VKTF + T Q + TDG+ET+LE TVY++Y
Sbjct 239 RTGVSESQLAIMGGTGKYVNGKGFATVKTF---AETNQHE----TDGVETLLEFTVYITY 291
>XP_010033176.1 PREDICTED: dirigent protein 25 [Eucalyptus grandis]
KCW52732.1 hypothetical protein EUGRSUZ_J02090 [Eucalyptus grandis]
Length=312
Score = 298 bits (764), Expect = 7e-96, Method: Compositional matrix adjust.
Identities = 158/230 (69%), Positives = 185/230 (80%), Gaps = 9/230 (4%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
L F+MHDILGGSNP+ARAVTG+VAN ALS Q+PFAKPNGANLP+++G+P ++ NNG++NN
Sbjct 89 LTFYMHDILGGSNPSARAVTGIVANPALSAQVPFAKPNGANLPINSGIPQNSANNGLINN 148
Query 222 NNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
NNVP L GL G T N++QNNG N++NG PV NGGQLP G +LQ LMFGTLTV D+EL
Sbjct 149 NNVPFLTGLSGNTGNVIQNNGVNLINGGVGFPVLNGGQLPQGMTLQKLMFGTLTVFDDEL 208
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHELGSGL+GKAQGFYVAS+ DG SQT+A TAMFE GGY DS+S FGVHRTA SES L
Sbjct 209 TEGHELGSGLVGKAQGFYVASSEDGHSQTIALTAMFEGGGYVDSLSLFGVHRTAVSESQL 268
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
+MGGTGKYV+ARG+A VKTF Q TDG ET+LE TVYL+
Sbjct 269 AIMGGTGKYVDARGYATVKTFPAPPN------QQITDGTETLLEFTVYLA 312
>KZM84896.1 hypothetical protein DCAR_027682 [Daucus carota subsp. sativus]
Length=291
Score = 297 bits (760), Expect = 1e-95, Method: Compositional matrix adjust.
Identities = 170/276 (62%), Positives = 206/276 (75%), Gaps = 23/276 (8%)
Query 114 SGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGS 173
S ++P +S P +G+GP+PT G+ P +TL FFMHDILGG+
Sbjct 39 SPVVPPETSAEEPAAGTGPIPT---------------PTAPGNDPHHTLSFFMHDILGGT 83
Query 174 NPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGT 233
NP+ARA+TGVV N AL+GQIPFAKPNGAN P++NGVP ++NNNG+++NNN+P L GL G+
Sbjct 84 NPSARAITGVVTNPALNGQIPFAKPNGANFPLNNGVPGNSNNNGLIDNNNIPFLTGLAGS 143
Query 234 TSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQ 293
SN++ NNGNN NG G QLP GS+LQ LMFGT+TV+D+ELTEGHELGSGL+GKAQ
Sbjct 144 KSNVITNNGNNNNNGF-GFPGAQLPIGSALQKLMFGTMTVIDDELTEGHELGSGLVGKAQ 202
Query 294 GFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGF 353
GFY+ S+ DG SQTMAFTAMFE GGY DS+SFFGVHRT SES L +MGGTGKYVNA+GF
Sbjct 203 GFYIVSSEDGNSQTMAFTAMFEHGGYADSLSFFGVHRTVVSESQLAIMGGTGKYVNAKGF 262
Query 354 AIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
A+VKT HQ TDGLETVLECTVY++Y
Sbjct 263 AVVKTLPIVD-------HQTTDGLETVLECTVYITY 291
>XP_022993167.1 dirigent protein 10-like [Cucurbita maxima]
Length=350
Score = 299 bits (765), Expect = 1e-95, Method: Compositional matrix adjust.
Identities = 172/295 (58%), Positives = 205/295 (69%), Gaps = 32/295 (11%)
Query 120 ASSGNLPGSGSGPLPTVGSGAA--ATGLGAGAGSVIG----------------GSVPDN- 160
ASS LP SG+ + +G GA +T L + G+ +G G + D+
Sbjct 63 ASSTTLPSSGAMSVGNLGQGAITPSTTLPSSGGTSVGNVGQGATTPSATLPSSGGIQDDH 122
Query 161 -TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
T FFMHDILGGSNP+ARAVTG V N AL+GQ+PFAKPNGA L V NGVP N N G++
Sbjct 123 HTFTFFMHDILGGSNPSARAVTGAVNNPALNGQLPFAKPNGAVLSVGNGVPQSNGNTGLI 182
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNML-----NGLPVANGGQLPSGSSLQMLMFGTLTVM 274
NNNN+P L+GLGG TS +LQNN + P N GQLPSG S+Q LMFGT+TV+
Sbjct 183 NNNNLPFLIGLGGATSPLLQNNNGGGNNFNGASSFPSVNAGQLPSGVSVQQLMFGTMTVI 242
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGL+GKAQGFYV S+ DG SQTMAFT MF SG Y DS+SFFGVHRTA S
Sbjct 243 DDELTEGHELGSGLIGKAQGFYVVSSEDGNSQTMAFTTMFTSGHYVDSLSFFGVHRTAVS 302
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL +MGGTGKYVNA+G+A VKT GT Q + TDG+ET+L+ TVY+SY
Sbjct 303 ESHLAIMGGTGKYVNAKGYANVKTL---PGTNQHE----TDGVETLLQFTVYISY 350
>XP_022938523.1 dirigent protein 10-like [Cucurbita moschata]
Length=350
Score = 298 bits (763), Expect = 3e-95, Method: Compositional matrix adjust.
Identities = 184/307 (60%), Positives = 212/307 (69%), Gaps = 21/307 (7%)
Query 95 PVASSG---TLPVTG-PGPLPTSSGLL-PGA--SSGNLPGSGSGPLPTVGSGAAATGLGA 147
PV +SG T P T P P TS+G L GA S LP SG + VG GA T A
Sbjct 53 PVGNSGGGTTAPSTTLPSPGATSAGNLGQGAITPSTTLPSSGGTSVGNVGQGA--TTPSA 110
Query 148 GAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSN 207
S G +T FFMHDILGGSNP+ARAVTG V N AL+GQ+PFAKPNGA L V N
Sbjct 111 TLPSSGGIQDDHHTFTFFMHDILGGSNPSARAVTGAVNNPALNGQLPFAKPNGAVLSVGN 170
Query 208 GVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML-----NGLPVANGGQLPSGSS 262
GVP N N G++NNNN+P L+GLGG TS +LQNN + P N GQLPSG S
Sbjct 171 GVPQSNGNTGLINNNNLPFLIGLGGATSPLLQNNNGGGNNFNGASSFPSVNAGQLPSGVS 230
Query 263 LQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDS 322
+Q LMFGT+TV+D+ELTEGHELGSGL+GKAQGFYV S+ DG SQTMAFT MF SG Y DS
Sbjct 231 VQQLMFGTMTVIDDELTEGHELGSGLIGKAQGFYVVSSEDGNSQTMAFTTMFASGHYVDS 290
Query 323 ISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLE 382
+SFFGVHRTA SESHL +MGGTGKYVNA+G+A VKT GT Q + TDG+ET+L+
Sbjct 291 LSFFGVHRTAVSESHLAIMGGTGKYVNAKGYANVKTL---PGTNQHE----TDGVETLLQ 343
Query 383 CTVYLSY 389
TVY+SY
Sbjct 344 FTVYISY 350
>XP_018855704.1 PREDICTED: dirigent protein 25-like [Juglans regia]
Length=288
Score = 296 bits (757), Expect = 4e-95, Method: Compositional matrix adjust.
Identities = 152/243 (63%), Positives = 183/243 (75%), Gaps = 14/243 (6%)
Query 147 AGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVS 206
A A S I P +TL FFMHDILGGS P+A+ +TG++ N + +GQ+PFAKPNGA LPV+
Sbjct 60 AAATSAIDAE-PFHTLTFFMHDILGGSKPSAQPLTGIINNPSFNGQLPFAKPNGAVLPVT 118
Query 207 NGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQML 266
NG DN G+L+ NN+P L GLGG TS +LQNNG PVANGGQLPS S+LQ L
Sbjct 119 NGASQDN---GLLDINNMPFLTGLGGATSPVLQNNG---FGNFPVANGGQLPSASTLQQL 172
Query 267 MFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFF 326
MFGT+TV D+ELTEGHEL SGL+GKAQGFYV + DGT+QTMAFT M ESG YEDS+SFF
Sbjct 173 MFGTMTVFDDELTEGHELRSGLVGKAQGFYVVCSEDGTTQTMAFTVMLESGSYEDSLSFF 232
Query 327 GVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVY 386
G+HRTA SES L +MGGTGKYVNA+GFA VKT ++ + TDG+ET+LE TVY
Sbjct 233 GIHRTAVSESQLAIMGGTGKYVNAKGFATVKTLVDTTLHE-------TDGVETLLEFTVY 285
Query 387 LSY 389
++Y
Sbjct 286 VTY 288
>XP_017222268.1 PREDICTED: dirigent protein 25-like [Daucus carota subsp. sativus]
Length=316
Score = 296 bits (758), Expect = 6e-95, Method: Compositional matrix adjust.
Identities = 170/276 (62%), Positives = 206/276 (75%), Gaps = 23/276 (8%)
Query 114 SGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGS 173
S ++P +S P +G+GP+PT G+ P +TL FFMHDILGG+
Sbjct 64 SPVVPPETSAEEPAAGTGPIPT---------------PTAPGNDPHHTLSFFMHDILGGT 108
Query 174 NPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGT 233
NP+ARA+TGVV N AL+GQIPFAKPNGAN P++NGVP ++NNNG+++NNN+P L GL G+
Sbjct 109 NPSARAITGVVTNPALNGQIPFAKPNGANFPLNNGVPGNSNNNGLIDNNNIPFLTGLAGS 168
Query 234 TSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQ 293
SN++ NNGNN NG G QLP GS+LQ LMFGT+TV+D+ELTEGHELGSGL+GKAQ
Sbjct 169 KSNVITNNGNNNNNGF-GFPGAQLPIGSALQKLMFGTMTVIDDELTEGHELGSGLVGKAQ 227
Query 294 GFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGF 353
GFY+ S+ DG SQTMAFTAMFE GGY DS+SFFGVHRT SES L +MGGTGKYVNA+GF
Sbjct 228 GFYIVSSEDGNSQTMAFTAMFEHGGYADSLSFFGVHRTVVSESQLAIMGGTGKYVNAKGF 287
Query 354 AIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
A+VKT HQ TDGLETVLECTVY++Y
Sbjct 288 AVVKTLPIVD-------HQTTDGLETVLECTVYITY 316
>XP_008463531.1 PREDICTED: dirigent protein 10 [Cucumis melo]
Length=327
Score = 295 bits (756), Expect = 2e-94, Method: Compositional matrix adjust.
Identities = 159/242 (66%), Positives = 185/242 (76%), Gaps = 14/242 (6%)
Query 155 GSVPDN--TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSD 212
G V D+ L FFMHDILGG+NP+ARAVTG V N AL+GQ+PFAKPNGA L V N VP
Sbjct 93 GGVEDDHHILTFFMHDILGGTNPSARAVTGAVNNPALNGQLPFAKPNGAVLSVGNNVPQS 152
Query 213 NNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN-----GLPVANGGQLPSGSSLQMLM 267
N N+G++NNNN+P L+GLGG TS +LQNN N G P N GQLPSG S+Q L+
Sbjct 153 NGNSGLINNNNLPFLIGLGGATSPLLQNNNGGGNNFNGQIGFPSVNAGQLPSGVSVQQLL 212
Query 268 FGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFG 327
FGT+TV+D+ELTEGHELGSGL+GKAQGFYV S+ DG SQTMAFT MFESG Y DS+SFFG
Sbjct 213 FGTMTVIDDELTEGHELGSGLIGKAQGFYVVSSEDGNSQTMAFTTMFESGHYVDSLSFFG 272
Query 328 VHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYL 387
VHRTA SESHL +MGGTGKYVNARG+A VKT G Q + TDG+ET+L+ TVY+
Sbjct 273 VHRTAVSESHLAIMGGTGKYVNARGYANVKTL---PGINQHE----TDGVETLLQFTVYI 325
Query 388 SY 389
SY
Sbjct 326 SY 327
>XP_006363356.2 PREDICTED: dirigent protein 25-like [Solanum tuberosum]
Length=336
Score = 296 bits (757), Expect = 2e-94, Method: Compositional matrix adjust.
Identities = 190/387 (49%), Positives = 232/387 (60%), Gaps = 70/387 (18%)
Query 7 LFFLILALAIT-FVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPATGIAS 65
+F +ILAL IT SA R+LDEE + +P T P T S PA+GI++
Sbjct 16 IFLVILALTITSTASARRILDEEP----IVVPDT-----------PDDTDESTPASGIST 60
Query 66 GTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGASSGNL 125
GT VTG G + P +G
Sbjct 61 GTS-----------------------------------VTGAGIPAPAGVAAPAVHAG-- 83
Query 126 PGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVA 185
P V +GA AGA V+ G D+ FFMHDILGGSNP+A AVTG+
Sbjct 84 -----VAAPAVHAGADDHPATAGAAPVVAGE-DDHIFSFFMHDILGGSNPSAIAVTGIAT 137
Query 186 NAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNM 245
N +LSGQ+PFAKPNGA L V NGVP +N N+GI++NNN+P L GL GTT N++QNNGNN+
Sbjct 138 NPSLSGQVPFAKPNGAVLAVDNGVPVNNGNSGIISNNNIPFLTGLSGTTPNVVQNNGNNI 197
Query 246 LNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALD 302
+ G P N QL SG + Q LMFGTLTV D+ELTEGHEL SGL+GK+QGFY++S+ D
Sbjct 198 IGGGNGYPALNMAQLGSGVTFQKLMFGTLTVFDDELTEGHELNSGLVGKSQGFYISSSED 257
Query 303 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGS 362
G+SQTMAFT MF SG Y DS+SFFGVHR SESHL +MGGTGKYVNA+GFA VKTF +
Sbjct 258 GSSQTMAFTVMFHSGSYSDSLSFFGVHRVRVSESHLAIMGGTGKYVNAKGFATVKTFPAA 317
Query 363 SGTQQQQPHQFTDGLETVLECTVYLSY 389
+ Q TDG+ET+L TVYL+Y
Sbjct 318 N--------QETDGVETLLHITVYLAY 336
>KCW52731.1 hypothetical protein EUGRSUZ_J02089, partial [Eucalyptus grandis]
Length=339
Score = 295 bits (754), Expect = 6e-94, Method: Compositional matrix adjust.
Identities = 155/230 (67%), Positives = 182/230 (79%), Gaps = 14/230 (6%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
++F+MHDILGGS+PTARAVTG+V N ALS Q+PFAKPNGANLP+++G+P ++ N G++NN
Sbjct 117 MLFYMHDILGGSSPTARAVTGIVTNPALSAQVPFAKPNGANLPINSGIPQNSANTGLINN 176
Query 222 NNVPLLVGLGGTTSNILQNNGNNMLN-------GLPVANGGQLPSGSSLQMLMFGTLTVM 274
NNVP L GLGG T N+LQNNG N G P+ NGGQLP G ++Q LMFGTLTV
Sbjct 177 NNVPFLTGLGGNTGNVLQNNGGNNGANLINGGPGFPILNGGQLPQGMTIQKLMFGTLTVF 236
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGL+GKAQGFYVAS+ DG SQT+ FTAMFESGGY DSISFFGVHRTA S
Sbjct 237 DDELTEGHELGSGLVGKAQGFYVASSEDGNSQTITFTAMFESGGYIDSISFFGVHRTAVS 296
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECT 384
+S L +MGGTGKYVNARG+A VKTF S+ TDG+ETVLE T
Sbjct 297 QSQLAIMGGTGKYVNARGYATVKTFAASN-------QHDTDGMETVLEFT 339
>XP_015078055.1 dirigent protein 25-like isoform X2 [Solanum pennellii]
Length=328
Score = 294 bits (753), Expect = 6e-94, Method: Compositional matrix adjust.
Identities = 156/234 (67%), Positives = 181/234 (77%), Gaps = 9/234 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FF+HDILGGSNP+A AVTGVV N A+SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 101 DHTFSFFLHDILGGSNPSAIAVTGVVTNPAVSGQVPFAKPNGAVLAVDNGVPTNNANSGI 160
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNN+P L GL GTTSN++ N N ++ G LP N QL SG S Q LMFGTLTV D
Sbjct 161 ISNNNIPFLTGLSGTTSNLINQNNNGIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFD 220
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SE
Sbjct 221 DELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSE 280
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHL VM GTGKYVNA+GFA VKTF S+ Q+ TDG+ETVL TVYL+Y
Sbjct 281 SHLAVMAGTGKYVNAKGFATVKTFPASNQLQE------TDGVETVLHITVYLAY 328
>XP_015078054.1 dirigent protein 25-like isoform X1 [Solanum pennellii]
Length=329
Score = 294 bits (753), Expect = 6e-94, Method: Compositional matrix adjust.
Identities = 156/234 (67%), Positives = 181/234 (77%), Gaps = 9/234 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FF+HDILGGSNP+A AVTGVV N A+SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 102 DHTFSFFLHDILGGSNPSAIAVTGVVTNPAVSGQVPFAKPNGAVLAVDNGVPTNNANSGI 161
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNN+P L GL GTTSN++ N N ++ G LP N QL SG S Q LMFGTLTV D
Sbjct 162 ISNNNIPFLTGLSGTTSNLINQNNNGIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFD 221
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SE
Sbjct 222 DELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSE 281
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHL VM GTGKYVNA+GFA VKTF S+ Q+ TDG+ETVL TVYL+Y
Sbjct 282 SHLAVMAGTGKYVNAKGFATVKTFPASNQLQE------TDGVETVLHITVYLAY 329
>XP_015165691.1 PREDICTED: dirigent protein 10-like isoform X2 [Solanum tuberosum]
Length=329
Score = 293 bits (751), Expect = 1e-93, Method: Compositional matrix adjust.
Identities = 154/234 (66%), Positives = 180/234 (77%), Gaps = 9/234 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FF+HDILGGSNP+A AVTG+V N A+SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 102 DHTFSFFLHDILGGSNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLAVDNGVPTNNANSGI 161
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNN+P L GL GTTSN + N N ++ G LP N QL SG S Q LMFGTLTV D
Sbjct 162 ISNNNIPFLTGLSGTTSNFINQNNNGIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFD 221
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SE
Sbjct 222 DELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSE 281
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG+ETVL TVYL+Y
Sbjct 282 SHLAVMAGTGKYVNAKGFATVKTFPATNQLQE------TDGVETVLHITVYLAY 329
>XP_015165690.1 PREDICTED: dirigent protein 25-like isoform X1 [Solanum tuberosum]
Length=330
Score = 293 bits (751), Expect = 1e-93, Method: Compositional matrix adjust.
Identities = 154/234 (66%), Positives = 180/234 (77%), Gaps = 9/234 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FF+HDILGGSNP+A AVTG+V N A+SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 103 DHTFSFFLHDILGGSNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLAVDNGVPTNNANSGI 162
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNN+P L GL GTTSN + N N ++ G LP N QL SG S Q LMFGTLTV D
Sbjct 163 ISNNNIPFLTGLSGTTSNFINQNNNGIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFD 222
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SE
Sbjct 223 DELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSE 282
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG+ETVL TVYL+Y
Sbjct 283 SHLAVMAGTGKYVNAKGFATVKTFPATNQLQE------TDGVETVLHITVYLAY 330
>TMW83531.1 hypothetical protein EJD97_001445 [Solanum chilense]
Length=327
Score = 293 bits (750), Expect = 1e-93, Method: Compositional matrix adjust.
Identities = 155/234 (66%), Positives = 181/234 (77%), Gaps = 9/234 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FF+HDILGGSNP+A AVTGVV N A+SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 100 DHTFSFFLHDILGGSNPSAIAVTGVVTNPAVSGQVPFAKPNGAVLAVDNGVPTNNANSGI 159
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNN+P L GL GTTSN++ N N ++ G LP N QL SG + Q LMFGTLTV D
Sbjct 160 ISNNNIPFLTGLSGTTSNLINQNNNGIIGGGNGLPAINLQQLGSGINFQKLMFGTLTVFD 219
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SE
Sbjct 220 DELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSE 279
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHL VM GTGKYVNA+GFA VKTF +S Q+ TDG+ETVL TVYL+Y
Sbjct 280 SHLAVMAGTGKYVNAKGFATVKTFPATSQLQE------TDGVETVLHITVYLAY 327
>XP_027108818.1 dirigent protein 25-like [Coffea arabica]
Length=306
Score = 292 bits (748), Expect = 1e-93, Method: Compositional matrix adjust.
Identities = 163/261 (62%), Positives = 194/261 (74%), Gaps = 10/261 (4%)
Query 132 PLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSG 191
P+P V G A A A S +G PD+ L FFMHDILGGS P+A AVTGVV N A+ G
Sbjct 53 PVPNVTPGGTA-APAAVASSGVGAESPDHMLTFFMHDILGGSTPSAIAVTGVVTNPAVGG 111
Query 192 QIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--- 248
Q+PFAKPNGA LPV+NG+P +N N+GI+NNNN+P L GL GT N++Q NGN+++ G
Sbjct 112 QVPFAKPNGAVLPVNNGIPVNNANSGIINNNNIPFLTGLSGTAPNLVQQNGNSIIGGGFG 171
Query 249 LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTM 308
P N Q P+G++ Q LMFGT+TV D+ELTEGHELGSGL+GKAQGFY+AS+ DGTSQTM
Sbjct 172 FPALNPAQFPTGTTFQSLMFGTMTVFDDELTEGHELGSGLVGKAQGFYIASSEDGTSQTM 231
Query 309 AFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQ 368
AFT MF SG Y DS+SFFGVHRTA SESHL +MGGTGKYVNA+G A VKTF +
Sbjct 232 AFTVMFASGSYADSLSFFGVHRTAVSESHLAIMGGTGKYVNAKGLATVKTFPANLNQHS- 290
Query 369 QPHQFTDGLETVLECTVYLSY 389
TDG+ETVLE TVYL+Y
Sbjct 291 -----TDGVETVLEITVYLAY 306
>XP_030524457.1 dirigent protein 25-like [Rhodamnia argentea]
Length=281
Score = 290 bits (743), Expect = 4e-93, Method: Compositional matrix adjust.
Identities = 154/230 (67%), Positives = 185/230 (80%), Gaps = 9/230 (4%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
L F+MHDILGGSNP+ARAVTG+VAN ALS Q+PFAKPNGANLP+++G+P ++ NNG++NN
Sbjct 58 LTFYMHDILGGSNPSARAVTGIVANPALSAQVPFAKPNGANLPINSGIPQNSANNGLINN 117
Query 222 NNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
NNVP L GL G T N++QNNG N++NG P+ NGGQLP G +LQ LMFGTLTV D+EL
Sbjct 118 NNVPFLTGLSGNTGNVIQNNGVNLINGGAGFPLLNGGQLPQGMTLQKLMFGTLTVFDDEL 177
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGH+LGSGLLGKAQGFY+AS+ DG SQT+A TAMF SGGY DS+SFFGVH+TA SES L
Sbjct 178 TEGHQLGSGLLGKAQGFYIASSEDGNSQTIAMTAMFVSGGYVDSLSFFGVHQTAVSESQL 237
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
+MGGTGK+VNA G+A VK F + Q TDG+ETVLE T YL+
Sbjct 238 AIMGGTGKHVNACGYATVKIFPA------RPSQQVTDGMETVLEFTAYLA 281
>XP_016577804.1 PREDICTED: dirigent protein 25-like isoform X2 [Capsicum annuum]
Length=330
Score = 292 bits (747), Expect = 4e-93, Method: Compositional matrix adjust.
Identities = 152/231 (66%), Positives = 176/231 (76%), Gaps = 7/231 (3%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+T FFMHDILGGSNP+A AVTG+V N A+SGQ+PFAKPNGA L V+NGVP++N N+GI+
Sbjct 106 HTFSFFMHDILGGSNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLAVNNGVPTNNANSGII 165
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNG-LPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
+NNN+P L GL GTTSN + N LP N QL SG S Q LMFGTLTV D+EL
Sbjct 166 SNNNIPFLTGLSGTTSNFINGNSIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFDDEL 225
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SESHL
Sbjct 226 TEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSESHL 285
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
VM GTGKYVNA+GFA VKTF ++ Q+ TDG+ETVL TVYL+Y
Sbjct 286 AVMAGTGKYVNAKGFATVKTFPATNQLQE------TDGVETVLHITVYLAY 330
>XP_016577803.1 PREDICTED: dirigent protein 25-like isoform X1 [Capsicum annuum]
Length=331
Score = 292 bits (747), Expect = 4e-93, Method: Compositional matrix adjust.
Identities = 152/231 (66%), Positives = 176/231 (76%), Gaps = 7/231 (3%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+T FFMHDILGGSNP+A AVTG+V N A+SGQ+PFAKPNGA L V+NGVP++N N+GI+
Sbjct 107 HTFSFFMHDILGGSNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLAVNNGVPTNNANSGII 166
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNG-LPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
+NNN+P L GL GTTSN + N LP N QL SG S Q LMFGTLTV D+EL
Sbjct 167 SNNNIPFLTGLSGTTSNFINGNSIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFDDEL 226
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SESHL
Sbjct 227 TEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSESHL 286
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
VM GTGKYVNA+GFA VKTF ++ Q+ TDG+ETVL TVYL+Y
Sbjct 287 AVMAGTGKYVNAKGFATVKTFPATNQLQE------TDGVETVLHITVYLAY 331
>XP_009624598.1 dirigent protein 25-like isoform X2 [Nicotiana tomentosiformis]
Length=322
Score = 291 bits (746), Expect = 5e-93, Method: Compositional matrix adjust.
Identities = 155/235 (66%), Positives = 178/235 (76%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
DNT FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 94 DNTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 153
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + G LP N QL SG S Q LMFGTLTV
Sbjct 154 ISNNNVPFLTGLSGITSNVINQNNGNNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 213
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR S
Sbjct 214 DDELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVS 273
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 274 ESHLAVMAGTGKYVNAKGFATVKTFPATNQIQE------TDGVQTVLLITVYLAY 322
>XP_009624597.1 dirigent protein 25-like isoform X1 [Nicotiana tomentosiformis]
Length=323
Score = 291 bits (746), Expect = 5e-93, Method: Compositional matrix adjust.
Identities = 155/235 (66%), Positives = 178/235 (76%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
DNT FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 95 DNTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 154
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + G LP N QL SG S Q LMFGTLTV
Sbjct 155 ISNNNVPFLTGLSGITSNVINQNNGNNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 214
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR S
Sbjct 215 DDELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVS 274
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 275 ESHLAVMAGTGKYVNAKGFATVKTFPATNQIQE------TDGVQTVLLITVYLAY 323
>XP_010253352.1 PREDICTED: dirigent protein 25 [Nelumbo nucifera]
Length=328
Score = 291 bits (746), Expect = 6e-93, Method: Compositional matrix adjust.
Identities = 156/235 (66%), Positives = 195/235 (83%), Gaps = 10/235 (4%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P + L FFMHDILGGSNP+ARAVTG+V N A++GQ+PFA+PNGA LPV+NG+P +++N+
Sbjct 101 PQHPLSFFMHDILGGSNPSARAVTGIVNNPAMNGQVPFARPNGAVLPVNNGIPLNSDNSA 160
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVM 274
I+NNNN+P L GLGG++S ++QNNGNN++NG +P+ NG QLP+G+++Q LMFGT+TV+
Sbjct 161 IINNNNIPFLTGLGGSSSTVIQNNGNNVINGGFGVPLVNGAQLPAGTTIQKLMFGTMTVI 220
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGL+GKAQGFYVAS+ DGTSQTMAF AMF+SG Y DS+SFFGVHRTA S
Sbjct 221 DDELTEGHELGSGLVGKAQGFYVASSEDGTSQTMAFIAMFQSGNYADSLSFFGVHRTAVS 280
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ES L VMGGTGKYVNA+G+A VKT + H TDG ET+LE TVYL+Y
Sbjct 281 ESQLAVMGGTGKYVNAKGYATVKTIPSVN-------HHETDGAETLLEFTVYLTY 328
>XP_004241252.1 dirigent protein 25 isoform X2 [Solanum lycopersicum]
Length=328
Score = 291 bits (745), Expect = 9e-93, Method: Compositional matrix adjust.
Identities = 154/234 (66%), Positives = 180/234 (77%), Gaps = 9/234 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FF+HDILGGSNP+A AVTGVV N A+SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 101 DHTFSFFLHDILGGSNPSAIAVTGVVTNPAVSGQVPFAKPNGAVLAVDNGVPTNNANSGI 160
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNN+P L GL GTTSN + N N ++ G LP N QL SG + Q LMFGTLTV D
Sbjct 161 ISNNNIPFLTGLSGTTSNFINQNNNGIIGGGNGLPAINLQQLGSGINFQKLMFGTLTVFD 220
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SE
Sbjct 221 DELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSE 280
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG+ETVL TVYL+Y
Sbjct 281 SHLAVMAGTGKYVNAKGFATVKTFPATNQLQE------TDGVETVLHITVYLAY 328
>XP_010322375.1 dirigent protein 25 isoform X1 [Solanum lycopersicum]
Length=329
Score = 291 bits (745), Expect = 9e-93, Method: Compositional matrix adjust.
Identities = 154/234 (66%), Positives = 180/234 (77%), Gaps = 9/234 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FF+HDILGGSNP+A AVTGVV N A+SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 102 DHTFSFFLHDILGGSNPSAIAVTGVVTNPAVSGQVPFAKPNGAVLAVDNGVPTNNANSGI 161
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNN+P L GL GTTSN + N N ++ G LP N QL SG + Q LMFGTLTV D
Sbjct 162 ISNNNIPFLTGLSGTTSNFINQNNNGIIGGGNGLPAINLQQLGSGINFQKLMFGTLTVFD 221
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SE
Sbjct 222 DELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSE 281
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG+ETVL TVYL+Y
Sbjct 282 SHLAVMAGTGKYVNAKGFATVKTFPATNQLQE------TDGVETVLHITVYLAY 329
>XP_016501714.1 PREDICTED: dirigent protein 25-like isoform X2 [Nicotiana tabacum]
Length=322
Score = 290 bits (743), Expect = 1e-92, Method: Compositional matrix adjust.
Identities = 154/235 (66%), Positives = 178/235 (76%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 94 DHTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 153
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + G LP N QL SG S Q LMFGTLTV
Sbjct 154 ISNNNVPFLTGLSGITSNVINQNNGNNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 213
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR S
Sbjct 214 DDELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVS 273
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 274 ESHLAVMAGTGKYVNAKGFATVKTFPATNQIQE------TDGVQTVLLITVYLAY 322
>XP_021720936.1 dirigent protein 10-like [Chenopodium quinoa]
Length=335
Score = 291 bits (744), Expect = 1e-92, Method: Compositional matrix adjust.
Identities = 146/230 (63%), Positives = 180/230 (78%), Gaps = 9/230 (4%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
L+FFMHDILGGSNPTA+A+TGVV N A+SGQ+PFAKPNGA L NG N N+G +NN
Sbjct 113 LIFFMHDILGGSNPTAKAITGVVTNPAVSGQVPFAKPNGAILANQNGGRQSNGNSGTMNN 172
Query 222 NNVPLLVGLGGTTSNILQNNGNNML--NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELT 279
NNVP L GLGG SN++QN+GNN + NG PV NG QL SG+SLQ LMFGT+ +D+ELT
Sbjct 173 NNVPFLTGLGGINSNVMQNSGNNYVGGNGFPVVNGAQLTSGTSLQQLMFGTMIAIDDELT 232
Query 280 EGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 339
EGH L SG++G+AQGFYV S++DG +QTMAFTAMF+ GGY +SI+FFGVH+T SES +
Sbjct 233 EGHALNSGMVGRAQGFYVYSSVDGKTQTMAFTAMFQEGGYHNSINFFGVHQTTVSESIVS 292
Query 340 VMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNA+GFA+VKT Q + TDGL+TVLE +V+L+Y
Sbjct 293 IMGGTGKYVNAKGFAVVKTL---PPVDQHE----TDGLQTVLEFSVFLTY 335
>XP_016501713.1 PREDICTED: dirigent protein 25-like isoform X1 [Nicotiana tabacum]
Length=323
Score = 290 bits (742), Expect = 2e-92, Method: Compositional matrix adjust.
Identities = 154/235 (66%), Positives = 178/235 (76%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 95 DHTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 154
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + G LP N QL SG S Q LMFGTLTV
Sbjct 155 ISNNNVPFLTGLSGITSNVINQNNGNNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 214
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR S
Sbjct 215 DDELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVS 274
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 275 ESHLAVMAGTGKYVNAKGFATVKTFPATNQIQE------TDGVQTVLLITVYLAY 323
>XP_017251881.1 PREDICTED: dirigent protein 10-like [Daucus carota subsp. sativus]
Length=290
Score = 288 bits (737), Expect = 4e-92, Method: Compositional matrix adjust.
Identities = 157/279 (56%), Positives = 201/279 (72%), Gaps = 18/279 (6%)
Query 112 TSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILG 171
TS+ +L +S N +P V + ATG G+ IG D+ L FFMHDILG
Sbjct 29 TSARILEAETSSN--DETESTVPPVAASTTATG-----GAAIG---HDHPLTFFMHDILG 78
Query 172 GSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLG 231
G+NP+ARAVTG+V N AL+GQ+PFAKPNGAN ++NGVPS + N+G+L+NNN+P L GLG
Sbjct 79 GTNPSARAVTGIVNNPALNGQVPFAKPNGANFAINNGVPSTSGNSGLLDNNNIPFLTGLG 138
Query 232 GTTSNILQNNGNNMLNGLPVANGGQLPS-GSSLQMLMFGTLTVMDNELTEGHELGSGLLG 290
+TSN++QNN G + NGGQ G+ L+ LMFGT+T +D+ELTEGHELGSGL+G
Sbjct 139 RSTSNVIQNNNG----GSGLFNGGQFQGPGADLRKLMFGTITAIDDELTEGHELGSGLVG 194
Query 291 KAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNA 350
KAQGFYV S+ DG SQTMAFT MFESGGY+DS+ FGVHR+A S+S + VMGGTGKY+NA
Sbjct 195 KAQGFYVTSSGDGNSQTMAFTVMFESGGYKDSLCLFGVHRSAVSQSQIAVMGGTGKYLNA 254
Query 351 RGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+G+A +K ++ Q + TDGLETVLE T+YL+Y
Sbjct 255 KGYATIKNIADAN---PQINNGNTDGLETVLEITLYLAY 290
>XP_021660617.1 dirigent protein 25-like [Hevea brasiliensis]
Length=297
Score = 288 bits (736), Expect = 6e-92, Method: Compositional matrix adjust.
Identities = 163/231 (71%), Positives = 194/231 (84%), Gaps = 9/231 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
DNTL FFMHDILGGS PTARAVTG+V+N A+SGQ+PFAKPNGA LPV NGVP +NNNNG+
Sbjct 76 DNTLTFFMHDILGGSKPTARAVTGIVSNPAVSGQVPFAKPNGAVLPVDNGVPQNNNNNGL 135
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
+NNNN+P L GL GTT+N++QNNGNN L PV NG QLP S+LQ LMFGT+TV+D+EL
Sbjct 136 INNNNLPFLTGLSGTTANVVQNNGNNNLINFPVVNGDQLP--STLQQLMFGTITVIDDEL 193
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGH+L SG +G+AQGFYVAS+++GTSQTMAFT MF+SG YEDS++FFGVHRTA SES L
Sbjct 194 TEGHDLRSGFVGRAQGFYVASSVEGTSQTMAFTTMFQSGHYEDSLTFFGVHRTAVSESQL 253
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNA+GFAIVKTF T Q + TDG+ET+L+ TVY+SY
Sbjct 254 AIMGGTGKYVNAKGFAIVKTF---PATNQHE----TDGVETLLQFTVYVSY 297
>XP_027087887.1 dirigent protein 25-like [Coffea arabica]
XP_027182071.1 dirigent protein 25 [Coffea eugenioides]
Length=306
Score = 288 bits (737), Expect = 7e-92, Method: Compositional matrix adjust.
Identities = 164/272 (60%), Positives = 197/272 (72%), Gaps = 14/272 (5%)
Query 125 LPGSGSGP----LPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAV 180
LP G+ P +P V G A A A + +G PD+ L FFMHDILGGS P+A AV
Sbjct 42 LPPEGADPDDTAVPNVTPGGTA-APAAVASNGVGAESPDHMLTFFMHDILGGSTPSAIAV 100
Query 181 TGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN 240
TGVV N A+ GQ+PFAKPNGA LPV+NG+P +N N+GI+NNNN+P L GL GT N++Q
Sbjct 101 TGVVTNPAVGGQVPFAKPNGAVLPVNNGIPVNNANSGIINNNNIPFLTGLSGTAPNLVQQ 160
Query 241 NGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYV 297
NGN+++ G P N Q P+G++ Q LMFGT+TV D+ELTEGHELGSGL+GKAQGFY+
Sbjct 161 NGNSIIGGGFGFPALNPAQFPTGTTFQSLMFGTMTVFDDELTEGHELGSGLVGKAQGFYI 220
Query 298 ASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVK 357
AS+ DGTSQTM FT MF SG Y DS+SFFGVHRTA SESHL +MGGTGKYVNA+G A VK
Sbjct 221 ASSEDGTSQTMVFTVMFASGSYADSLSFFGVHRTAVSESHLAIMGGTGKYVNAKGLATVK 280
Query 358 TFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TF + TDG+ETVLE TVYL+Y
Sbjct 281 TFPANLNQHT------TDGVETVLEITVYLAY 306
>XP_019254057.1 PREDICTED: dirigent protein 25-like [Nicotiana attenuata]
OIS98711.1 dirigent protein 25 [Nicotiana attenuata]
Length=327
Score = 288 bits (737), Expect = 1e-91, Method: Compositional matrix adjust.
Identities = 154/235 (66%), Positives = 178/235 (76%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 99 DHTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 158
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + G LP N QL SG S Q LMFGTLTV
Sbjct 159 ISNNNVPFLTGLSGITSNVINQNNANNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 218
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR S
Sbjct 219 DDELTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVS 278
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 279 ESHLAVMAGTGKYVNAKGFATVKTFPATNQVQE------TDGVQTVLLITVYLAY 327
>KZM95636.1 hypothetical protein DCAR_018878 [Daucus carota subsp. sativus]
Length=296
Score = 287 bits (734), Expect = 1e-91, Method: Compositional matrix adjust.
Identities = 157/285 (55%), Positives = 202/285 (71%), Gaps = 24/285 (8%)
Query 112 TSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILG 171
TS+ +L +S N +P V + ATG G+ IG D+ L FFMHDILG
Sbjct 29 TSARILEAETSSN--DETESTVPPVAASTTATG-----GAAIG---HDHPLTFFMHDILG 78
Query 172 GSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLG 231
G+NP+ARAVTG+V N AL+GQ+PFAKPNGAN ++NGVPS + N+G+L+NNN+P L GLG
Sbjct 79 GTNPSARAVTGIVNNPALNGQVPFAKPNGANFAINNGVPSTSGNSGLLDNNNIPFLTGLG 138
Query 232 GTTSNILQNNGNNMLNGLPVANGGQLPS-------GSSLQMLMFGTLTVMDNELTEGHEL 284
+TSN++QNN G + NGGQ + G+ L+ LMFGT+T +D+ELTEGHEL
Sbjct 139 RSTSNVIQNNNG----GSGLFNGGQFQASHYYSGPGADLRKLMFGTITAIDDELTEGHEL 194
Query 285 GSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGT 344
GSGL+GKAQGFYV S+ DG SQTMAFT MFESGGY+DS+ FGVHR+A S+S + VMGGT
Sbjct 195 GSGLVGKAQGFYVTSSGDGNSQTMAFTVMFESGGYKDSLCLFGVHRSAVSQSQIAVMGGT 254
Query 345 GKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GKY+NA+G+A +K ++ Q + TDGLETVLE T+YL+Y
Sbjct 255 GKYLNAKGYATIKNIADAN---PQINNGNTDGLETVLEITLYLAY 296
>XP_031401646.1 dirigent protein 10-like [Punica granatum]
Length=341
Score = 288 bits (738), Expect = 1e-91, Method: Compositional matrix adjust.
Identities = 186/317 (59%), Positives = 225/317 (71%), Gaps = 22/317 (7%)
Query 86 LSTTGSSLLPVASSGTLPVTGP-------GPLPTSSGLLP-GASSGNLP-GSGSGPLPTV 136
LS + + PVA GT + P P+ T S L P GA S P G+GS P
Sbjct 33 LSEEEAPVSPVAPVGTGSIQTPVGTGSIQTPVGTGSILTPVGAGSVQAPVGAGSVQAPVT 92
Query 137 GSGAAATGLGA-GAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPF 195
+TG G+G+V+ + P + L FFMHDILGGSNP+A+AVTG+V N ALS Q+PF
Sbjct 93 PGATGSTGAAVTGSGAVVASADP-HVLAFFMHDILGGSNPSAQAVTGIVTNPALSAQVPF 151
Query 196 AKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN----GLPV 251
AKPNGANLP++NGVP + NNG++NNNNVP L GLGGTT N++QN NN + G P+
Sbjct 152 AKPNGANLPINNGVPQTSGNNGLINNNNVPFLSGLGGTTGNLIQNGNNNNIIGGSAGFPL 211
Query 252 ANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFT 311
NGG LP+G +LQ LMFGTLTV D+ELTEGHELGSGL+GKAQGFYVAS+ DG SQT+A T
Sbjct 212 LNGGMLPAGMTLQKLMFGTLTVFDDELTEGHELGSGLVGKAQGFYVASSEDGNSQTIAVT 271
Query 312 AMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPH 371
AMFESGGY DSIS FGVHRT SES L +MGGTGKYVNARG+A +KTFTG++
Sbjct 272 AMFESGGYLDSISLFGVHRTVVSESQLAIMGGTGKYVNARGYATIKTFTGAN-------Q 324
Query 372 QFTDGLETVLECTVYLS 388
Q TDG+ETV++ TVYL+
Sbjct 325 QNTDGVETVVQFTVYLA 341
>PHT80165.1 Dirigent protein 10 [Capsicum annuum]
PHU15912.1 Dirigent protein 10 [Capsicum chinense]
Length=219
Score = 284 bits (726), Expect = 2e-91, Method: Compositional matrix adjust.
Identities = 149/225 (66%), Positives = 172/225 (76%), Gaps = 7/225 (3%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNP+A AVTG+V N A+SGQ+PFAKPNGA L V+NGVP++N N+GI++NNN+P
Sbjct 1 MHDILGGSNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLAVNNGVPTNNANSGIISNNNIP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNG-LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHEL 284
L GL GTTSN + N LP N QL SG S Q LMFGTLTV D+ELTEGHEL
Sbjct 61 FLTGLSGTTSNFINGNSIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFDDELTEGHEL 120
Query 285 GSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGT 344
SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SESHL VM GT
Sbjct 121 NSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSESHLAVMAGT 180
Query 345 GKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GKYVNA+GFA VKTF ++ Q+ TDG+ETVL TVYL+Y
Sbjct 181 GKYVNAKGFATVKTFPATNQLQE------TDGVETVLHITVYLAY 219
>XP_021716230.1 dirigent protein 10-like [Chenopodium quinoa]
Length=347
Score = 288 bits (738), Expect = 2e-91, Method: Compositional matrix adjust.
Identities = 147/241 (61%), Positives = 184/241 (76%), Gaps = 11/241 (5%)
Query 151 SVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVP 210
V G P+ L+FFMHDILGGSNPTA+A+TGVV N A+SGQ+PFAKPNGA L NG
Sbjct 116 DVAHGEHPE--LIFFMHDILGGSNPTAKAITGVVTNPAVSGQVPFAKPNGAILANQNGGR 173
Query 211 SDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML--NGLPVANGGQLPSGSSLQMLMF 268
N N+G +NNNNVP L GLGG SN++QN+GNN + NG PV NG QL SG+SLQ LMF
Sbjct 174 QSNGNSGTMNNNNVPFLTGLGGINSNVMQNSGNNYVGGNGFPVVNGAQLTSGTSLQQLMF 233
Query 269 GTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGV 328
GT+ +D+ELTEGH L SG++G+AQGFYV S++DG +QT+AFTAMF+ GGY +SI+FFGV
Sbjct 234 GTMIAIDDELTEGHALNSGMVGRAQGFYVYSSVDGKTQTLAFTAMFQEGGYHNSINFFGV 293
Query 329 HRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
H+T SES + +MGGTGKYVNA+GF++VKT Q + TDGL+TVLE +V+L+
Sbjct 294 HQTTVSESIVSIMGGTGKYVNAKGFSVVKTL---PPVDQHE----TDGLQTVLEFSVFLT 346
Query 389 Y 389
Y
Sbjct 347 Y 347
>KAE7996860.1 hypothetical protein FH972_001545 [Carpinus fangiana]
Length=256
Score = 285 bits (728), Expect = 3e-91, Method: Compositional matrix adjust.
Identities = 149/231 (65%), Positives = 181/231 (78%), Gaps = 16/231 (7%)
Query 161 TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILN 220
TL FFMHDILGGSNPTA+AVTG+V N +++GQ+PFAKPNGA LPVSNG +NG+++
Sbjct 40 TLTFFMHDILGGSNPTAQAVTGIVNNPSINGQLPFAKPNGAVLPVSNG------DNGLVD 93
Query 221 NNN--VPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
NNN +P L GL G T+ ++QNNG +PV NGGQLPSG++LQ LMFGT+TV D+EL
Sbjct 94 NNNNNIPFLTGLSGATTAVMQNNGG--FGNVPVVNGGQLPSGNTLQKLMFGTMTVFDDEL 151
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHEL SGL+GKAQGFYV S+ DGT QTMAFT MF SG Y DS+SFFG+HRT+ SES L
Sbjct 152 TEGHELRSGLVGKAQGFYVGSSEDGTGQTMAFTVMFTSGRYADSLSFFGIHRTSVSESQL 211
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNARGFA VKT+ ++ + TDGLET+LE TVY++Y
Sbjct 212 AIMGGTGKYVNARGFATVKTYDETNNQHE------TDGLETLLEFTVYVTY 256
>TXG73988.1 hypothetical protein EZV62_002567 [Acer yangbiense]
Length=303
Score = 286 bits (732), Expect = 3e-91, Method: Compositional matrix adjust.
Identities = 172/287 (60%), Positives = 204/287 (71%), Gaps = 27/287 (9%)
Query 120 ASSGNLPGSGSGPLPT----VGSGAAATGL------GAGAGSVIGGSVPDNTLVFFMHDI 169
A S + P+PT V SG+ AT + G + + P + LVFFMHDI
Sbjct 27 ADSARILDEEETPVPTTGAPVASGSVATPVANAGPAGVATSATVANVDPHHPLVFFMHDI 86
Query 170 LGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVG 229
LGGSNP+A AVTG+V N+A +GQ+PFAKPNGANLP++NGVP NN NNNN+P L G
Sbjct 87 LGGSNPSAVAVTGIVTNSAANGQVPFAKPNGANLPLNNGVP---QNNNNNNNNNIPFLTG 143
Query 230 LGGTTSNILQNNGNNML-------NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGH 282
L G T+N++QNNGNN +PV NGGQ PSGS LQ LMFGTLTV+D+ELTEGH
Sbjct 144 LSGNTANVIQNNGNNNNNNFNGGFTNVPVLNGGQAPSGSILQKLMFGTLTVIDDELTEGH 203
Query 283 ELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 342
ELGSGL+GKAQGFYVAS+ DGTSQTMAFTAMF SGGY DSISFFGVHRTA SES +MG
Sbjct 204 ELGSGLVGKAQGFYVASSEDGTSQTMAFTAMFVSGGYADSISFFGVHRTAVSESQFAIMG 263
Query 343 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GTGK++NA+GFA VKT + TQ + TDG ET+L+ TVYL+Y
Sbjct 264 GTGKFLNAKGFATVKTL--PANTQHE-----TDGAETLLQFTVYLTY 303
>XP_016515199.1 PREDICTED: dirigent protein 25-like isoform X2 [Nicotiana tabacum]
Length=319
Score = 286 bits (733), Expect = 4e-91, Method: Compositional matrix adjust.
Identities = 153/235 (65%), Positives = 177/235 (75%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 91 DHTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 150
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLN----GLPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + GLP N QL SG S Q LMFGTLTV
Sbjct 151 ISNNNVPFLTGLSGITSNVVNQNNGNNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 210
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG S TMAFT MF+SG Y DS+SFFGVHR S
Sbjct 211 DDELTEGHELNSGLIGKAQGFYVASSEDGLSHTMAFTVMFKSGSYADSLSFFGVHRMGVS 270
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 271 ESHLAVMAGTGKYVNAKGFATVKTFPATNRVQE------TDGVQTVLLITVYLAY 319
>XP_016515198.1 PREDICTED: dirigent protein 25-like isoform X1 [Nicotiana tabacum]
Length=320
Score = 286 bits (733), Expect = 4e-91, Method: Compositional matrix adjust.
Identities = 153/235 (65%), Positives = 177/235 (75%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 92 DHTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 151
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLN----GLPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + GLP N QL SG S Q LMFGTLTV
Sbjct 152 ISNNNVPFLTGLSGITSNVVNQNNGNNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 211
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG S TMAFT MF+SG Y DS+SFFGVHR S
Sbjct 212 DDELTEGHELNSGLIGKAQGFYVASSEDGLSHTMAFTVMFKSGSYADSLSFFGVHRMGVS 271
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 272 ESHLAVMAGTGKYVNAKGFATVKTFPATNRVQE------TDGVQTVLLITVYLAY 320
>KAE8670713.1 Dirigent protein 10 [Hibiscus syriacus]
Length=315
Score = 286 bits (733), Expect = 4e-91, Method: Compositional matrix adjust.
Identities = 174/271 (64%), Positives = 206/271 (76%), Gaps = 15/271 (6%)
Query 127 GSGSGPLPTVGSGAAATGLGAGAGSVIGGS-------VPDNTLVFFMHDILGGSNPTARA 179
G+ +GP+PT + A G+GA G GS PD+TL FFMHDILGGSNP+A A
Sbjct 52 GATTGPIPTRAN-VANPGVGAKTGPNPTGSNVVNPVLDPDHTLTFFMHDILGGSNPSALA 110
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
VTG ++N AL+GQ+PFAKPNGANLPV+NG+ ++ NNG+LNNNNVPLL GLGG T +LQ
Sbjct 111 VTGAISNPALNGQLPFAKPNGANLPVNNGINENSGNNGLLNNNNVPLLSGLGGNTQAMLQ 170
Query 240 NNGNNMLNG-LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVA 298
N GNN NG GGQLP+GS+LQ LMFGT+TV+D+ELT GHELGSG LGKAQGFYVA
Sbjct 171 NAGNNNNNGGFQALVGGQLPAGSALQKLMFGTMTVIDDELTTGHELGSGFLGKAQGFYVA 230
Query 299 SALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKT 358
S++DG+SQTMAFTAMF+SG Y D +SFFGVHR SESHL +MGGTGKYVNARGFAIVKT
Sbjct 231 SSVDGSSQTMAFTAMFQSGHYADMLSFFGVHRIGVSESHLSIMGGTGKYVNARGFAIVKT 290
Query 359 FTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S+ + TDG ETVLE TVY++Y
Sbjct 291 LPASNNQTE------TDGFETVLEFTVYVTY 315
>XP_009769099.1 PREDICTED: dirigent protein 25-like isoform X2 [Nicotiana sylvestris]
Length=319
Score = 286 bits (733), Expect = 4e-91, Method: Compositional matrix adjust.
Identities = 153/235 (65%), Positives = 177/235 (75%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 91 DHTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 150
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLN----GLPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + GLP N QL SG S Q LMFGTLTV
Sbjct 151 ISNNNVPFLTGLSGITSNVVNQNNGNNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 210
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG S TMAFT MF+SG Y DS+SFFGVHR S
Sbjct 211 DDELTEGHELNSGLIGKAQGFYVASSEDGLSHTMAFTVMFKSGSYADSLSFFGVHRMGVS 270
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 271 ESHLAVMAGTGKYVNAKGFATVKTFPATNQVQE------TDGVQTVLLITVYLAY 319
>XP_009769097.1 PREDICTED: dirigent protein 25-like isoform X1 [Nicotiana sylvestris]
Length=320
Score = 286 bits (733), Expect = 4e-91, Method: Compositional matrix adjust.
Identities = 153/235 (65%), Positives = 177/235 (75%), Gaps = 10/235 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A SGQ+PFAKPNGA L V NGVP++N N+GI
Sbjct 92 DHTFSFFMHDILGGSNPSAIAVTGIVTNPATSGQVPFAKPNGAVLAVDNGVPTNNANSGI 151
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLN----GLPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNNVP L GL G TSN++ N N + GLP N QL SG S Q LMFGTLTV
Sbjct 152 ISNNNVPFLTGLSGITSNVVNQNNGNNIIGGGYGLPAINLQQLGSGISFQKLMFGTLTVF 211
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHEL SGL+GKAQGFYVAS+ DG S TMAFT MF+SG Y DS+SFFGVHR S
Sbjct 212 DDELTEGHELNSGLIGKAQGFYVASSEDGLSHTMAFTVMFKSGSYADSLSFFGVHRMGVS 271
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VM GTGKYVNA+GFA VKTF ++ Q+ TDG++TVL TVYL+Y
Sbjct 272 ESHLAVMAGTGKYVNAKGFATVKTFPATNQVQE------TDGVQTVLLITVYLAY 320
>XP_004149818.1 dirigent protein 10 [Cucumis sativus]
KGN51255.1 hypothetical protein Csa_008729 [Cucumis sativus]
Length=329
Score = 286 bits (733), Expect = 6e-91, Method: Compositional matrix adjust.
Identities = 156/242 (64%), Positives = 183/242 (76%), Gaps = 14/242 (6%)
Query 155 GSVPDN--TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSD 212
G V D+ L FFMHDILGG+NP+ARAVTG V N AL+GQ+PFAKPNGA L V N VP
Sbjct 95 GGVEDDHHVLTFFMHDILGGTNPSARAVTGAVNNPALNGQLPFAKPNGAVLSVGNNVPQS 154
Query 213 NNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG-----LPVANGGQLPSGSSLQMLM 267
N N+G++NNNN+P L+GLGG S +LQN+ N P N GQLPSG S+Q L+
Sbjct 155 NGNSGLINNNNLPFLIGLGGAASPLLQNSNGGGNNFNGQLGFPSVNAGQLPSGVSVQQLL 214
Query 268 FGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFG 327
FGT+TV+D+ELTEGHELGSGL+GKAQGFYV S+ DG SQTMAFT MFESG Y DS+SFFG
Sbjct 215 FGTMTVIDDELTEGHELGSGLIGKAQGFYVVSSEDGNSQTMAFTTMFESGHYVDSLSFFG 274
Query 328 VHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYL 387
VHRTA SESHL +MGGTGKYVNARG+A VKT G Q + TDG+ET+L+ TVY+
Sbjct 275 VHRTAVSESHLAIMGGTGKYVNARGYANVKTL---PGINQHE----TDGVETLLQFTVYI 327
Query 388 SY 389
SY
Sbjct 328 SY 329
>XP_011089838.2 dirigent protein 10 [Sesamum indicum]
Length=298
Score = 285 bits (730), Expect = 6e-91, Method: Compositional matrix adjust.
Identities = 156/235 (66%), Positives = 187/235 (80%), Gaps = 11/235 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D++L FFMHDILGGS P+A AVTG+VAN A+ GQ+PFAKPNGA LPV+NG+P++N N GI
Sbjct 71 DHSLTFFMHDILGGSRPSAIAVTGIVANPAIGGQVPFAKPNGAVLPVNNGIPTNNANGGI 130
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNM----LNGLPVANGGQLPSGSSLQMLMFGTLTVM 274
+NNNN+P L GL G TS+ QNN N + G PV + Q PSG++LQ LMFGT+TV
Sbjct 131 VNNNNIPFLTGLSGFTSSFAQNNNGNNIIGGMPGFPVLDSSQFPSGTTLQKLMFGTMTVF 190
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGL+GKAQGFY++S+ DGTSQTMAFT MF SG Y DS+SFFGVHRTA S
Sbjct 191 DDELTEGHELGSGLVGKAQGFYISSSEDGTSQTMAFTVMFTSGSYADSLSFFGVHRTAVS 250
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL +MGGTGKYVNA+GFA VKTF GT Q + TDG+ET+L+ TVYL+Y
Sbjct 251 ESHLAIMGGTGKYVNAKGFATVKTF---RGTNQHE----TDGVETLLQITVYLAY 298
>XP_022037223.1 dirigent protein 10-like [Helianthus annuus]
OTG24201.1 putative plant disease resistance response protein [Helianthus
annuus]
Length=316
Score = 286 bits (731), Expect = 8e-91, Method: Compositional matrix adjust.
Identities = 161/235 (69%), Positives = 187/235 (80%), Gaps = 11/235 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+TL FFMHDILGGSNP+A+AVTG V N A++GQ+PFAKPNGANLPV+NGVP D+NNNG
Sbjct 89 PDHTLTFFMHDILGGSNPSAKAVTGAVTNPAVNGQVPFAKPNGANLPVNNGVPQDDNNNG 148
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTV 273
I+NNNN+P L GLGGTTSN+ QNN NN N NGGQLP G++LQ MFGTLTV
Sbjct 149 IINNNNLPFLTGLGGTTSNVFQNNNNNNNNNNNNVFAAINGGQLPQGNALQQFMFGTLTV 208
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
+D+ELTEGHELGSGL+GKAQGFYV+S++DG SQTMAFT MF G Y DS+SF GVHR+A
Sbjct 209 IDDELTEGHELGSGLIGKAQGFYVSSSIDGKSQTMAFTVMFMHGSYIDSLSFMGVHRSAV 268
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
+ES L VMGGTGKYVNA+G A+VKTF GT QQ DG ET+L TVYL+
Sbjct 269 AESQLAVMGGTGKYVNAKGHAVVKTF---QGTDQQN----NDGTETLLHFTVYLA 316
>THG00467.1 hypothetical protein TEA_002893 [Camellia sinensis var. sinensis]
Length=1006
Score = 304 bits (778), Expect = 1e-90, Method: Compositional matrix adjust.
Identities = 156/244 (64%), Positives = 188/244 (77%), Gaps = 12/244 (5%)
Query 147 AGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVS 206
A A +V+G + PD+ FF+HDILGGSNP+ RAVTG+V N A++GQ+PFAKPNGA LP++
Sbjct 57 AAASTVVGLATPDHPFTFFLHDILGGSNPSTRAVTGIVTNPAVNGQVPFAKPNGAVLPIN 116
Query 207 NGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL-----PVANGGQLPSGS 261
NGVP+DN N+ ++NNNNVP L GL G T N++QNNGNN + P N QLPSGS
Sbjct 117 NGVPTDNANSAVINNNNVPFLTGLSGNTQNVIQNNGNNNVVNGGGFGFPALNAAQLPSGS 176
Query 262 SLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYED 321
+LQ LMFGTLT D+ELTEGHELGSGL+GKAQGFYVAS+ DG+SQTM FTAMFESGGY D
Sbjct 177 ALQKLMFGTLTAFDDELTEGHELGSGLVGKAQGFYVASSEDGSSQTMVFTAMFESGGYVD 236
Query 322 SISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL 381
S+ FFGVHR A SES L +MGGTGK+VNA+GFA VKTF ++ TDG+ET+L
Sbjct 237 SLCFFGVHRMAVSESQLAIMGGTGKFVNAKGFATVKTFPAAN-------QHNTDGVETLL 289
Query 382 ECTV 385
E TV
Sbjct 290 EITV 293
>KAB2063632.1 hypothetical protein ES319_A10G228500v1 [Gossypium barbadense]
TYH00215.1 hypothetical protein ES288_A10G256500v1 [Gossypium darwinii]
Length=327
Score = 286 bits (731), Expect = 1e-90, Method: Compositional matrix adjust.
Identities = 195/392 (50%), Positives = 242/392 (62%), Gaps = 68/392 (17%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
M K++ L+ I F ++AR+LDE+ +VP T+ +P P PT +
Sbjct 1 METYKLISILLSFAIIAFSTSARMLDEQPSNPVVPPVATATPIVPQ----PNPTGATVGN 56
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
G+A+G + GPLPT G
Sbjct 57 PGVAAGAAT--------------------------------------GPLPT------GT 72
Query 121 SSGNLPGSG---SGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
+ GN PG G +GP+PT G GAGA + D+ L+FFMHDILGGSNPTA
Sbjct 73 TVGN-PGVGAAATGPIPT---GPNVANPGAGAATA------DHPLIFFMHDILGGSNPTA 122
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNI 237
AVTGVV N A++GQ+ F KPNGANLPV+NGV ++ NNG LNNNN+PLL GLGG T +
Sbjct 123 IAVTGVVNNPAVNGQLAFPKPNGANLPVNNGVDENSGNNGFLNNNNIPLLSGLGGNTQAM 182
Query 238 LQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYV 297
LQN NN P GGQ+P+GS+LQ LMFGT+TV+D+ELT GHEL SG +GKAQGFYV
Sbjct 183 LQNGNNNGGG-FPALVGGQVPAGSTLQKLMFGTMTVIDDELTIGHELTSGFIGKAQGFYV 241
Query 298 ASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVK 357
AS++DGTS TMAFTAMFESG Y D++SFFGVHRT ASESHL +MGGTGKYVNA+GFAIV+
Sbjct 242 ASSIDGTSHTMAFTAMFESGHYADTLSFFGVHRTGASESHLAIMGGTGKYVNAKGFAIVR 301
Query 358 TFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S+ T++ TDG +TVLE VYL+Y
Sbjct 302 IVPASNQTRE------TDGFQTVLEFNVYLTY 327
>XP_010112925.1 dirigent protein 10 [Morus notabilis]
EXC35074.1 hypothetical protein L484_010856 [Morus notabilis]
Length=331
Score = 286 bits (731), Expect = 1e-90, Method: Compositional matrix adjust.
Identities = 189/394 (48%), Positives = 241/394 (61%), Gaps = 81/394 (21%)
Query 4 CKVLFFLILALAITFVSAARLLDEE--EDIGLVPLPTTSPGPLPTVGLGPFPTANSGPAT 61
+ + L L+L I+ +ARLLDE+ ED P +P P PT +GP
Sbjct 11 IAIAWLLFLSLTISSTFSARLLDEDAPED------PDVAPTPF-------VPTNPTGPT- 56
Query 62 GIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGAS 121
A+ G A +G +GT+ GP GP P
Sbjct 57 --ATPVGPAGTPVGPVGTSVGP---------------------VGPTANP---------- 83
Query 122 SGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVT 181
+GP+ A G+ +G + P +TL+F+MHDI+GG+NP+A A+T
Sbjct 84 --------AGPV------------SAAGGATLGNADPHHTLIFYMHDIVGGTNPSAIAIT 123
Query 182 GVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNN 241
G+V+N A+SGQ+PFAKPNGA LP++NGVP +NNN GI++NNNVP GL G T+N+LQN
Sbjct 124 GIVSNPAVSGQVPFAKPNGAVLPINNGVPQNNNNQGIISNNNVPFFTGLAGNTANLLQNT 183
Query 242 GNNML------NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGF 295
NN NG P NG QLP G +LQ LMFGT+T D+ELTEGHELGSGLLGKAQGF
Sbjct 184 NNNNNNFIAGGNGFPFLNGAQLPPGMTLQKLMFGTVTAFDDELTEGHELGSGLLGKAQGF 243
Query 296 YVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAI 355
YVAS++DGTSQ MAFTAMF++GGY DS++FFGVH TAA+ESHL +MGGTGKY+NA+G A
Sbjct 244 YVASSVDGTSQIMAFTAMFQTGGYADSLTFFGVHMTAAAESHLAIMGGTGKYLNAKGIAT 303
Query 356 VKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
VKTF ++ TDGLET+L+ TVYLSY
Sbjct 304 VKTFPPTADQHN------TDGLETLLQFTVYLSY 331
>KAE8712113.1 Dirigent protein 10 [Hibiscus syriacus]
Length=304
Score = 285 bits (728), Expect = 1e-90, Method: Compositional matrix adjust.
Identities = 168/263 (64%), Positives = 201/263 (76%), Gaps = 10/263 (4%)
Query 128 SGSGPLPTVGSGAAATGLGAGAGSVIGGSV-PDNTLVFFMHDILGGSNPTARAVTGVVAN 186
+G+ P P+V AA TG G+V + PD+TL FFMHDILGGSNP+A AVTG V+N
Sbjct 51 TGTQPNPSV---AATTGSIPTGGNVANPVLDPDHTLTFFMHDILGGSNPSALAVTGAVSN 107
Query 187 AALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML 246
AL+GQ+PFAKPNGANLPV+NG+ ++ N G+LNNNNVPLL GL G T +LQN+G+N
Sbjct 108 PALNGQLPFAKPNGANLPVNNGISQNSGNTGLLNNNNVPLLSGLCGNTQAVLQNDGSNNN 167
Query 247 NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQ 306
G P GGQLPSGS+LQ LMFGT+TV D +LT GHELGSG +GKA GFYVAS++ GTSQ
Sbjct 168 GGFPTLVGGQLPSGSALQKLMFGTMTVNDEKLTNGHELGSGFVGKAPGFYVASSVGGTSQ 227
Query 307 TMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQ 366
TMAFTAMF+SG Y D++SFFGVHRT SESH +MGGTGKYV+ARGFAIVKT S+ Q
Sbjct 228 TMAFTAMFQSGHYADTLSFFGVHRTGVSESHFSIMGGTGKYVSARGFAIVKTLPASNHQQ 287
Query 367 QQQPHQFTDGLETVLECTVYLSY 389
+ TDG ETVLE TVY++Y
Sbjct 288 E------TDGFETVLEFTVYVTY 304
>KAD5317591.1 hypothetical protein E3N88_17537 [Mikania micrantha]
Length=300
Score = 285 bits (728), Expect = 1e-90, Method: Compositional matrix adjust.
Identities = 160/237 (68%), Positives = 187/237 (79%), Gaps = 12/237 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+TL FFMHDILGGSNP+A+AVTG V N A++GQ+PFAKPNGANLPV+NGVP D+ NNG
Sbjct 71 PDHTLTFFMHDILGGSNPSAKAVTGAVTNPAVNGQVPFAKPNGANLPVNNGVPQDDGNNG 130
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG-----LPVANGGQLPSGSSLQMLMFGTLT 272
I+NNNN+P L GLGGTTSN+ Q+N NN N NGGQLP G++LQ MFGTLT
Sbjct 131 IINNNNLPFLTGLGGTTSNVFQSNNNNNNNINNNNVFAAINGGQLPQGNALQQFMFGTLT 190
Query 273 VMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTA 332
V+D+ELTEGHELGSGL+GKAQGFYV+S++DG SQTMAFT MF G Y DS+SF GVHR+A
Sbjct 191 VIDDELTEGHELGSGLIGKAQGFYVSSSIDGKSQTMAFTVMFMHGSYIDSLSFMGVHRSA 250
Query 333 ASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+ES L VMGGTGKYVNA+G A+VKTF GT QQ DG ET+L TVYL+Y
Sbjct 251 VAESQLAVMGGTGKYVNAKGHAVVKTF---QGTDQQN----NDGSETLLHFTVYLAY 300
>XP_010651068.1 PREDICTED: LOW QUALITY PROTEIN: dirigent protein 25 [Vitis vinifera]
Length=220
Score = 281 bits (719), Expect = 2e-90, Method: Compositional matrix adjust.
Identities = 150/227 (66%), Positives = 184/227 (81%), Gaps = 10/227 (4%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNP+A AVTG+V N A++GQ+PFAKPNGA LPV NGVP +N N+ ++NNNN+P
Sbjct 1 MHDILGGSNPSAGAVTGIVTNPAVNGQVPFAKPNGAVLPVKNGVPLNNGNSALINNNNIP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGH 282
L GL G T+N++QNNGNN++NG LPV NGGQ P+G++LQ LMFGT+TV+D+ELTEGH
Sbjct 61 FLTGLSGNTANVIQNNGNNVINGGSGLPVFNGGQFPAGTNLQKLMFGTMTVIDDELTEGH 120
Query 283 ELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 342
+ GSGL+GKAQGFYVAS+ DG+SQTMAFTAMFES GY S+SFFGVHRTA SES L +MG
Sbjct 121 DRGSGLVGKAQGFYVASSEDGSSQTMAFTAMFESDGYASSLSFFGVHRTAXSESQLAIMG 180
Query 343 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GTGKYVNA G+A VKT G++ TDG ET+L+ VYL++
Sbjct 181 GTGKYVNAEGYATVKTIPGAN-------QHNTDGTETLLQIIVYLAH 220
>XP_017641189.1 PREDICTED: dirigent protein 25-like [Gossypium arboreum]
TYI07835.1 hypothetical protein ES332_A10G252800v1 [Gossypium tomentosum]
TYJ16177.1 hypothetical protein E1A91_A10G232400v1 [Gossypium mustelinum]
Length=327
Score = 285 bits (729), Expect = 2e-90, Method: Compositional matrix adjust.
Identities = 193/390 (49%), Positives = 239/390 (61%), Gaps = 64/390 (16%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
M K++ L+ I F ++AR+LDE+ +VP P A + P
Sbjct 1 METYKLISILLSFAIIAFSTSARMLDEQPSNPVVP-----------------PVATATPI 43
Query 61 TGIASGTGSASGGLG-SLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPG 119
+ TG+ G G + G TGP P TT V PG
Sbjct 44 VPQPNPTGATVGNPGVAAGAATGPVPTGTT--------------VGNPG----------- 78
Query 120 ASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA 179
+ + +GP+PT G GAGA + D+ L+FFMHDILGGSNPTA A
Sbjct 79 -----VGAAATGPIPT---GPNVANPGAGAATA------DHPLIFFMHDILGGSNPTAIA 124
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
VTGVV N A++GQ+ F KPNGANLPV+NGV ++ NNG LNNNN+PLL GLGG T +LQ
Sbjct 125 VTGVVNNPAVNGQLAFPKPNGANLPVNNGVDENSGNNGFLNNNNIPLLSGLGGNTQAMLQ 184
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
N NN P GGQ+P+GS+LQ LMFGT+TV+D+ELT GHEL SG +GKAQGFYVAS
Sbjct 185 NGNNNGGG-FPALVGGQVPAGSTLQKLMFGTMTVIDDELTIGHELTSGFIGKAQGFYVAS 243
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
++DGTS TMAFTAMFESG Y D++SFFGVHRT ASESHL +MGGTGKYVNA+GFAIV+
Sbjct 244 SIDGTSHTMAFTAMFESGHYADTLSFFGVHRTGASESHLAIMGGTGKYVNAKGFAIVRIV 303
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S+ T++ TDG +TVLE VYL+Y
Sbjct 304 PASNQTRE------TDGFQTVLEFNVYLTY 327
>XP_021970189.1 dirigent protein 10-like [Helianthus annuus]
OTG22849.1 putative disease resistance-responsive (dirigent-like protein)
family protein [Helianthus annuus]
Length=301
Score = 284 bits (726), Expect = 3e-90, Method: Compositional matrix adjust.
Identities = 160/236 (68%), Positives = 188/236 (80%), Gaps = 11/236 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+TL FFMHDILGGSNP+A+AVTG V N A++GQ+PFAKPNGANLPV+NGVP D+ NNG
Sbjct 73 PDHTLTFFMHDILGGSNPSAKAVTGAVTNPAVNGQVPFAKPNGANLPVNNGVPQDDGNNG 132
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTV 273
I+NNNN+P L GLGGTTSN+ QNN NN N NGGQLP G++LQ MFGTLTV
Sbjct 133 IINNNNLPFLTGLGGTTSNVFQNNNNNNNNNNNNVFAAINGGQLPQGNALQQFMFGTLTV 192
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
+D+ELTEGHELGSGL+GKAQGFYV+S++DG SQTMAF+ MF G Y DS+SF GVHR+A
Sbjct 193 IDDELTEGHELGSGLIGKAQGFYVSSSIDGKSQTMAFSVMFMHGSYIDSLSFMGVHRSAV 252
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+ES L VMGGTGKYVNA+G A+VKTF GT QQ DG ET+L+ TVYL+Y
Sbjct 253 AESQLAVMGGTGKYVNAKGHAVVKTF---QGTNQQN----NDGTETLLQVTVYLAY 301
>XP_030508455.1 dirigent protein 25-like [Cannabis sativa]
Length=342
Score = 285 bits (728), Expect = 4e-90, Method: Compositional matrix adjust.
Identities = 176/307 (57%), Positives = 218/307 (71%), Gaps = 18/307 (6%)
Query 91 SSLLPVASSG-TLPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGA 149
+S++P G T GP PLP ++ + P A+ G+ +GP G A GA A
Sbjct 46 TSIVPTNQVGPTATQVGPSPLPVATPVGPVATPVGPIGTQTGPAQAQGQVGPAATGGAAA 105
Query 150 GSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGV 209
+ P TL FFMHDI+GG+NP+A A+TG+V N A+SGQ+PFAKPNGANLPV+NGV
Sbjct 106 VGMAD---PHATLSFFMHDIVGGTNPSAIAMTGIVTNPAMSGQVPFAKPNGANLPVNNGV 162
Query 210 PSDNNNNGILNNNNVPLLVGLGGTTSNILQN---NGNNML---NGLPVANGGQLPSGSSL 263
P ++NNNGI++NNNVP GL G + N LQN NGNN + +G P +G LP G +L
Sbjct 163 PQNSNNNGIVSNNNVPFFTGLAGNSGNFLQNQNTNGNNFIAGGSGFPFVSGASLPPGITL 222
Query 264 QMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSI 323
Q LMFGT+TV D+ELTEGHELGSGL+GKAQGFYVAS++DGTSQTMAFTAMF+SGGY D++
Sbjct 223 QKLMFGTMTVFDDELTEGHELGSGLMGKAQGFYVASSVDGTSQTMAFTAMFQSGGYSDTL 282
Query 324 SFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQF-TDGLETVLE 382
+FFGVH TAA+ESHL VMGGTGKY+NA+GFA VKT S P Q TDG+ET+L+
Sbjct 283 TFFGVHMTAAAESHLAVMGGTGKYLNAKGFATVKTSPAS-------PDQHSTDGMETLLQ 335
Query 383 CTVYLSY 389
VYL Y
Sbjct 336 FNVYLVY 342
>PON89558.1 Disease resistance response protein [Trema orientale]
Length=343
Score = 285 bits (728), Expect = 4e-90, Method: Compositional matrix adjust.
Identities = 157/238 (66%), Positives = 190/238 (80%), Gaps = 12/238 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P TL FFMHDI+GG+NP+A AVTG+V N A+SGQ+PFAKPNGA LPV+NGVP +NNN+G
Sbjct 112 PHATLSFFMHDIVGGTNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLPVNNGVPQNNNNDG 171
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLN------GLPVANGGQLPSGSSLQMLMFGTL 271
I++NNNVP GL G T+N+LQN+ NN N G P NG QLP G +LQ LMFGT+
Sbjct 172 IISNNNVPFFTGLAGNTANVLQNSNNNNNNFIAGGGGFPFVNGAQLPPGLTLQKLMFGTM 231
Query 272 TVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRT 331
TV D+ELTEGHELGSGL+GKAQGFYVAS++DGTSQ +AFTA+FESGGY DS++FFGVH T
Sbjct 232 TVFDDELTEGHELGSGLIGKAQGFYVASSVDGTSQIIAFTALFESGGYADSLTFFGVHMT 291
Query 332 AASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
AA+ESHL VMGGTGKY+NA+G+A VKT+ G+S Q TDG+ET+L+ VYL Y
Sbjct 292 AAAESHLAVMGGTGKYLNAKGYATVKTY-GASADQHN-----TDGIETLLQFNVYLVY 343
>XP_023733324.1 dirigent protein 25-like [Lactuca sativa]
Length=306
Score = 283 bits (724), Expect = 5e-90, Method: Compositional matrix adjust.
Identities = 166/265 (63%), Positives = 201/265 (76%), Gaps = 21/265 (8%)
Query 129 GSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAA 188
G+ P TV S AA G+ G D+TL+FFMHDILGGSNP+A+AVTG+V N
Sbjct 59 GAIPPSTVASNGAAGGVEGG----------DHTLMFFMHDILGGSNPSAKAVTGIVTNPT 108
Query 189 LSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN- 247
++GQ+PFAKPNGANLPV+NGVP DN N+GI+NNNN+P L GLGGTTSN+ +NNGNN N
Sbjct 109 VNGQVPFAKPNGANLPVNNGVPQDNGNSGIINNNNIPFLTGLGGTTSNVFRNNGNNNNNN 168
Query 248 ---GLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGT 304
P NGGQLP G++L+ LMFGTL V+D+ELTEGHELGSGL+GKAQGFYV+S++DG
Sbjct 169 FNNAFPSINGGQLPQGNALRQLMFGTLMVIDDELTEGHELGSGLIGKAQGFYVSSSIDGN 228
Query 305 SQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSG 364
SQTMAFT MF G Y DS+SF GVHR+A +ES L VMGGTGKY+NA+G A+VKTF G
Sbjct 229 SQTMAFTVMFVHGSYIDSLSFMGVHRSAVAESQLAVMGGTGKYLNAKGHAVVKTF---EG 285
Query 365 TQQQQPHQFTDGLETVLECTVYLSY 389
T QQ DG+ET+L+ VYL+Y
Sbjct 286 TNQQN----NDGVETLLQVAVYLTY 306
>TYH73512.1 hypothetical protein ES332_D05G334500v1 [Gossypium tomentosum]
TYI83875.1 hypothetical protein E1A91_D05G324200v1 [Gossypium mustelinum]
Length=300
Score = 283 bits (724), Expect = 6e-90, Method: Compositional matrix adjust.
Identities = 169/263 (64%), Positives = 197/263 (75%), Gaps = 15/263 (6%)
Query 129 GSGPLPTVGSGAAATGLGAGAGSVIGGSVPDN-TLVFFMHDILGGSNPTARAVTGVVANA 187
GS P PTV GA + G V PD+ TL FFMHDILGGSNPTA A+TG+V N
Sbjct 51 GSNPNPTVVGGATS-----GPNPV--NPNPDHHTLTFFMHDILGGSNPTALAITGIVNNP 103
Query 188 ALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML- 246
A++GQ+PFAKPNGANLP++NG+ + N GILNNNN+PLL GLGG T + N
Sbjct 104 AVNGQLPFAKPNGANLPLNNGINQNTGNTGILNNNNLPLLTGLGGNTQALNNGKNLNNGA 163
Query 247 NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQ 306
+ PV GGQLPSGS+LQ LMFGT+TV+D+ELT GHELGSG LGKAQGFYVAS++DG SQ
Sbjct 164 SNFPVLTGGQLPSGSALQKLMFGTMTVIDDELTVGHELGSGFLGKAQGFYVASSIDGNSQ 223
Query 307 TMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQ 366
TMAFTAMFESG Y D++SFFGVHR SESHL +MGGTGKYVNA+GFAIVKT S+ Q
Sbjct 224 TMAFTAMFESGHYADTLSFFGVHRIGVSESHLAIMGGTGKYVNAKGFAIVKTIPASN--Q 281
Query 367 QQQPHQFTDGLETVLECTVYLSY 389
QQ+ TDG ETVLE TVY++Y
Sbjct 282 QQE----TDGFETVLEFTVYITY 300
>XP_012442704.1 PREDICTED: dirigent protein 25 [Gossypium raimondii]
KJB60644.1 hypothetical protein B456_009G316800 [Gossypium raimondii]
Length=300
Score = 283 bits (723), Expect = 6e-90, Method: Compositional matrix adjust.
Identities = 169/263 (64%), Positives = 197/263 (75%), Gaps = 15/263 (6%)
Query 129 GSGPLPTVGSGAAATGLGAGAGSVIGGSVPDN-TLVFFMHDILGGSNPTARAVTGVVANA 187
GS P PTV GA + G V PD+ TL FFMHDILGGSNPTA A+TG+V N
Sbjct 51 GSNPNPTVVGGATS-----GPNPV--NPNPDHHTLTFFMHDILGGSNPTALAITGIVNNP 103
Query 188 ALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML- 246
A++GQ+PFAKPNGANLP++NG+ + N GILNNNN+PLL GLGG T + N
Sbjct 104 AVNGQLPFAKPNGANLPLNNGINQNTGNTGILNNNNLPLLTGLGGNTQALNNGKNLNNGP 163
Query 247 NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQ 306
+ PV GGQLPSGS+LQ LMFGT+TV+D+ELT GHELGSG LGKAQGFYVAS++DG SQ
Sbjct 164 SNFPVLTGGQLPSGSALQKLMFGTMTVIDDELTVGHELGSGFLGKAQGFYVASSIDGNSQ 223
Query 307 TMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQ 366
TMAFTAMFESG Y D++SFFGVHR SESHL +MGGTGKYVNA+GFAIVKT S+ Q
Sbjct 224 TMAFTAMFESGHYADTLSFFGVHRIGVSESHLAIMGGTGKYVNAKGFAIVKTIPASN--Q 281
Query 367 QQQPHQFTDGLETVLECTVYLSY 389
QQ+ TDG ETVLE TVY++Y
Sbjct 282 QQE----TDGFETVLEFTVYITY 300
>KAD3068263.1 hypothetical protein E3N88_36143 [Mikania micrantha]
Length=299
Score = 283 bits (723), Expect = 7e-90, Method: Compositional matrix adjust.
Identities = 160/235 (68%), Positives = 186/235 (79%), Gaps = 11/235 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+TL FFMHDILGGSNP+A+AVTG V N A++GQ+PFAKPNGANLPV+NGVP DN NNG
Sbjct 72 PDHTLTFFMHDILGGSNPSAKAVTGAVTNPAVNGQVPFAKPNGANLPVNNGVPQDNGNNG 131
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTV 273
I+NNNN+P L GLGGTTSN+ +NN NN N NGGQLP G++LQ MFGTLTV
Sbjct 132 IINNNNLPFLTGLGGTTSNVFRNNNNNNNNNNNNVFAAINGGQLPEGNALQQFMFGTLTV 191
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
+D+ELTEGHELGSGL+GKAQGFYV+S++DG SQTMAFT MF G Y DS+SF GVHR+A
Sbjct 192 IDDELTEGHELGSGLIGKAQGFYVSSSIDGKSQTMAFTVMFMHGSYIDSLSFMGVHRSAV 251
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
+ES L VMGGTGKYVNA+G A+VKTF GT QQ DG ET+L TVYL+
Sbjct 252 AESQLAVMGGTGKYVNAKGHAVVKTF---QGTDQQN----NDGTETLLHFTVYLA 299
>KAF4368455.1 hypothetical protein F8388_018579 [Cannabis sativa]
KAF4397229.1 hypothetical protein G4B88_009075 [Cannabis sativa]
Length=342
Score = 284 bits (726), Expect = 8e-90, Method: Compositional matrix adjust.
Identities = 176/307 (57%), Positives = 218/307 (71%), Gaps = 18/307 (6%)
Query 91 SSLLPVASSG-TLPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGA 149
+S++P G T GP PLP ++ + P A+ G+ +GP G A GA A
Sbjct 46 TSIVPTNQVGPTATQVGPSPLPVATPVGPVATPAGPIGTQTGPGQAQGQVGPAATGGAAA 105
Query 150 GSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGV 209
+ P TL FFMHDI+GG+NP+A A+TG+V N A+SGQ+PFAKPNGANLPV+NGV
Sbjct 106 VGMAD---PHATLSFFMHDIVGGTNPSAIAMTGIVTNPAMSGQVPFAKPNGANLPVNNGV 162
Query 210 PSDNNNNGILNNNNVPLLVGLGGTTSNILQN---NGNNML---NGLPVANGGQLPSGSSL 263
P ++NNNGI++NNNVP GL G + N LQN NGNN + +G P +G LP G +L
Sbjct 163 PQNSNNNGIVSNNNVPFFTGLAGNSGNFLQNQNTNGNNFIAGGSGFPFVSGASLPPGITL 222
Query 264 QMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSI 323
Q LMFGT+TV D+ELTEGHELGSGL+GKAQGFYVAS++DGTSQTMAFTAMF+SGGY D++
Sbjct 223 QKLMFGTMTVFDDELTEGHELGSGLMGKAQGFYVASSVDGTSQTMAFTAMFQSGGYSDTL 282
Query 324 SFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQF-TDGLETVLE 382
+FFGVH TAA+ESHL VMGGTGKY+NA+GFA VKT S P Q TDG+ET+L+
Sbjct 283 TFFGVHMTAAAESHLAVMGGTGKYLNAKGFATVKTSPAS-------PDQHSTDGMETLLQ 335
Query 383 CTVYLSY 389
VYL Y
Sbjct 336 FNVYLVY 342
>PON66996.1 Disease resistance response protein [Parasponia andersonii]
Length=346
Score = 284 bits (727), Expect = 8e-90, Method: Compositional matrix adjust.
Identities = 157/238 (66%), Positives = 190/238 (80%), Gaps = 12/238 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P TL FFMHDI+GG+NP+A AVTG+V N A+SGQ+PFAKPNGA LPV+NGVP +NNN+G
Sbjct 115 PHATLSFFMHDIVGGTNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLPVNNGVPQNNNNDG 174
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLN------GLPVANGGQLPSGSSLQMLMFGTL 271
I++NNNVP GL G T+N+LQN+ NN N G P NG QLP G +LQ LMFGT+
Sbjct 175 IISNNNVPFFTGLAGNTANVLQNSNNNNNNFIAGGGGFPFVNGAQLPPGLTLQKLMFGTM 234
Query 272 TVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRT 331
TV D+ELTEGHELGSGL+GKAQGFYVAS++DGTSQ +AFTA+FESGGY DS++FFGVH T
Sbjct 235 TVFDDELTEGHELGSGLIGKAQGFYVASSVDGTSQIIAFTALFESGGYADSLTFFGVHMT 294
Query 332 AASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
AA+ESHL VMGGTGKY+NA+G+A VKT+ G+S Q TDG+ET+L+ VYL Y
Sbjct 295 AAAESHLAVMGGTGKYLNAKGYATVKTY-GASADQHN-----TDGIETLLQFNVYLVY 346
>CAN77499.1 hypothetical protein VITISV_002404 [Vitis vinifera]
Length=1393
Score = 305 bits (781), Expect = 2e-89, Method: Compositional matrix adjust.
Identities = 193/387 (50%), Positives = 243/387 (63%), Gaps = 45/387 (12%)
Query 6 VLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPATGIAS 65
V + L+L + I F ++AR+L+E+ ++ + ++ P G+ P T PA
Sbjct 1049 VAYLLLLTVTIAFSTSARVLEEQPELPISLSGASNSVQQPVAGVAPIAT----PAVA--- 1101
Query 66 GTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGASSGNL 125
PG + + P G P PGA++
Sbjct 1102 --------------QPNPGVAAAA-------TPAVAQPNPGAAAQPN-----PGAAAQPN 1135
Query 126 PGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVA 185
PG+ P P V AA GA A + G + D+ L FFMHDILGGSNP+ARAVTG+V
Sbjct 1136 PGAAVQPNPGV---AAQPNPGAVAATSGGMAHDDHPLSFFMHDILGGSNPSARAVTGIVT 1192
Query 186 NAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL---QNNG 242
N A++GQ+PFAKPNGA LPV+NGVP ++ N+G++NNNN+P L GL G T ++ NN
Sbjct 1193 NPAVNGQVPFAKPNGALLPVNNGVPLNSGNSGLINNNNIPFLTGLSGITPTVIPNNGNNL 1252
Query 243 NNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALD 302
N NGLPV NGGQ +GSSLQ LMFGT+TV+D+ELTEGHELGSG +GKAQGFYVAS+ D
Sbjct 1253 FNGGNGLPVGNGGQYLAGSSLQKLMFGTMTVIDDELTEGHELGSGSVGKAQGFYVASSED 1312
Query 303 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGS 362
GTSQTMAFTAMF+SG Y DS+SFFGVHRTA SES L +MGGTGKYVNA+GFA VKT
Sbjct 1313 GTSQTMAFTAMFQSGSYADSLSFFGVHRTAVSESQLAIMGGTGKYVNAKGFATVKTIP-- 1370
Query 363 SGTQQQQPHQFTDGLETVLECTVYLSY 389
T QQ TDG+ET+LE TVY++Y
Sbjct 1371 -PTHQQAT---TDGVETLLEFTVYVTY 1393
>KAF4347976.1 hypothetical protein G4B88_020982 [Cannabis sativa]
Length=342
Score = 283 bits (724), Expect = 2e-89, Method: Compositional matrix adjust.
Identities = 157/239 (66%), Positives = 189/239 (79%), Gaps = 14/239 (6%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P TL FFMHDI+GG+NP+A A+TG+V N A+SGQ+PFAKPNGANLPV+NGVP ++NNNG
Sbjct 111 PHATLSFFMHDIVGGTNPSAIAMTGIVTNPAMSGQVPFAKPNGANLPVNNGVPQNSNNNG 170
Query 218 ILNNNNVPLLVGLGGTTSNILQN---NGNNML---NGLPVANGGQLPSGSSLQMLMFGTL 271
I++NNNVP GL G + N LQN NGNN + +G P +G LP G +LQ LMFGT+
Sbjct 171 IVSNNNVPFFTGLAGNSGNFLQNQNTNGNNFIAGGSGFPFVSGASLPPGITLQKLMFGTM 230
Query 272 TVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRT 331
TV D+ELTEGHELGSGL+GKAQGFYVAS++DGTSQTMAFTAMF+SGGY D+++FFGVH T
Sbjct 231 TVFDDELTEGHELGSGLMGKAQGFYVASSVDGTSQTMAFTAMFQSGGYSDTLTFFGVHMT 290
Query 332 AASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQF-TDGLETVLECTVYLSY 389
AA+ESHL VMGGTGKY+NA+GFA VKT S P Q TDG+ET+L+ VYL Y
Sbjct 291 AAAESHLAVMGGTGKYLNAKGFATVKTSPAS-------PDQHSTDGMETLLQFNVYLVY 342
>KAF3657864.1 Licodione synthase [Capsicum annuum]
KAF3660509.1 Licodione synthase [Capsicum annuum]
Length=658
Score = 293 bits (750), Expect = 2e-89, Method: Compositional matrix adjust.
Identities = 152/231 (66%), Positives = 176/231 (76%), Gaps = 7/231 (3%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+T FFMHDILGGSNP+A AVTG+V N A+SGQ+PFAKPNGA L V+NGVP++N N+GI+
Sbjct 434 HTFSFFMHDILGGSNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLAVNNGVPTNNANSGII 493
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNG-LPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
+NNN+P L GL GTTSN + N LP N QL SG S Q LMFGTLTV D+EL
Sbjct 494 SNNNIPFLTGLSGTTSNFINGNSIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFDDEL 553
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SESHL
Sbjct 554 TEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSESHL 613
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
VM GTGKYVNA+GFA VKTF ++ Q+ TDG+ETVL TVYL+Y
Sbjct 614 AVMAGTGKYVNAKGFATVKTFPATNQLQE------TDGVETVLHITVYLAY 658
>XP_023924329.1 dirigent protein 25-like [Quercus suber]
Length=287
Score = 281 bits (719), Expect = 2e-89, Method: Compositional matrix adjust.
Identities = 154/230 (67%), Positives = 180/230 (78%), Gaps = 15/230 (7%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+TL FF+HDILGG+ P+A+A+TG+V + AL+GQ+PFAKPNGA LPVSN P +N+NN
Sbjct 73 HTLTFFLHDILGGTKPSAQAMTGIVNSPALNGQLPFAKPNGAVLPVSNNGPQNNDNNNF- 131
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELT 279
P L GLGG TS +LQNNG N +PV NGGQLPSG+ +Q LMFGT+TV D+ELT
Sbjct 132 -----PFLTGLGGATSPVLQNNGGN----VPVFNGGQLPSGTDVQKLMFGTMTVFDDELT 182
Query 280 EGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 339
EG+EL SGLLGKAQGFYV S+ DGTSQTMAFTAMFESG Y DS+SFFGVHRT SES L
Sbjct 183 EGNELRSGLLGKAQGFYVVSSEDGTSQTMAFTAMFESGNYADSLSFFGVHRTGVSESQLA 242
Query 340 VMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNA+GFA VKTFT Q Q H+ TDG+ET LE TVY+SY
Sbjct 243 IMGGTGKYVNAKGFATVKTFTD----QANQQHE-TDGVETKLEFTVYISY 287
>XP_030929059.1 dirigent protein 25-like [Quercus lobata]
Length=287
Score = 281 bits (718), Expect = 3e-89, Method: Compositional matrix adjust.
Identities = 153/230 (67%), Positives = 180/230 (78%), Gaps = 15/230 (7%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+TL+FF+HDILGG+ P+A+A+TG+V + AL+GQ+PFAKPNGA LPVSN P +N+NN
Sbjct 73 HTLIFFLHDILGGTKPSAQAMTGIVNSPALNGQLPFAKPNGAVLPVSNNGPQNNDNNNF- 131
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELT 279
P L GLGG TS +LQNNG N +PV NGGQLPSGS + LMFGT+TV D+ELT
Sbjct 132 -----PFLTGLGGATSPVLQNNGAN----VPVVNGGQLPSGSDMLKLMFGTMTVFDDELT 182
Query 280 EGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 339
EG+EL SGLLGKAQGFYV S+ DGTSQTMAFTAMFESG Y DS+SFFGVHRT SES L
Sbjct 183 EGNELRSGLLGKAQGFYVVSSEDGTSQTMAFTAMFESGHYADSLSFFGVHRTGVSESQLA 242
Query 340 VMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNA+GFA VKT+T Q Q H+ TDG+ET LE TVY+SY
Sbjct 243 IMGGTGKYVNAKGFATVKTYTD----QANQQHE-TDGVETKLEFTVYISY 287
>XP_002312064.1 dirigent protein 10 [Populus trichocarpa]
PNT22802.1 hypothetical protein POPTR_008G049200 [Populus trichocarpa]
Length=310
Score = 281 bits (720), Expect = 3e-89, Method: Compositional matrix adjust.
Identities = 157/234 (67%), Positives = 193/234 (82%), Gaps = 9/234 (4%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P +TL FFMHDILGG+NP+ARAVTG+V+N A+SGQ+PFAKPNGANLP++NGVP ++NNNG
Sbjct 84 PGHTLSFFMHDILGGTNPSARAVTGIVSNPAVSGQVPFAKPNGANLPINNGVPQNSNNNG 143
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNNN+P L GLGGTT ++QNNGNN N LP++NGG LPSGS+LQ LMFGT+TV+D
Sbjct 144 LINNNNLPFLTGLGGTTQPVVQNNGNNFNNAFNLPLSNGGNLPSGSTLQQLMFGTITVID 203
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGH+L S +GKAQGFYVAS+LDGTSQTMAFTAMF+SG Y DS+SFFGV RT SE
Sbjct 204 DELTEGHDLRSSFVGKAQGFYVASSLDGTSQTMAFTAMFQSGHYADSLSFFGVLRTGVSE 263
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S L +MGGTGKYVNA+G+AI+K ++ TDG+ET+LE VY+SY
Sbjct 264 SQLAIMGGTGKYVNAQGYAIIKIIPSTN-------QNTTDGVETLLEFVVYVSY 310
>XP_021679051.1 dirigent protein 25-like [Hevea brasiliensis]
Length=297
Score = 281 bits (718), Expect = 4e-89, Method: Compositional matrix adjust.
Identities = 164/234 (70%), Positives = 197/234 (84%), Gaps = 11/234 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+ L FFMHDILGGSNPTARAVTG+V+N A++GQ+PFAKPNGA LPV NGVP +NNNNG
Sbjct 73 PDHALTFFMHDILGGSNPTARAVTGIVSNPAVNGQVPFAKPNGAVLPVDNGVPQNNNNNG 132
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNNN+P L GL GTT+N++QNNGNN LNG +PV NG QLPS +LQ LMFGT+TV+D
Sbjct 133 LINNNNLPFLTGLSGTTANVVQNNGNNNLNGFNIPVVNGDQLPS--TLQQLMFGTITVID 190
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTE H+L SG +G+AQGFYVAS++DGTSQTMAFT MF++G YEDS++FFGVHRTA SE
Sbjct 191 DELTESHDLRSGFVGRAQGFYVASSVDGTSQTMAFTTMFQNGHYEDSLTFFGVHRTAVSE 250
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S L +MGGTGKYVNA+GFAIVKTF T Q + TDG+ET+LE TVY+SY
Sbjct 251 SQLAIMGGTGKYVNAKGFAIVKTF---PATNQHE----TDGVETLLEFTVYVSY 297
>XP_008385181.1 dirigent protein 25-like [Malus domestica]
Length=309
Score = 281 bits (718), Expect = 6e-89, Method: Compositional matrix adjust.
Identities = 165/276 (60%), Positives = 202/276 (73%), Gaps = 14/276 (5%)
Query 118 PGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
P + +P S P P V + A G A + +G + + L FF+HDI+GGSNP+A
Sbjct 44 PDTTQTQIPVSNVPP-PLVATNPA--GPAAATSATVGNTASYHPLTFFLHDIIGGSNPSA 100
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTT--- 234
RAVTG+VAN A+SGQIPFAKPNGAN+P+ NG+P ++NNNGI+NNNNVP GLGG T
Sbjct 101 RAVTGIVANPAVSGQIPFAKPNGANIPIGNGIPQNSNNNGIINNNNVPFFTGLGGNTGNN 160
Query 235 -SNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQ 293
NN NG P NG QLP G +LQ LMFGTLTV D+ELTEGHELGSGLLGKAQ
Sbjct 161 LVQNNGNNNIIGGNGFPYINGAQLPPGITLQKLMFGTLTVFDDELTEGHELGSGLLGKAQ 220
Query 294 GFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGF 353
GFYVAS+ DG+SQT+AFTAMF+SGGY DS++FFGVHR A SESHL VMGGTG+Y+NA+G+
Sbjct 221 GFYVASSEDGSSQTIAFTAMFQSGGYADSLTFFGVHRVAVSESHLAVMGGTGRYLNAKGY 280
Query 354 AIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
A+VKT ++ QP+ TDG++TVLE T YL+Y
Sbjct 281 ALVKTIPATN-----QPN--TDGVDTVLEFTTYLTY 309
>XP_015872499.1 dirigent protein 25-like [Ziziphus jujuba]
Length=326
Score = 281 bits (718), Expect = 8e-89, Method: Compositional matrix adjust.
Identities = 158/232 (68%), Positives = 186/232 (80%), Gaps = 9/232 (4%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+ L FFMHDI+GG+NP+ARAVTGVV N A++GQ+PFAKPNGA LPV NGVP +NNNNGI+
Sbjct 102 HALSFFMHDIIGGTNPSARAVTGVVTNPAVNGQVPFAKPNGAVLPVDNGVPQNNNNNGII 161
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMDNE 277
NNNNVP GL G SN++QN+GN ++ G P NG LPSG++LQ L FGTLTV D+E
Sbjct 162 NNNNVPFFTGLSGVASNVVQNSGNGIIGGNGFPFLNGALLPSGTTLQKLTFGTLTVFDDE 221
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTEGHELGSGLLGKAQGFYVAS++DGTSQ MAFT MF+ GGY DS++FFGV+RTAASESH
Sbjct 222 LTEGHELGSGLLGKAQGFYVASSVDGTSQIMAFTTMFQEGGYTDSLTFFGVYRTAASESH 281
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L VMGGTGKYVNA+G A VKTF + TDG+ET+L+ TVYLSY
Sbjct 282 LAVMGGTGKYVNAKGLATVKTFPALN-------QHNTDGIETLLQFTVYLSY 326
>XP_007219177.2 dirigent protein 25 [Prunus persica]
ONI24149.1 hypothetical protein PRUPE_2G226900 [Prunus persica]
Length=279
Score = 279 bits (714), Expect = 8e-89, Method: Compositional matrix adjust.
Identities = 164/241 (68%), Positives = 194/241 (80%), Gaps = 15/241 (6%)
Query 152 VIGGSVPD-NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVP 210
+I +V D +TL+FFMHDILGGSNPTARA+TG+V + A +GQ+PFAKPNGA LP +NGVP
Sbjct 51 IINANVADQHTLIFFMHDILGGSNPTARAMTGIVNSPAANGQLPFAKPNGAVLPFNNGVP 110
Query 211 SDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMF 268
+NNNNG++NNNN+P L GL GTTSN+ QNNG +NG P+ NGGQL GS LQ LMF
Sbjct 111 QNNNNNGLINNNNIPFLTGLSGTTSNVAQNNG---INGGNFPI-NGGQLQPGSVLQNLMF 166
Query 269 GTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGV 328
GT++V D+ELTEGHEL SGL+GKAQGFYV S+ DGTSQTM FTAMFESG Y DS+SFFGV
Sbjct 167 GTMSVFDDELTEGHELSSGLVGKAQGFYVVSSEDGTSQTMGFTAMFESGSYADSLSFFGV 226
Query 329 HRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
HRTA SESHL +MGGTGKYVNA+GFA+VKTF S+ Q TDG ET+L+ TVYL+
Sbjct 227 HRTAVSESHLAIMGGTGKYVNAKGFAMVKTFPASN--------QQTDGAETLLQFTVYLT 278
Query 389 Y 389
Y
Sbjct 279 Y 279
>XP_010313548.1 LOW QUALITY PROTEIN: dirigent protein 10 [Solanum lycopersicum]
Length=288
Score = 280 bits (715), Expect = 9e-89, Method: Compositional matrix adjust.
Identities = 149/246 (61%), Positives = 175/246 (71%), Gaps = 16/246 (7%)
Query 147 AGAGSVIGGSVP---DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANL 203
AGAG P D+ FFMHDILGGSNP+A AV +LSGQ+PFAKPNGA L
Sbjct 56 AGAGPATHADHPATDDHIFSFFMHDILGGSNPSAIAVX-----PSLSGQVPFAKPNGAVL 110
Query 204 PVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSL 263
V NGVP + N+GI++NNN+P L GL GTT N++QNN NG P N QL SG +
Sbjct 111 AVENGVPVTSGNSGIISNNNIPFLTGLSGTTPNVVQNNIIGGGNGYPALNMAQLGSGITF 170
Query 264 QMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSI 323
Q LMFGTLTV D+ELT+GHEL SGL+GK+QGFYV+S+ DGTSQTMAFT MF SG Y DS+
Sbjct 171 QKLMFGTLTVFDDELTQGHELNSGLVGKSQGFYVSSSEDGTSQTMAFTVMFHSGSYSDSL 230
Query 324 SFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLEC 383
SFFGVHR SESHL +MGGTGKYVNA+GFA VKTF ++ Q TDG++T+L
Sbjct 231 SFFGVHRVRVSESHLAIMGGTGKYVNAKGFATVKTFPAAN--------QETDGVQTLLHI 282
Query 384 TVYLSY 389
TVYL Y
Sbjct 283 TVYLDY 288
>XP_010243747.1 PREDICTED: dirigent protein 25-like [Nelumbo nucifera]
Length=297
Score = 280 bits (715), Expect = 9e-89, Method: Compositional matrix adjust.
Identities = 154/232 (66%), Positives = 191/232 (82%), Gaps = 6/232 (3%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P + L FFMHD LGGSNP+A AVTG+V N A++GQ+PFA+PNGA LPV+NGVP +N+N G
Sbjct 72 PHHPLSFFMHDRLGGSNPSALAVTGIVNNPAVNGQVPFARPNGAVLPVNNGVPLNNDNRG 131
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNE 277
I+NNNN+P L GLGG+TS ++QNNGNN G+P+ NG QLP+G+++Q LMFGT+TV+D+E
Sbjct 132 IINNNNIPFLTGLGGSTSTVIQNNGNNGGFGVPLVNGAQLPAGTTIQKLMFGTMTVIDDE 191
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTEGHELGSG++GKAQGFYV S+ DG+SQTMAFTAMFESG Y DS+SFFGVHRTA SES
Sbjct 192 LTEGHELGSGMVGKAQGFYVTSSEDGSSQTMAFTAMFESGNYADSLSFFGVHRTAVSESQ 251
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L +MGGTGKYVNA+G+A +KT ++ Q TDG ET+LE TVYL+Y
Sbjct 252 LAIMGGTGKYVNAKGYATLKTAIPNAN------QQTTDGEETLLEVTVYLTY 297
>KZV15922.1 Disease resistance-responsive family protein [Dorcoceras hygrometricum]
Length=325
Score = 281 bits (718), Expect = 9e-89, Method: Compositional matrix adjust.
Identities = 184/388 (47%), Positives = 239/388 (62%), Gaps = 74/388 (19%)
Query 6 VLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPATGIAS 65
++ LILA++I+ ++ARLLDE G V P
Sbjct 8 IISLLILAISISCATSARLLDE----GDVAAPVV-------------------------- 37
Query 66 GTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGASSGNL 125
GPG TTG+S+ AS+ T G + +PG + +
Sbjct 38 ----------------GPGSSITTGTSVPAGASTST------GTSVPAGTTIPGGAEVST 75
Query 126 PGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVA 185
P S + +P G AAA + A D+ F+MHDILGG++P+A AVTG+VA
Sbjct 76 PVSATNGIP--GGAAAAVPIIA----------EDHGFTFYMHDILGGTHPSALAVTGIVA 123
Query 186 NAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQN-NGNN 244
N A+ GQ+PFAKPNGA L V+NG+P++NNN GI++NNN+P L GL G +SNIL N NGNN
Sbjct 124 NPAVGGQVPFAKPNGAVLAVNNGIPTNNNNAGIISNNNIPFLTGLSGFSSNILSNDNGNN 183
Query 245 MLNGL---PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASAL 301
++ G+ PV N Q PSG++LQ LMFGT+TV ++ELTEGHELGSGL+GKAQGFY++S+
Sbjct 184 IIGGMPGFPVLNSAQFPSGTTLQQLMFGTMTVFNDELTEGHELGSGLVGKAQGFYLSSSQ 243
Query 302 DGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTG 361
DG+S TMAF MF SG Y D++SFFGVHR A +ESHL +MGGTGKYVNA+GFA VKT
Sbjct 244 DGSSFTMAFNVMFASGSYADTLSFFGVHRAAVAESHLAIMGGTGKYVNAKGFAKVKTIL- 302
Query 362 SSGTQQQQPHQFTDGLETVLECTVYLSY 389
+ TQ + TDG+ETVLE TVYL+Y
Sbjct 303 PANTQHE-----TDGMETVLEITVYLAY 325
>XP_012455937.1 PREDICTED: dirigent protein 25-like [Gossypium raimondii]
XP_016717871.1 PREDICTED: dirigent protein 25-like [Gossypium hirsutum]
KAB2010545.1 hypothetical protein ES319_D10G246000v1 [Gossypium barbadense]
TYG51548.1 hypothetical protein ES288_D10G266200v1 [Gossypium darwinii]
TYH51368.1 hypothetical protein ES332_D10G268200v1 [Gossypium tomentosum]
KJB73717.1 hypothetical protein B456_011G246000 [Gossypium raimondii]
PPD93425.1 hypothetical protein GOBAR_DD09622 [Gossypium barbadense]
Length=327
Score = 280 bits (717), Expect = 1e-88, Method: Compositional matrix adjust.
Identities = 191/390 (49%), Positives = 237/390 (61%), Gaps = 64/390 (16%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
M K++ L+ I F ++AR+LDE+ +VP P A + P
Sbjct 1 METYKLISILLSFAIIAFSTSARMLDEQPSNPVVP-----------------PVATATPI 43
Query 61 TGIASGTGSASGGLG-SLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPG 119
+ TG+ G G + G TGP P TT V PG
Sbjct 44 VPQPNPTGAVVGNPGVAAGAATGPIPTGTT--------------VGNPG----------- 78
Query 120 ASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARA 179
+ + SGP+PT G A +G GA D+ L+FFMHDILGGSNPTA A
Sbjct 79 -----VGAAASGPIPT-GPNVANSGAGAATA--------DHPLIFFMHDILGGSNPTAIA 124
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
+TGVV N A++GQ+ F KPNGANLPV+NGV ++ NNG LNNNN+PLL GLGG +LQ
Sbjct 125 ITGVVNNPAVNGQLAFPKPNGANLPVNNGVDENSGNNGFLNNNNIPLLSGLGGNAQAMLQ 184
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
N NN P GGQ+P+GS+LQ LMFGT+TV+D+ELT GHEL SG +GKAQGFYVAS
Sbjct 185 NGNNNGGG-FPALVGGQVPAGSTLQKLMFGTMTVIDDELTIGHELTSGFIGKAQGFYVAS 243
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
++DGTS TMAFTAMFESG Y D++SFFGVHRT ASESHL +MGGTGKYVN++GFAIV+
Sbjct 244 SVDGTSHTMAFTAMFESGHYADTLSFFGVHRTGASESHLAIMGGTGKYVNSKGFAIVRIV 303
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S+ T + TDG +TVLE VYL+Y
Sbjct 304 PASNQTGE------TDGFQTVLEFNVYLTY 327
>XP_022731710.1 dirigent protein 25-like [Durio zibethinus]
Length=298
Score = 279 bits (714), Expect = 1e-88, Method: Compositional matrix adjust.
Identities = 168/236 (71%), Positives = 197/236 (83%), Gaps = 11/236 (5%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P + L FFMHDILGGSNP+ARAVTG+V+N A SGQ+PFAKPNGANLPV+NGV ++NNNG
Sbjct 70 PHHPLTFFMHDILGGSNPSARAVTGIVSNPAASGQVPFAKPNGANLPVNNGVSVNSNNNG 129
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTV 273
I+NNNNVP L GLGG +N QNNGNN +N + + NGGQLP+GS++Q MFGTLTV
Sbjct 130 IVNNNNVPFLTGLGGKAANAAQNNGNNPINNGSGGVAILNGGQLPAGSTIQKFMFGTLTV 189
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
+D+ELTEGHELGSGL+GKAQGFYVAS++DG SQTMAFTAMFESGGY DSISFFGVHRTA
Sbjct 190 IDDELTEGHELGSGLIGKAQGFYVASSIDGNSQTMAFTAMFESGGYADSISFFGVHRTAV 249
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SESHL +MGGTGKY+NA+G+AIVKTF T Q + TDGLET+L+ TVYL+Y
Sbjct 250 SESHLAIMGGTGKYLNAKGYAIVKTF---PATNQNE----TDGLETLLQFTVYLAY 298
>KAA3482066.1 dirigent protein 25-like [Gossypium australe]
Length=327
Score = 280 bits (717), Expect = 1e-88, Method: Compositional matrix adjust.
Identities = 192/392 (49%), Positives = 241/392 (61%), Gaps = 68/392 (17%)
Query 1 MAGCKVLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA 60
M K++ L+ I F ++AR+LDE+ +VP T+ +P P PT +
Sbjct 1 METYKLISILLSFAIIAFSTSARMLDEQPSNPVVPPVATATPIVPQ----PNPTGATVGN 56
Query 61 TGIASGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGA 120
G+A+G + GP+PT G
Sbjct 57 PGVAAGAAT--------------------------------------GPIPT------GT 72
Query 121 SSGNLPGSG---SGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
+ GN PG G +GP+PT G GAGA + D+ L+FFMHDILGGSNPTA
Sbjct 73 TVGN-PGVGAAATGPIPT---GPNVANPGAGAATA------DHPLIFFMHDILGGSNPTA 122
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNI 237
AVTGVV N A++GQ+ F KPNGANLPV+NGV ++ NNG LNNNN+PLL GLGG T +
Sbjct 123 IAVTGVVNNPAVNGQLAFPKPNGANLPVNNGVDENSGNNGFLNNNNIPLLSGLGGNTQAM 182
Query 238 LQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYV 297
LQN NN P GGQ+P+GS+LQ LMFGT+TV+D+ELT GHEL SG +GKAQGFY+
Sbjct 183 LQNGNNNGGG-FPALIGGQVPAGSTLQKLMFGTMTVIDDELTIGHELTSGFIGKAQGFYI 241
Query 298 ASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVK 357
AS++DGTS TMAFTAMFESG Y D++SFFGVHRT ASESHL +MGGTGKYVN++GFAIV+
Sbjct 242 ASSIDGTSHTMAFTAMFESGHYADTLSFFGVHRTGASESHLAIMGGTGKYVNSKGFAIVR 301
Query 358 TFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S+ T + TDG +TVLE VYL+Y
Sbjct 302 IVPASNQTGE------TDGFQTVLEFNVYLTY 327
>RXH84484.1 hypothetical protein DVH24_032768 [Malus domestica]
Length=313
Score = 280 bits (715), Expect = 2e-88, Method: Compositional matrix adjust.
Identities = 166/277 (60%), Positives = 203/277 (73%), Gaps = 15/277 (5%)
Query 118 PGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
P + +P S P P V + A G A + +G + + L FF+HDI+GGSNP+A
Sbjct 47 PDTTQTQIPVSNVPP-PLVATNPA--GPAAATSTTVGNTASYHPLTFFLHDIIGGSNPSA 103
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNI 237
RAVTG+VAN A+SGQIPFAKPNGAN+P+ NG+P ++NNNGI+NNNNVP GLGG T N
Sbjct 104 RAVTGIVANPAVSGQIPFAKPNGANIPIGNGIPQNSNNNGIINNNNVPFFTGLGGNTGNN 163
Query 238 LQNNGNNMLNG-----LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKA 292
L N N N P NG QLP G +LQ LMFGTLTV D+ELTEGHELGSGLLGKA
Sbjct 164 LVQNNGNNNNIIGGNGFPYINGAQLPPGITLQKLMFGTLTVFDDELTEGHELGSGLLGKA 223
Query 293 QGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG 352
QGFYVAS+ DG+SQT+AFTAMF+SGGY DS++FFGVHR A SESHL VMGGTG+Y+NA+G
Sbjct 224 QGFYVASSEDGSSQTIAFTAMFQSGGYADSLTFFGVHRVAVSESHLAVMGGTGRYLNAKG 283
Query 353 FAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+A+VKT ++ QP+ TDG++TVLE T YL+Y
Sbjct 284 YALVKTIPATN-----QPN--TDGVDTVLEFTTYLTY 313
>XP_031247523.1 dirigent protein 25-like [Pistacia vera]
Length=301
Score = 279 bits (713), Expect = 2e-88, Method: Compositional matrix adjust.
Identities = 163/249 (65%), Positives = 193/249 (78%), Gaps = 13/249 (5%)
Query 147 AGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVS 206
A G+V+ S P + LVFFMHDILGGSNP+A AVTGVV+N A+SGQ+PFAKPNGAN+ VS
Sbjct 60 AATGAVVPNSDPHHPLVFFMHDILGGSNPSATAVTGVVSNPAVSGQVPFAKPNGANIAVS 119
Query 207 NGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL------PVANGGQLPSG 260
NGVP DN+NNGI+NNNNVP L GL G T+N+ N N N PV NGGQL +G
Sbjct 120 NGVPVDNSNNGIINNNNVPFLTGLSGNTANVGGQNNGNNNNFNNGGFGVPVLNGGQLSAG 179
Query 261 SSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYE 320
++ Q L+FGTLTV+D+ELTEGHELGSGL+GKAQGFYVAS++DG+SQTMAFTAMFESGGY
Sbjct 180 NTRQKLLFGTLTVIDDELTEGHELGSGLVGKAQGFYVASSVDGSSQTMAFTAMFESGGYA 239
Query 321 DSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETV 380
DS+S FGV+RTA SES L +MGGTGKYVNA+G+A VKT S TDG+ET+
Sbjct 240 DSLSLFGVYRTAVSESQLAIMGGTGKYVNAKGYATVKTIPASI-------LHNTDGVETL 292
Query 381 LECTVYLSY 389
LE VYL+Y
Sbjct 293 LEIYVYLTY 301
>TQD99206.1 hypothetical protein C1H46_015216 [Malus baccata]
Length=310
Score = 278 bits (712), Expect = 4e-88, Method: Compositional matrix adjust.
Identities = 165/277 (60%), Positives = 202/277 (73%), Gaps = 15/277 (5%)
Query 118 PGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
P + +P S P P V + A G A + +G + + L FF+HDI+GGSNP+A
Sbjct 44 PDTTQTQIPVSNVPP-PLVATNPA--GPAAATSATVGNTASYHPLTFFLHDIIGGSNPSA 100
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGG----- 232
RAVTG+VAN A+SGQIPFAKPNGAN+P+ NG+P ++NNNGI+NNNNVP GLGG
Sbjct 101 RAVTGIVANPAVSGQIPFAKPNGANIPIGNGIPQNSNNNGIINNNNVPFFTGLGGNIGNN 160
Query 233 TTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKA 292
N NN NG P NG QLP G +LQ LMFGTLTV D+ELTEGHELGSGLLGKA
Sbjct 161 LVQNNGNNNNIIGGNGFPYINGAQLPPGITLQKLMFGTLTVFDDELTEGHELGSGLLGKA 220
Query 293 QGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG 352
QGFYVAS+ DG+SQT+AFTAMF+SGGY DS++FFGVHR A SESHL VMGGTG+Y+NA+G
Sbjct 221 QGFYVASSEDGSSQTIAFTAMFQSGGYADSLTFFGVHRVAVSESHLAVMGGTGRYLNAKG 280
Query 353 FAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+A+VKT ++ QP+ TDG++TVLE T YL+Y
Sbjct 281 YALVKTIPATN-----QPN--TDGVDTVLEFTTYLTY 310
>XP_024968779.1 dirigent protein 25-like [Cynara cardunculus var. scolymus]
Length=352
Score = 280 bits (716), Expect = 5e-88, Method: Compositional matrix adjust.
Identities = 169/267 (63%), Positives = 197/267 (74%), Gaps = 16/267 (6%)
Query 132 PLPTVGS-GAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALS 190
PLP V GA + AG V D+TL FFMHDILGGSNP+A+AVTG V N A++
Sbjct 93 PLPNVTPLGAIPPNPASSAGVVPVEEGSDHTLEFFMHDILGGSNPSAKAVTGAVTNPAVN 152
Query 191 GQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN--- 247
GQ+PFAKPNGANLPV+NGVP D+ NNGI+NNNN+P L GLGGTTSN+ QNNGNN
Sbjct 153 GQVPFAKPNGANLPVNNGVPQDDGNNGIINNNNLPFLTGLGGTTSNVFQNNGNNNNGNNN 212
Query 248 -----GLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALD 302
NGGQLP+G++LQ MFGTLTV+D+ELTEGHELGSGL+GKAQGFYV+S++D
Sbjct 213 NNNNNAFAAINGGQLPNGNALQQFMFGTLTVIDDELTEGHELGSGLIGKAQGFYVSSSID 272
Query 303 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGS 362
G SQTMAFT MF G Y DS+SF GVHR+A +ES L VMGGTGKYVNA+G AIVKTF
Sbjct 273 GKSQTMAFTVMFVHGSYIDSLSFMGVHRSAVAESQLAVMGGTGKYVNAKGHAIVKTF--- 329
Query 363 SGTQQQQPHQFTDGLETVLECTVYLSY 389
GT QQ DG ET+L TV+L+Y
Sbjct 330 QGTNQQN----NDGTETLLHFTVFLAY 352
>RVW65927.1 Pentatricopeptide repeat-containing protein, mitochondrial [Vitis
vinifera]
Length=763
Score = 292 bits (747), Expect = 5e-88, Method: Compositional matrix adjust.
Identities = 154/233 (66%), Positives = 189/233 (81%), Gaps = 10/233 (4%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+TL FFMHDILGGSNP+A AVTG+V N A++GQ+PFAKPNGA LPV NGVP +N N+ ++
Sbjct 538 HTLSFFMHDILGGSNPSAGAVTGIVTNPAVNGQVPFAKPNGAVLPVKNGVPLNNGNSALI 597
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDN 276
NNNN+P L GL G T+N++QNNGNN++NG LPV NGGQ P+G++LQ LMFGT+TV+D+
Sbjct 598 NNNNIPFLTGLSGNTANVIQNNGNNVINGGSGLPVFNGGQFPAGTNLQKLMFGTMTVIDD 657
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELTEGH+ GSGL+GKAQGFYVAS+ DG+SQTMAFTAMFES GY S+SFFGVHRTA SES
Sbjct 658 ELTEGHDRGSGLVGKAQGFYVASSEDGSSQTMAFTAMFESDGYASSLSFFGVHRTAVSES 717
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L +MGGTGKYVNA G+A VKT G++ TDG ET+L+ VYL++
Sbjct 718 QLAIMGGTGKYVNAEGYATVKTIPGANQHN-------TDGTETLLQIIVYLAH 763
>KAB2606821.1 dirigent protein 10-like [Pyrus ussuriensis x Pyrus communis]
Length=310
Score = 278 bits (711), Expect = 5e-88, Method: Compositional matrix adjust.
Identities = 168/296 (57%), Positives = 206/296 (70%), Gaps = 25/296 (8%)
Query 109 PLPTSSGLL----------PGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVP 158
P PT + +L P + +P S P P V + A G A + +G +
Sbjct 25 PCPTCARILDEESPAAPEEPHTTQTQIPVSNVPP-PLVATNPA--GPAAATSATVGNTAS 81
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
+ L FF+HDI+GGSNP+ARAVTG+VAN A+SGQIPFAKPNGAN+P+ NG+P ++NNNGI
Sbjct 82 YHPLTFFLHDIIGGSNPSARAVTGIVANPAVSGQIPFAKPNGANIPIGNGIPQNSNNNGI 141
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG-----LPVANGGQLPSGSSLQMLMFGTLTV 273
++NNNVP GLGG T N L N N N P NG QLP G +LQ LMFGTLTV
Sbjct 142 IDNNNVPFFTGLGGNTGNNLVQNNGNNNNIIGGNGFPYINGAQLPPGITLQKLMFGTLTV 201
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
D+ELTEGHELGSGLLGKAQGFYVAS+ DG+SQT+AFTAMF+SGGY DS++FFGVH+ A
Sbjct 202 FDDELTEGHELGSGLLGKAQGFYVASSEDGSSQTIAFTAMFQSGGYADSLTFFGVHQVAV 261
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SESHL +MGGTGKY+NA+G+A+VKT T Q TDG++TVLE T YL+Y
Sbjct 262 SESHLAIMGGTGKYLNAKGYALVKTI---PATNQHN----TDGVDTVLEFTTYLTY 310
>XP_015057918.2 LOW QUALITY PROTEIN: dirigent protein 25-like [Solanum pennellii]
Length=266
Score = 276 bits (707), Expect = 5e-88, Method: Compositional matrix adjust.
Identities = 143/229 (62%), Positives = 169/229 (74%), Gaps = 11/229 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ FFMHDILGGSNP+A AVTG+ N +LSGQ+PFAKPNGA L V NGVP +GI
Sbjct 47 DHIFSFFMHDILGGSNPSAIAVTGIATNPSLSGQVPFAKPNGAVLAVENGVPV---TSGI 103
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
++NNN+P L L GTT N++QNN NG P N QL SG + Q LMFGTLTV D+E
Sbjct 104 ISNNNIPFLTALSGTTPNVVQNNIIGGGNGYPALNMAQLGSGITFQKLMFGTLTVFDDES 163
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
T+GHEL SGL+GK+QGFYV+S+ DGTSQTMAFT MF SG Y DS+SFFGVHR SESHL
Sbjct 164 TQGHELNSGLVGKSQGFYVSSSEDGTSQTMAFTVMFHSGSYSDSLSFFGVHRVRVSESHL 223
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYL 387
+MGGTGKYVNA+GFA VKTF ++ Q TDG++T+L TVYL
Sbjct 224 AIMGGTGKYVNAKGFATVKTFPAAN--------QETDGVQTLLHITVYL 264
>KAB2031628.1 hypothetical protein ES319_D05G317300v1 [Gossypium barbadense]
Length=300
Score = 277 bits (709), Expect = 8e-88, Method: Compositional matrix adjust.
Identities = 167/263 (63%), Positives = 195/263 (74%), Gaps = 15/263 (6%)
Query 129 GSGPLPTVGSGAAATGLGAGAGSVIGGSVPDN-TLVFFMHDILGGSNPTARAVTGVVANA 187
GS P PTV GA + G V PD+ TL FFMHDILGGSNPTA A+TG+V N
Sbjct 51 GSNPNPTVVGGATS-----GPNPV--NPNPDHHTLTFFMHDILGGSNPTALAITGIVNNP 103
Query 188 ALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML- 246
A++GQ+ FAKPNGANLP++NG+ + N GILNNNN+PLL GLGG T + N
Sbjct 104 AINGQLLFAKPNGANLPLNNGINQNTGNTGILNNNNLPLLTGLGGNTQALNNGKNLNNGA 163
Query 247 NGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQ 306
+ PV GGQLPSGS+LQ LMFGT+TV+D+ELT GHELGSG LGKAQGFYVAS++DG SQ
Sbjct 164 SNFPVLTGGQLPSGSALQKLMFGTMTVIDDELTVGHELGSGFLGKAQGFYVASSIDGNSQ 223
Query 307 TMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQ 366
TMAFTAMFESG Y D++SFFGVHR SESHL +MGGTGKYVNA+GF IVKT S+ Q
Sbjct 224 TMAFTAMFESGHYADTLSFFGVHRIGVSESHLAIMGGTGKYVNAKGFTIVKTIPASN--Q 281
Query 367 QQQPHQFTDGLETVLECTVYLSY 389
QQ+ TDG ETVLE TVY++Y
Sbjct 282 QQE----TDGFETVLEFTVYITY 300
>XP_002530972.1 dirigent protein 10 [Ricinus communis]
EEF31407.1 conserved hypothetical protein [Ricinus communis]
Length=290
Score = 277 bits (708), Expect = 9e-88, Method: Compositional matrix adjust.
Identities = 164/261 (63%), Positives = 196/261 (75%), Gaps = 12/261 (5%)
Query 132 PLPT-VGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALS 190
PLPT + + A +GAG + +TL FFMHDILGGSNPTARAVTG+V N A+S
Sbjct 39 PLPTPLAATQANPSVGAGTSGTTAANPDGHTLTFFMHDILGGSNPTARAVTGIVNNPAVS 98
Query 191 GQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTT--SNILQNNGNNMLNG 248
GQ+PFAKPNGA LPVSNGVP +NNNNG++NNNN+P L GL GTT + N NN
Sbjct 99 GQVPFAKPNGAVLPVSNGVPQNNNNNGLINNNNLPFLTGLSGTTPNVVVQNNGNNNNAMN 158
Query 249 LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTM 308
PV +G QLPS + Q LMFGT+TV+D+ELTEGH+L SG +G+AQGFYVAS++DGTSQ M
Sbjct 159 FPVVSGDQLPS--TPQQLMFGTMTVIDDELTEGHDLRSGFVGRAQGFYVASSVDGTSQIM 216
Query 309 AFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQ 368
AFT MF+S YEDS+SFFGVHRTA SES L +MGGTGKYVNA+GFAIVKTF T Q
Sbjct 217 AFTVMFQSSHYEDSLSFFGVHRTAVSESQLAIMGGTGKYVNAQGFAIVKTF---PATNQH 273
Query 369 QPHQFTDGLETVLECTVYLSY 389
+ TDG+ET+LE TVY++Y
Sbjct 274 E----TDGIETLLEFTVYVTY 290
>XP_009354557.1 PREDICTED: dirigent protein 10-like [Pyrus x bretschneideri]
Length=310
Score = 278 bits (710), Expect = 1e-87, Method: Compositional matrix adjust.
Identities = 164/277 (59%), Positives = 200/277 (72%), Gaps = 15/277 (5%)
Query 118 PGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTA 177
P + +P S P P V + A G A + +G + + L FF+HDI+GGSNP+A
Sbjct 44 PHTTQTQIPVSNVPP-PLVATNPA--GPAAATSATVGNTASYHPLTFFLHDIIGGSNPSA 100
Query 178 RAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNI 237
RAVTG+VAN A+SGQIPFAKPNGAN+P+ NG+P ++NNNGI++NNNVP GLGG T N
Sbjct 101 RAVTGIVANPAVSGQIPFAKPNGANIPIGNGIPQNSNNNGIIDNNNVPFFTGLGGNTGNN 160
Query 238 LQNNGNNMLNG-----LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKA 292
L N N N P NG QLP G +LQ LMFGTLTV D+ELTEGHELGSGLLGKA
Sbjct 161 LVQNNGNNNNIIGGNGFPYINGAQLPPGITLQKLMFGTLTVFDDELTEGHELGSGLLGKA 220
Query 293 QGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARG 352
QGFYVAS+ DG+SQT+AFTAMF+SGGY DS++FFGVH+ A SESHL +MGGTGKY+NA+G
Sbjct 221 QGFYVASSEDGSSQTIAFTAMFQSGGYADSLTFFGVHQVAVSESHLAIMGGTGKYLNAKG 280
Query 353 FAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+A+VKT T Q TDG++TVLE T YL+Y
Sbjct 281 YALVKTI---PATNQHN----TDGVDTVLEFTTYLTY 310
>PKI36393.1 hypothetical protein CRG98_043175 [Punica granatum]
Length=220
Score = 273 bits (699), Expect = 2e-87, Method: Compositional matrix adjust.
Identities = 156/227 (69%), Positives = 184/227 (81%), Gaps = 11/227 (5%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNP+A+AVTG+V N ALS Q+PFAKPNGANLP++NGVP + NNG++NNNNVP
Sbjct 1 MHDILGGSNPSAQAVTGIVTNPALSAQVPFAKPNGANLPINNGVPQTSGNNGLINNNNVP 60
Query 226 LLVGLGGTTSNILQNNGNNMLN----GLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEG 281
L GLGGTT N++QN NN + G P+ NGG LP+G +LQ LMFGTLTV D+ELTEG
Sbjct 61 FLSGLGGTTGNLIQNGNNNNIIGGSAGFPLLNGGMLPAGMTLQKLMFGTLTVFDDELTEG 120
Query 282 HELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVM 341
HELGSGL+GKAQGFYVAS+ DG SQT+A TAMFESGGY DSIS FGVHRT SES L +M
Sbjct 121 HELGSGLVGKAQGFYVASSEDGNSQTIAVTAMFESGGYLDSISLFGVHRTVVSESQLAIM 180
Query 342 GGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
GGTGKYVNARG+A +KTFTG++ Q TDG+ETV++ TVYL+
Sbjct 181 GGTGKYVNARGYATIKTFTGAN-------QQNTDGVETVVQFTVYLA 220
>EOY34161.1 Disease resistance-responsive (dirigent-like protein) family
protein, putative [Theobroma cacao]
Length=301
Score = 276 bits (706), Expect = 3e-87, Method: Compositional matrix adjust.
Identities = 165/244 (68%), Positives = 200/244 (82%), Gaps = 12/244 (5%)
Query 151 SVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVP 210
+V + P + L FFMHDILGGSNP+ARAV+G+V+N A+SGQ+PFAKPNGANLPV+NGV
Sbjct 65 TVTSAADPHHPLTFFMHDILGGSNPSARAVSGIVSNPAVSGQVPFAKPNGANLPVNNGVS 124
Query 211 SDNNNNGILNNNNVPLLVGLGGTT-SNILQNNGNNMLNG----LPVANGGQLPSGSSLQM 265
++NNNGI+NNNNVP L LGGT+ +N +QNNGNN +N + V +GGQ+P+GS++Q
Sbjct 125 VNSNNNGIINNNNVPFLTSLGGTSATNAVQNNGNNPINNGIGGVAVLSGGQVPAGSTIQK 184
Query 266 LMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISF 325
MFGTLTV+D+ELTEGHELGSGL+GKA+GFYVAS++DG SQTMAFTAMFESGGY DSISF
Sbjct 185 FMFGTLTVIDDELTEGHELGSGLIGKAEGFYVASSIDGNSQTMAFTAMFESGGYADSISF 244
Query 326 FGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTV 385
FGVHRTA SES L +MGGTGKY+NA+G AIVKTF T Q + TDG ET+L+ TV
Sbjct 245 FGVHRTAVSESQLAIMGGTGKYLNAKGSAIVKTF---PTTNQHE----TDGFETLLQFTV 297
Query 386 YLSY 389
YLSY
Sbjct 298 YLSY 301
>KAB5544224.1 hypothetical protein DKX38_012336 [Salix brachista]
Length=302
Score = 276 bits (705), Expect = 3e-87, Method: Compositional matrix adjust.
Identities = 152/260 (58%), Positives = 191/260 (73%), Gaps = 18/260 (7%)
Query 132 PLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSG 191
PLPT + GA + + S P TL FFMHD+LGG+NP+ARAVTG+V+N A++G
Sbjct 59 PLPTPIASTQPNPTGAAGSATV--SNPGYTLSFFMHDVLGGTNPSARAVTGIVSNPAVTG 116
Query 192 QIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--L 249
Q+PFAKPNGANLP++NGVP ++NNN +P + GLGG T + QNNGNN N L
Sbjct 117 QVPFAKPNGANLPINNGVPQNSNNN-------LPFITGLGGATQPVAQNNGNNFNNAFNL 169
Query 250 PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMA 309
P++NGG LPSGS+LQ LMFGT+TV+D+ELTEGH+L SG +GKAQGFYV+S++DGTSQTMA
Sbjct 170 PLSNGGNLPSGSTLQKLMFGTITVIDDELTEGHDLQSGFVGKAQGFYVSSSVDGTSQTMA 229
Query 310 FTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQ 369
FTAMF+S Y DS+SFFGV RT SES L +MGGTGKYVNA+G+AI+K +
Sbjct 230 FTAMFQSDHYADSLSFFGVLRTGVSESQLAIMGGTGKYVNAQGYAIIKIIPSVN------ 283
Query 370 PHQFTDGLETVLECTVYLSY 389
DG+ET+LE VY+SY
Sbjct 284 -QNAADGVETLLEFAVYVSY 302
>XP_010685843.1 PREDICTED: dirigent protein 10 [Beta vulgaris subsp. vulgaris]
KMT05331.1 hypothetical protein BVRB_7g174660 [Beta vulgaris subsp. vulgaris]
Length=364
Score = 277 bits (709), Expect = 6e-87, Method: Compositional matrix adjust.
Identities = 143/233 (61%), Positives = 179/233 (77%), Gaps = 11/233 (5%)
Query 161 TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILN 220
TLVFFMHDILGGSNPTA+A+TGVV+N A+SGQ+PFAKPNGA L +NGVP +N N+GI+N
Sbjct 139 TLVFFMHDILGGSNPTAKAITGVVSNPAVSGQVPFAKPNGAVLANNNGVPQNNGNSGIMN 198
Query 221 NNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVMDN 276
NNN+P L GLGG N++QNN PV NG QL SG++LQ LMFGT+ +D+
Sbjct 199 NNNMPFLTGLGGVNPNVMQNNNGGNNYIGGNGFPVVNGAQLGSGTTLQQLMFGTMIAVDD 258
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELT+GH L SG++G+AQGFYV S++DG +QTM FTAMF+ GGY +S++FFG+H+TA SES
Sbjct 259 ELTDGHALNSGMVGRAQGFYVYSSVDGKTQTMLFTAMFQEGGYHNSLNFFGIHQTAVSES 318
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+ VMGGTGKYVNA+GFA VKT Q + TDGLE+VLE +VYL+Y
Sbjct 319 VVSVMGGTGKYVNAKGFATVKTL---PPVDQHE----TDGLESVLEFSVYLTY 364
>RVW57101.1 Pentatricopeptide repeat-containing protein, mitochondrial [Vitis
vinifera]
Length=763
Score = 289 bits (739), Expect = 8e-87, Method: Compositional matrix adjust.
Identities = 153/233 (66%), Positives = 188/233 (81%), Gaps = 10/233 (4%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+TL FFMHDILGGSNP+A A+TG+V N AL+GQ+PFAKPNGA LPV NGVP +N N+ ++
Sbjct 538 HTLSFFMHDILGGSNPSAGAMTGIVTNPALNGQVPFAKPNGAVLPVKNGVPLNNGNSALI 597
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDN 276
NNNN+ L GL G T+N++QNNGNN++NG LPV NGGQ P+G++LQ LMFGT+TV+D+
Sbjct 598 NNNNIHFLTGLSGNTANVIQNNGNNVINGGSGLPVFNGGQFPAGTNLQKLMFGTMTVIDD 657
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELTEGH+ GSGL+GKAQGFYVAS+ DG+SQTMAFTAMFES GY S+SFFGVHRTA SES
Sbjct 658 ELTEGHDRGSGLVGKAQGFYVASSEDGSSQTMAFTAMFESDGYASSLSFFGVHRTAVSES 717
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L +MGGTGKYVNA G+A VKT G++ TDG ET+L+ VYL++
Sbjct 718 QLAIMGGTGKYVNAEGYATVKTIPGANQHN-------TDGTETLLQIIVYLAH 763
>XP_021617220.1 dirigent protein 10-like [Manihot esculenta]
OAY46008.1 hypothetical protein MANES_07G109300 [Manihot esculenta]
Length=297
Score = 275 bits (703), Expect = 8e-87, Method: Compositional matrix adjust.
Identities = 160/234 (68%), Positives = 195/234 (83%), Gaps = 13/234 (6%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+TL FFMHDILGGSNPTARAVTG+V+N A +GQ+PFAKPNGA LPV NGVP +NNNNG++
Sbjct 73 HTLTFFMHDILGGSNPTARAVTGIVSNPAANGQVPFAKPNGAVLPVGNGVPQNNNNNGLI 132
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVMD 275
NNNN+P L GLGGTT+N++QNNGNN L +PV NG QLPS +LQ LMFGT+TV+D
Sbjct 133 NNNNLPFLTGLGGTTANVVQNNGNNNLFNNGFNVPVVNGDQLPS--TLQQLMFGTITVID 190
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTE H+L SG +G+AQGFYVAS++DGTSQTMAFT +F++G YEDS++FFGVHRTA SE
Sbjct 191 DELTEAHDLRSGFVGRAQGFYVASSVDGTSQTMAFTTLFQNGHYEDSLTFFGVHRTAMSE 250
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S L +MGGTGKYVNA+GFAIVKTF G++ + TDG+ET+LE TVY+SY
Sbjct 251 SQLAIMGGTGKYVNAKGFAIVKTFPGNNQHE-------TDGVETLLEFTVYISY 297
>KAF1001830.1 hypothetical protein AG4045_023144 [Apium graveolens]
Length=291
Score = 275 bits (702), Expect = 8e-87, Method: Compositional matrix adjust.
Identities = 139/231 (60%), Positives = 178/231 (77%), Gaps = 6/231 (3%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ L FFMHDILGG+NP+ARAVTG+V N AL+GQ+PFAKPN AN P++NGVPS ++ NG+
Sbjct 67 DHPLTFFMHDILGGTNPSARAVTGIVNNPALNGQVPFAKPNVANFPLNNGVPSTSSTNGL 126
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
L+NNN+P L GLG +TSN++QNN G +G+ L+ LMFGT+T +D+EL
Sbjct 127 LDNNNIPFLTGLGRSTSNVIQNNNGGSGFFNGGQIQG---AGADLRKLMFGTITAIDDEL 183
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHELGSGL+GKAQGFYV S+ DG SQTMAFT MFESGGY+DS+ FGVHR+A S+S +
Sbjct 184 TEGHELGSGLVGKAQGFYVTSSGDGNSQTMAFTVMFESGGYKDSLCLFGVHRSAVSQSQI 243
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
VMGGTGK++NA+G+A +K ++ Q + TDGLETVLE T+YL+Y
Sbjct 244 AVMGGTGKFLNAKGYATIKNVADAN---PQINNGITDGLETVLEITLYLAY 291
>OVA18258.1 Plant disease resistance response protein [Macleaya cordata]
Length=341
Score = 276 bits (706), Expect = 8e-87, Method: Compositional matrix adjust.
Identities = 195/389 (50%), Positives = 248/389 (64%), Gaps = 66/389 (17%)
Query 6 VLFFLILALAITFVSAARLLDEEEDIGLVPLPTTSPGPLPTVGLGPFPTANSGPA-TGIA 64
V + ++LAL IT VS+AR+LDEE+ SP PT F T S P T +
Sbjct 13 VTYLVLLALTITCVSSARILDEEQ---------ASP---PT-----FATEPSDPVETPVT 55
Query 65 SGTGSASGGLGSLGTNTGPGPLSTTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGASSGN 124
G + + P T + + P+A T P+ GP P + +
Sbjct 56 DGPPVVTPPVDD--------PAGTPVADVPPMA---TPPIAGPVETPVT----------D 94
Query 125 LPGSGSGPL--PTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTG 182
+P + P+ PTV S A +V+ P + L FFM DILGGSNP+ARAVTG
Sbjct 95 VPPVATPPIAVPTVTSSA----------TVVAD--PHHPLSFFMQDILGGSNPSARAVTG 142
Query 183 VVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNG 242
+V N A++GQ+PF+KPNGA LPV+NGVP +N NNGI+NNNN+P L GL GT + ++QNNG
Sbjct 143 IVTNPAVNGQVPFSKPNGAVLPVNNGVPLNNGNNGIINNNNLPFLTGLSGTANTVIQNNG 202
Query 243 NNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
NN++NG LP ANG QLP +Q LMFGT+TV+D+ELTEGHELGSGL+GKAQGFYV S
Sbjct 203 NNLINGGFGLPSANGAQLP----VQKLMFGTMTVIDDELTEGHELGSGLVGKAQGFYVVS 258
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
+ DG+SQTMAFTAMF SG Y D++SFFGVHRTA SES L +MGGTGKYVNA+GFA +KT
Sbjct 259 SEDGSSQTMAFTAMFNSGNYIDTLSFFGVHRTAVSESQLAIMGGTGKYVNAKGFATIKTI 318
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLS 388
++ H TDG ET+L+ TVYL+
Sbjct 319 PSANQ------HSTTDGAETLLQFTVYLA 341
>XP_007016542.2 PREDICTED: dirigent protein 25 [Theobroma cacao]
Length=301
Score = 275 bits (702), Expect = 1e-86, Method: Compositional matrix adjust.
Identities = 164/244 (67%), Positives = 200/244 (82%), Gaps = 12/244 (5%)
Query 151 SVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVP 210
+V + P + L FFMHDILGGSNP+ARAV+G+V+N A+SGQ+PFAKPNGANLPV+NGV
Sbjct 65 TVTSAADPHHPLTFFMHDILGGSNPSARAVSGIVSNPAVSGQVPFAKPNGANLPVNNGVS 124
Query 211 SDNNNNGILNNNNVPLLVGLGGTT-SNILQNNGNNMLNG----LPVANGGQLPSGSSLQM 265
++NNNGI+NNNNVP L LGGT+ +N +QNNGNN +N + V +GGQ+P+GS++Q
Sbjct 125 VNSNNNGIINNNNVPFLTSLGGTSATNAVQNNGNNPINNGIGGVAVLSGGQVPAGSTIQK 184
Query 266 LMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISF 325
MFGTLTV+D+ELTEGHELGSGL+GKA+GFYVAS++DG SQT+AFTAMFESGGY DSISF
Sbjct 185 FMFGTLTVIDDELTEGHELGSGLIGKAEGFYVASSIDGNSQTIAFTAMFESGGYADSISF 244
Query 326 FGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTV 385
FGVHRTA SES L +MGGTGKY+NA+G AIVKTF T Q + TDG ET+L+ TV
Sbjct 245 FGVHRTAVSESQLAIMGGTGKYLNAKGSAIVKTF---PTTNQHE----TDGFETLLQFTV 297
Query 386 YLSY 389
YLSY
Sbjct 298 YLSY 301
>PHT46799.1 Dirigent protein 25 [Capsicum baccatum]
Length=428
Score = 279 bits (713), Expect = 1e-86, Method: Compositional matrix adjust.
Identities = 141/210 (67%), Positives = 163/210 (78%), Gaps = 1/210 (0%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A+SGQ+PFAKPNGA L V+NGVP++N N+GI
Sbjct 110 DHTFSFFMHDILGGSNPSAIAVTGIVTNPAVSGQVPFAKPNGAVLAVNNGVPTNNANSGI 169
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG-LPVANGGQLPSGSSLQMLMFGTLTVMDNE 277
++NNN+P L GL GTTSN + N LP N QL SG S Q LMFGTLTV D+E
Sbjct 170 ISNNNIPFLTGLSGTTSNFINGNSIIGGGNGLPAINLQQLGSGISFQKLMFGTLTVFDDE 229
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTEGHEL SGL+GKAQGFYVAS+ DG SQTMAFT MF+SG Y DS+SFFGVHR SESH
Sbjct 230 LTEGHELNSGLIGKAQGFYVASSEDGLSQTMAFTVMFKSGSYADSLSFFGVHRMGVSESH 289
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQ 367
L VM GTGKYVNA+GFA VKTF ++ Q+
Sbjct 290 LAVMAGTGKYVNAKGFATVKTFPATNQLQE 319
>XP_019167535.1 PREDICTED: dirigent protein 25-like [Ipomoea nil]
Length=309
Score = 275 bits (702), Expect = 1e-86, Method: Compositional matrix adjust.
Identities = 149/237 (63%), Positives = 176/237 (74%), Gaps = 12/237 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+T FFMHDILGGSNP+A AVTG+V N A+SGQ+ FAKPNGA L V+NGV +N N+GI
Sbjct 79 DHTFSFFMHDILGGSNPSAIAVTGIVTNPAVSGQVAFAKPNGAVLAVNNGVDVNNANSGI 138
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG------LPVANGGQLPSGSSLQMLMFGTLT 272
++NNN+P L GL G T N +QNNGNN N P N QL SG + Q LMFGT+T
Sbjct 139 ISNNNIPFLTGLSGITGNAIQNNGNNNNNIIGGGFGFPALNMAQLGSGITFQKLMFGTMT 198
Query 273 VMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTA 332
V D+ELTEGHEL SGL+GKAQGFY+AS+ DGTSQTMAFT MF SG Y DS++FFGVHR
Sbjct 199 VFDDELTEGHELNSGLVGKAQGFYIASSEDGTSQTMAFTVMFHSGSYSDSLTFFGVHRIR 258
Query 333 ASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SESHL +MGGTGKYVNA+GFA VKT + Q+ TDG++TVL TVYL+Y
Sbjct 259 VSESHLAIMGGTGKYVNAKGFATVKTIPAAPNQQE------TDGVQTVLHITVYLAY 309
>TEY90113.1 hypothetical protein Saspl_014563 [Salvia splendens]
Length=275
Score = 273 bits (698), Expect = 2e-86, Method: Compositional matrix adjust.
Identities = 158/237 (67%), Positives = 186/237 (78%), Gaps = 13/237 (5%)
Query 158 PDNT-LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNN 216
PD L FFMHDILGGS P+A AVTG+VAN A+ GQ+PFAKPNGA LPV+NGVP++N N
Sbjct 47 PDEQPLTFFMHDILGGSRPSAIAVTGIVANPAVGGQVPFAKPNGAVLPVNNGVPTNNANG 106
Query 217 GILNNNNVPLLVGLGGTTSNILQNNGNNM----LNGLPVANGGQLPSGSSLQMLMFGTLT 272
GI+NNNNVP L GL G TSNI NN NN + G PV N Q PSGS+LQ LMFGT+T
Sbjct 107 GIINNNNVPFLTGLSGFTSNIGSNNNNNGIIGGMPGFPVLNSAQFPSGSTLQKLMFGTMT 166
Query 273 VMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTA 332
V D+E+TEGHELGSGL+GKAQGFY+ S++DG SQTMAFT MF +GGY DSI+FFGVHRTA
Sbjct 167 VFDDEVTEGHELGSGLVGKAQGFYIYSSVDGNSQTMAFTVMFAAGGYADSITFFGVHRTA 226
Query 333 ASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+ESHL +MGGTGK+VNA+GFA VKTF G H+ TDG+ET+L+ TVYL+Y
Sbjct 227 VAESHLAIMGGTGKHVNAKGFATVKTFPGGQ-------HE-TDGMETLLQITVYLAY 275
>KAF2321273.1 hypothetical protein GH714_038441 [Hevea brasiliensis]
Length=737
Score = 286 bits (733), Expect = 3e-86, Method: Compositional matrix adjust.
Identities = 162/229 (71%), Positives = 192/229 (84%), Gaps = 9/229 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
DNTL FFMHDILGGS PTARAVTG+V+N A+SGQ+PFAKPNGA LPV NGVP +NNNNG+
Sbjct 76 DNTLTFFMHDILGGSKPTARAVTGIVSNPAVSGQVPFAKPNGAVLPVDNGVPQNNNNNGL 135
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNEL 278
+NNNN+P L GL GTT+N++QNNGNN L PV NG QLP S+LQ LMFGT+TV+D+EL
Sbjct 136 INNNNLPFLTGLSGTTANVVQNNGNNNLINFPVVNGDQLP--STLQQLMFGTITVIDDEL 193
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGH+L SG +G+AQGFYVAS+++GTSQTMAFT MF+SG YEDS++FFGVHRTA SES L
Sbjct 194 TEGHDLRSGFVGRAQGFYVASSVEGTSQTMAFTTMFQSGHYEDSLTFFGVHRTAVSESQL 253
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYL 387
+MGGTGKYVNA+GFAIVKTF T Q + TDG+ET+L+ TVYL
Sbjct 254 AIMGGTGKYVNAKGFAIVKTF---PATNQHE----TDGVETLLQFTVYL 295
>PQQ16476.1 dirigent protein 25 [Prunus yedoensis var. nudiflora]
Length=281
Score = 273 bits (697), Expect = 3e-86, Method: Compositional matrix adjust.
Identities = 162/240 (68%), Positives = 190/240 (79%), Gaps = 11/240 (5%)
Query 152 VIGGSVPD-NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVP 210
+I +V D +TL+FFMHDILGGSNPTARA+TG+V + A +GQ+PFAKPNGA LP +NGVP
Sbjct 51 IINVNVADQHTLMFFMHDILGGSNPTARAMTGIVNSPAANGQLPFAKPNGAVLPYNNGVP 110
Query 211 SDNNNNGILNNNNVPLLVGLGGTTSNILQNNG-NNMLNGLPVANGGQLPSGSSLQMLMFG 269
+NNNNGI+NNNN+P L GL GTTSN+ QN+G N P+ N GQL GS LQ LMFG
Sbjct 111 QNNNNNGIINNNNIPFLTGLSGTTSNVAQNDGINGGFGNFPI-NSGQLQPGSVLQNLMFG 169
Query 270 TLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 329
T++V D+ELTEGHEL SGL+GKAQGFYV S+ DGT QTM FTAMFESG Y DS+SFFGVH
Sbjct 170 TMSVFDDELTEGHELSSGLVGKAQGFYVVSSEDGTRQTMGFTAMFESGSYADSLSFFGVH 229
Query 330 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RTA SESHL +MGGTGKYVNA+GFAIVKTF S+ Q TDG ET+L+ TVYL+Y
Sbjct 230 RTAVSESHLAIMGGTGKYVNAKGFAIVKTFPASN--------QQTDGAETLLQFTVYLTY 281
>XP_002315250.3 dirigent protein 25 [Populus trichocarpa]
PNT17857.1 hypothetical protein POPTR_010G211800 [Populus trichocarpa]
Length=312
Score = 274 bits (700), Expect = 3e-86, Method: Compositional matrix adjust.
Identities = 169/273 (62%), Positives = 208/273 (76%), Gaps = 22/273 (8%)
Query 126 PGSGSGPLPTV-------GSGAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTAR 178
P + PLPT +GAA+T GA + P +TL FFMHDILGG+NP+ R
Sbjct 53 PATNVSPLPTPLAPTQPNPTGAASTSAGATITN------PGHTLSFFMHDILGGTNPSTR 106
Query 179 AVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNIL 238
AVTG+V+N A++GQ+PFAKPNGANLP++NGVP +NNNNG++NNNN+P L GLGGTT +L
Sbjct 107 AVTGIVSNPAVTGQVPFAKPNGANLPINNGVPQNNNNNGLINNNNLPFLTGLGGTTQPVL 166
Query 239 QNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFY 296
QNNGNN N LP + GG LPSGS+ Q LMFGT+TV+D+E+TEGH+LGSG +GKAQGFY
Sbjct 167 QNNGNNFNNAFNLPQSTGGNLPSGSAFQQLMFGTITVIDDEITEGHDLGSGFIGKAQGFY 226
Query 297 VASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIV 356
VAS++DGTSQTMAFTAMF+SG Y DS+SFFGVHRT SES L +MGGTGKYV+A+GFAIV
Sbjct 227 VASSVDGTSQTMAFTAMFQSGLYADSLSFFGVHRTGVSESQLAIMGGTGKYVDAQGFAIV 286
Query 357 KTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
KT ++ TDG+ET+LE VY+SY
Sbjct 287 KTIPSNN-------QHATDGVETLLEFAVYVSY 312
>KAB1226051.1 Dirigent protein 25 [Morella rubra]
Length=306
Score = 273 bits (699), Expect = 4e-86, Method: Compositional matrix adjust.
Identities = 179/288 (62%), Positives = 214/288 (74%), Gaps = 22/288 (8%)
Query 102 LPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNT 161
+P T P LPT PGA++ P SG P+ T AAA+ AG P ++
Sbjct 41 VPTTAPEELPT-----PGAAT---PVSGVPPVVTGNPAAAASATVAGTD-------PQHS 85
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
L FFMHDILGG+NP+A+AVTGVV+N A++GQ+PFAKPNGA LPV+NGVP +NNNNG +NN
Sbjct 86 LSFFMHDILGGTNPSAKAVTGVVSNPAVNGQVPFAKPNGAVLPVNNGVPQNNNNNGAINN 145
Query 222 NNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEG 281
NNVP L GLGG N++QNNGNN NG+P NG QLP+G ++Q LMFGTLT D+ELTEG
Sbjct 146 NNVPFLTGLGGNIPNVIQNNGNNGFNGIPSVNGAQLPAGVTIQKLMFGTLTAFDDELTEG 205
Query 282 HELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVM 341
+LGSGL+GKAQGFYVAS+ DGTSQTMAFT MFESGGY D+ISFFGVHR A SES L VM
Sbjct 206 EDLGSGLVGKAQGFYVASSEDGTSQTMAFTTMFESGGYADTISFFGVHRDAVSESQLAVM 265
Query 342 GGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GGTGKYVNA+G+A VKTF T Q +DG+ET+L+ TVYL+Y
Sbjct 266 GGTGKYVNAKGYATVKTF---PATNQHN----SDGVETLLQFTVYLTY 306
>KAE9461161.1 hypothetical protein C3L33_06960, partial [Rhododendron williamsianum]
Length=301
Score = 273 bits (698), Expect = 4e-86, Method: Compositional matrix adjust.
Identities = 151/236 (64%), Positives = 183/236 (78%), Gaps = 10/236 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ L FFMHD+LGG+NPTARA+TG+V N A++GQ+PFAKPNGA LPV+NG+P +N N+G+
Sbjct 71 DHPLTFFMHDVLGGTNPTARAMTGIVTNPAVNGQVPFAKPNGAVLPVNNGLPVNNGNSGV 130
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNGL-----PVANGGQLPSGSSLQMLMFGTLTV 273
+NNNN+P L GLGG TS ++QNN N P NG LPSG++LQ LMFGTLT
Sbjct 131 MNNNNLPFLTGLGGGTSGVMQNNNGNNNFNNGGFGFPAMNGINLPSGTALQKLMFGTLTA 190
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
D+ELTEGHE GSGL+GKAQGFYVAS+ DG+SQT+AFTAMFESGGY DSIS FGVHRT
Sbjct 191 FDDELTEGHEGGSGLVGKAQGFYVASSEDGSSQTLAFTAMFESGGYADSISLFGVHRTVV 250
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SES L VMGGTGKYVNA+GFA VKTF G +G + G ETV++ +V+L+Y
Sbjct 251 SESVLAVMGGTGKYVNAKGFATVKTFPGLNGLFNTE-----GGAETVVQISVFLTY 301
>PIN23951.1 hypothetical protein CDL12_03317 [Handroanthus impetiginosus]
Length=279
Score = 272 bits (695), Expect = 5e-86, Method: Compositional matrix adjust.
Identities = 141/235 (60%), Positives = 174/235 (74%), Gaps = 25/235 (11%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D++L FFMHDILGG++P+A AVTG+ PNGA LPV+NG+P+DN N GI
Sbjct 66 DHSLTFFMHDILGGTHPSAIAVTGI--------------PNGAVLPVNNGIPTDNANGGI 111
Query 219 LNNNNVPLLVGLGGTTSNILQ-NNGNNMLNGLP---VANGGQLPSGSSLQMLMFGTLTVM 274
++NNN+P L GL G SN Q N+GNN++ G P V N Q PSG++LQ LMFGT+TV
Sbjct 112 VSNNNIPFLTGLSGFPSNTFQTNDGNNIIGGFPGFPVLNSAQFPSGTTLQNLMFGTMTVF 171
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGH+LGSGL+GKAQGFY+AS+ DG SQTMAFT MF SG Y DS+SF GVHRTA +
Sbjct 172 DDELTEGHDLGSGLVGKAQGFYIASSEDGASQTMAFTVMFTSGSYTDSLSFLGVHRTAVA 231
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL V GGTGKYVNA+GFA VKTF ++ + TDG+ET+L+ TVYL+Y
Sbjct 232 ESHLAVKGGTGKYVNAKGFATVKTFPAANQHE-------TDGMETLLQITVYLTY 279
>ONH99049.1 hypothetical protein PRUPE_6G007400 [Prunus persica]
Length=274
Score = 272 bits (695), Expect = 5e-86, Method: Compositional matrix adjust.
Identities = 156/249 (63%), Positives = 195/249 (78%), Gaps = 13/249 (5%)
Query 146 GAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPV 205
A + + S + L FF+HDI+GGSNP+ARAVTG+V N A++G++PFAKPNGA +P+
Sbjct 34 AAATSATVSNSEAYHPLTFFLHDIIGGSNPSARAVTGIVTNPAVNGEVPFAKPNGAVVPI 93
Query 206 SNGVPSDNNNNGILNNNNVPLLVGLGGTT-SNILQNNGN--NML--NGLPVANGGQLPSG 260
NG+P +NNNNGI+NNNNVP GLGG T SN++QNNGN N++ NGLP NG QLP G
Sbjct 94 GNGIPQNNNNNGIINNNNVPFFTGLGGNTASNLIQNNGNHNNIISGNGLPYLNGAQLPPG 153
Query 261 SSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYE 320
+LQ LMFGTLTV D+ELTEGHELGSGLLGKAQGFYVA++ DG+SQT+AFTAMF+SGGY
Sbjct 154 ITLQKLMFGTLTVFDDELTEGHELGSGLLGKAQGFYVATSEDGSSQTIAFTAMFQSGGYA 213
Query 321 DSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETV 380
DS++FFGVHR AASESHL VMGGTGKY+NA+G+A+VK ++ Q G++TV
Sbjct 214 DSLTFFGVHRVAASESHLAVMGGTGKYLNAKGYALVKAIPATN--------QHNTGVDTV 265
Query 381 LECTVYLSY 389
L+ TV L+Y
Sbjct 266 LQFTVCLTY 274
>XP_021625938.1 dirigent protein 25-like [Manihot esculenta]
OAY38699.1 hypothetical protein MANES_10G036700 [Manihot esculenta]
Length=294
Score = 273 bits (697), Expect = 5e-86, Method: Compositional matrix adjust.
Identities = 162/234 (69%), Positives = 191/234 (82%), Gaps = 13/234 (6%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
NTL FFMHDILGGSNPTARAVTG+V N A+SGQ+PFAKPNGA LPV NGVP +NNNNG++
Sbjct 70 NTLTFFMHDILGGSNPTARAVTGIVNNPAVSGQLPFAKPNGAVLPVDNGVPQNNNNNGLI 129
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNGL----PVANGGQLPSGSSLQMLMFGTLTVMD 275
NNNN+P L GL GTT+N++QNNGNN L PV NG QLPS +LQ LMFGT+TV+D
Sbjct 130 NNNNLPFLTGLSGTTANVVQNNGNNNLINNGFNFPVVNGDQLPS--TLQQLMFGTITVID 187
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEGH+L SG +G+AQGFYVAS++DGTSQTMAFTAMF++G YEDS+ FFGVHRTA SE
Sbjct 188 DELTEGHDLRSGFVGRAQGFYVASSVDGTSQTMAFTAMFQNGHYEDSLIFFGVHRTAVSE 247
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S L +MGGTGKYVNA+GFAI KTF T Q + TDG+E++L TVY+SY
Sbjct 248 SQLAIMGGTGKYVNAKGFAIGKTF---PATNQHE----TDGVESLLHFTVYVSY 294
>XP_021278128.1 dirigent protein 25 [Herrania umbratica]
Length=222
Score = 270 bits (690), Expect = 6e-86, Method: Compositional matrix adjust.
Identities = 161/229 (70%), Positives = 192/229 (84%), Gaps = 12/229 (5%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNP+ARAV+G+V+N A+SGQ+PFAKPNGANLPV+NGV ++NNNGI+NNNNVP
Sbjct 1 MHDILGGSNPSARAVSGIVSNPAVSGQVPFAKPNGANLPVNNGVSVNSNNNGIINNNNVP 60
Query 226 LLVGLGGT-TSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVMDNELTE 280
L LGGT +N++QNNGNN +N + V NGGQLP+GS +Q MFGTLTV+D+ELTE
Sbjct 61 FLTSLGGTNAANVVQNNGNNPINNGFGGVAVLNGGQLPAGSIIQKFMFGTLTVIDDELTE 120
Query 281 GHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGV 340
GHELGSGL+GKA+GFYVAS++DG SQTMAFTAMFE GGY DSISFFGVHRTA SESHL +
Sbjct 121 GHELGSGLIGKAEGFYVASSIDGNSQTMAFTAMFERGGYADSISFFGVHRTAVSESHLAI 180
Query 341 MGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
MGGTGKY+NA+G+AIVKTF T Q + TDG ET+L+ TVYL+Y
Sbjct 181 MGGTGKYLNAKGYAIVKTF---PTTNQNE----TDGFETLLQFTVYLAY 222
>XP_011027098.1 PREDICTED: dirigent protein 25-like [Populus euphratica]
Length=312
Score = 273 bits (697), Expect = 7e-86, Method: Compositional matrix adjust.
Identities = 173/289 (60%), Positives = 212/289 (73%), Gaps = 31/289 (11%)
Query 103 PVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGAGAGSVIGGSVPDNTL 162
PVT PLPT P + + P PT GAA+T A + P +TL
Sbjct 53 PVTNVSPLPT-------------PLAPTQPNPT---GAASTSAEATITN------PGHTL 90
Query 163 VFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNN 222
FFMHDI+GG+NP+ARAVTG+V+N A++GQ+PFAKPNGANLP++NGVP +NNNNG++NNN
Sbjct 91 SFFMHDIIGGTNPSARAVTGIVSNPAVTGQVPFAKPNGANLPLNNGVPQNNNNNGLINNN 150
Query 223 NVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMDNELTE 280
N+P L GLGGTT +LQNNGNN N LP++ GG LPSGS+LQ LMFGT+TV+D+E+TE
Sbjct 151 NLPFLTGLGGTTQPVLQNNGNNFNNAFNLPLSTGGNLPSGSTLQQLMFGTITVIDDEITE 210
Query 281 GHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGV 340
GH+L SG +GKAQGFYVAS++DGTSQTM FTAMF+SG Y DS+SFFGVHR S+S L +
Sbjct 211 GHDLRSGFIGKAQGFYVASSVDGTSQTMVFTAMFQSGLYADSLSFFGVHRKGVSDSRLAI 270
Query 341 MGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
MGGTGKYVNARGFAIVKT + TDG+ET+LE VY+SY
Sbjct 271 MGGTGKYVNARGFAIVKTIPSIN-------QHSTDGVETLLEFAVYVSY 312
>XP_020422865.1 dirigent protein 25-like [Prunus persica]
Length=281
Score = 271 bits (694), Expect = 8e-86, Method: Compositional matrix adjust.
Identities = 156/249 (63%), Positives = 195/249 (78%), Gaps = 13/249 (5%)
Query 146 GAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPV 205
A + + S + L FF+HDI+GGSNP+ARAVTG+V N A++G++PFAKPNGA +P+
Sbjct 41 AAATSATVSNSEAYHPLTFFLHDIIGGSNPSARAVTGIVTNPAVNGEVPFAKPNGAVVPI 100
Query 206 SNGVPSDNNNNGILNNNNVPLLVGLGGTT-SNILQNNGN--NML--NGLPVANGGQLPSG 260
NG+P +NNNNGI+NNNNVP GLGG T SN++QNNGN N++ NGLP NG QLP G
Sbjct 101 GNGIPQNNNNNGIINNNNVPFFTGLGGNTASNLIQNNGNHNNIISGNGLPYLNGAQLPPG 160
Query 261 SSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYE 320
+LQ LMFGTLTV D+ELTEGHELGSGLLGKAQGFYVA++ DG+SQT+AFTAMF+SGGY
Sbjct 161 ITLQKLMFGTLTVFDDELTEGHELGSGLLGKAQGFYVATSEDGSSQTIAFTAMFQSGGYA 220
Query 321 DSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETV 380
DS++FFGVHR AASESHL VMGGTGKY+NA+G+A+VK ++ Q G++TV
Sbjct 221 DSLTFFGVHRVAASESHLAVMGGTGKYLNAKGYALVKAIPATN--------QHNTGVDTV 272
Query 381 LECTVYLSY 389
L+ TV L+Y
Sbjct 273 LQFTVCLTY 281
>XP_006436125.2 dirigent protein 25 [Citrus clementina]
XP_006486012.2 dirigent protein 25-like [Citrus sinensis]
GAY45338.1 hypothetical protein CUMW_088720 [Citrus unshiu]
Length=299
Score = 271 bits (694), Expect = 1e-85, Method: Compositional matrix adjust.
Identities = 157/232 (68%), Positives = 182/232 (78%), Gaps = 10/232 (4%)
Query 161 TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILN 220
TL+FFMHDILGGSNP+A A+TG+V N A+SGQ+ FAKPNGANL ++ GVP N NNG++N
Sbjct 75 TLIFFMHDILGGSNPSALAITGIVNNPAVSGQVAFAKPNGANLAINTGVPQSNGNNGLIN 134
Query 221 NNNVPLLVGLGGTTSNILQNNGNNMLNGL---PVANGGQLPSGSSLQMLMFGTLTVMDNE 277
NNNVP L GL G T N++QNNGNN P A GGQLPSGS LQ LMFGT+TV+D+E
Sbjct 135 NNNVPFLTGLSGITQNVVQNNGNNFNANGINFPAATGGQLPSGSVLQKLMFGTMTVIDDE 194
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTEGHEL S LGKAQGFYVAS++DGTS TMAFT MF G Y DS+SFFGVHRTA SES
Sbjct 195 LTEGHELRSAFLGKAQGFYVASSVDGTSHTMAFTTMFAEGHYVDSLSFFGVHRTAVSESQ 254
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L +MGGTGKYVNA+GFAIVKT T+QQ+ TDG+ET+LE VY+SY
Sbjct 255 LAIMGGTGKYVNAKGFAIVKTI---PETRQQE----TDGIETLLEFVVYISY 299
>XP_031121454.1 dirigent protein 10 [Ipomoea triloba]
XP_031121455.1 dirigent protein 10 [Ipomoea triloba]
Length=312
Score = 272 bits (695), Expect = 2e-85, Method: Compositional matrix adjust.
Identities = 148/236 (63%), Positives = 175/236 (74%), Gaps = 12/236 (5%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+T FFMHDILGGSNP+A AVTG+V N A+SGQ+ FAKPNGA L V+NGV +N N+GI+
Sbjct 83 HTFSFFMHDILGGSNPSAIAVTGIVTNPAVSGQVAFAKPNGAVLAVNNGVDVNNANSGII 142
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNG------LPVANGGQLPSGSSLQMLMFGTLTV 273
+NNN+P L GL G T N +QNNGNN N P N QL SG + Q LMFGT+TV
Sbjct 143 SNNNIPFLTGLSGITGNAIQNNGNNNNNIIGGGFGFPALNMAQLGSGITFQKLMFGTMTV 202
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
D+ELTEGHEL SGL+GKAQGFY+AS+ DGTSQTMAFT MF SG Y DS++FFGVHR
Sbjct 203 FDDELTEGHELNSGLVGKAQGFYIASSEDGTSQTMAFTVMFHSGSYSDSLTFFGVHRIRV 262
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SESHL +MGGTGKYVNA+GFA VKT + Q+ TDG++TVL TVYL+Y
Sbjct 263 SESHLAIMGGTGKYVNAKGFATVKTIPAAPNQQE------TDGVQTVLHITVYLAY 312
>XP_004308836.1 PREDICTED: dirigent protein 25-like [Fragaria vesca subsp. vesca]
Length=292
Score = 270 bits (690), Expect = 4e-85, Method: Compositional matrix adjust.
Identities = 161/231 (70%), Positives = 191/231 (83%), Gaps = 10/231 (4%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
++LVFF+HDILGG+NPTARA+TG+V + A++GQ+PFAKPNGA LP +NGVP +NNNNGIL
Sbjct 71 HSLVFFLHDILGGTNPTARAMTGIVNSPAVNGQVPFAKPNGAVLPFNNGVPQNNNNNGIL 130
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQL-PSGSSLQMLMFGTLTVMDNEL 278
+NNN+P L GL GTT N ++NN NN N NGGQL P GSSLQ LMFGT++V D+EL
Sbjct 131 SNNNIPFLTGLSGTTQNAIRNNNNNNNNNF--INGGQLFPGGSSLQNLMFGTMSVFDDEL 188
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHELGSGL+GKAQGFYV S+ DGTSQTMAFTAMFESGGY DS+SFFGVHR AASESHL
Sbjct 189 TEGHELGSGLVGKAQGFYVVSSEDGTSQTMAFTAMFESGGYADSLSFFGVHRVAASESHL 248
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYV+A+GFAIVKTF T +QQ TDG ET+L+ VY++Y
Sbjct 249 AIMGGTGKYVDAKGFAIVKTF---PATNEQQ----TDGAETLLQFIVYITY 292
>XP_011089415.1 dirigent protein 10 [Sesamum indicum]
Length=289
Score = 270 bits (690), Expect = 4e-85, Method: Compositional matrix adjust.
Identities = 156/238 (66%), Positives = 189/238 (79%), Gaps = 13/238 (5%)
Query 158 PDN--TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNN 215
PD+ +L FFMHDILGGS+P+A AVTG+VAN A+ GQ+PFAKPNGA LPV+NG+P++N N
Sbjct 59 PDDVHSLTFFMHDILGGSHPSAIAVTGIVANPAVGGQVPFAKPNGAVLPVNNGIPTNNAN 118
Query 216 NGILNNNNVPLLVGLGGTTSNILQNNGNNM----LNGLPVANGGQLPSGSSLQMLMFGTL 271
GI+NNNN+P L GL G +SNILQNN N + G PV N Q PSG++LQ LMFGT+
Sbjct 119 GGIVNNNNIPFLTGLSGFSSNILQNNNGNNIIGGVPGFPVLNSAQFPSGTTLQKLMFGTM 178
Query 272 TVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRT 331
TV D+ELTEGHELGSGL+GKAQGFY++S+ DGTSQTMAFT MF SG Y DS+SFFGVHRT
Sbjct 179 TVFDDELTEGHELGSGLVGKAQGFYISSSEDGTSQTMAFTVMFTSGSYADSLSFFGVHRT 238
Query 332 AASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
A +ESHL VMGGTGKYVNA+GFA VKTF ++ + TDG+ET+L+ TV L+Y
Sbjct 239 AVAESHLAVMGGTGKYVNAKGFATVKTFPAANQHE-------TDGVETLLQITVILAY 289
>XP_021813858.1 dirigent protein 25-like [Prunus avium]
Length=274
Score = 269 bits (688), Expect = 5e-85, Method: Compositional matrix adjust.
Identities = 158/239 (66%), Positives = 183/239 (77%), Gaps = 16/239 (7%)
Query 152 VIGGSVPD-NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVP 210
+I +V D +TL+FFMHDILGGSNPTARA+TG+V + A +GQ+PFAKPNGA LP +NGVP
Sbjct 51 IINANVADQHTLMFFMHDILGGSNPTARAMTGIVNSPAANGQLPFAKPNGAVLPYNNGVP 110
Query 211 SDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGT 270
+NNNN +P L GL GTTSN+ QNNG N G N GQL GS LQ LMFGT
Sbjct 111 QNNNNN-------IPFLTGLSGTTSNVAQNNGINGGFGNFPINSGQLQPGSVLQNLMFGT 163
Query 271 LTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHR 330
++V D+ELTEGHEL SGL+GKAQGFYV S+ DGTSQTM FTAMFESG Y DS+SFFGVHR
Sbjct 164 MSVFDDELTEGHELSSGLVGKAQGFYVVSSEDGTSQTMGFTAMFESGSYADSLSFFGVHR 223
Query 331 TAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TA SESHL +MGGTGKYVNA+GFAIVKTF S+ Q TDG ET+L+ TVYL+Y
Sbjct 224 TAVSESHLAIMGGTGKYVNAKGFAIVKTFPASN--------QQTDGAETLLQFTVYLTY 274
>XP_016678834.1 PREDICTED: dirigent protein 25-like [Gossypium hirsutum]
Length=217
Score = 266 bits (681), Expect = 1e-84, Method: Compositional matrix adjust.
Identities = 151/224 (67%), Positives = 178/224 (79%), Gaps = 7/224 (3%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNPTA AVTGVV N A++GQ+ F KPNGANLPV+NGV ++ NNG LNNNN+P
Sbjct 1 MHDILGGSNPTAIAVTGVVNNPAVNGQLAFPKPNGANLPVNNGVDENSGNNGFLNNNNIP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELG 285
LL GLGG T +LQN NN P GGQ+P+GS+LQ LMFGT+TV+D+ELT GHEL
Sbjct 61 LLSGLGGNTQAMLQNGNNNGGG-FPALVGGQVPAGSTLQKLMFGTMTVIDDELTIGHELT 119
Query 286 SGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTG 345
SG +GKAQGFYVAS++DGTS TMAFTAMFESG Y D++SFFGVHRT ASESHL +MGGTG
Sbjct 120 SGFIGKAQGFYVASSIDGTSHTMAFTAMFESGHYADTLSFFGVHRTGASESHLAIMGGTG 179
Query 346 KYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
KYVNA+GFAIV+ S+ T++ TDG +TVLE VYL+Y
Sbjct 180 KYVNAKGFAIVRIVPASNQTRE------TDGFQTVLEFNVYLTY 217
>XP_003539707.1 dirigent protein 10 [Glycine max]
KRH24865.1 hypothetical protein GLYMA_12G067400 [Glycine max]
Length=280
Score = 268 bits (686), Expect = 2e-84, Method: Compositional matrix adjust.
Identities = 152/230 (66%), Positives = 180/230 (78%), Gaps = 10/230 (4%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+TL FFMHDILGGSNPTARAVTGVV N AL+ Q+ FAKPNGANLP++NGVP +NNN GIL
Sbjct 61 HTLSFFMHDILGGSNPTARAVTGVVTNPALNAQVAFAKPNGANLPLNNGVPQNNNNGGIL 120
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELT 279
NNNN+P L GLGGTT+N+ N G G PV N QLP+G +LQ +MFGT+TV D+ELT
Sbjct 121 NNNNLPFLTGLGGTTANVFNNGGT----GFPVTNTNQLPAGMTLQKVMFGTMTVFDDELT 176
Query 280 EGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 339
GHE GSGL+GKAQGFY+ASA+DGTSQ MAFTA FE GY DS+SFFGVHR SES +
Sbjct 177 HGHEFGSGLVGKAQGFYIASAVDGTSQVMAFTAKFEENGYVDSLSFFGVHRAQVSESQIA 236
Query 340 VMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
++GGTGKYVNA G+AI+KTF S Q H TDG++T+L+ T YL+Y
Sbjct 237 IIGGTGKYVNAEGYAIIKTFPLSP-----QQHN-TDGVQTLLQLTAYLAY 280
>XP_006488244.2 dirigent protein 25-like [Citrus sinensis]
XP_024034268.1 dirigent protein 25-like isoform X1 [Citrus clementina]
Length=299
Score = 268 bits (686), Expect = 3e-84, Method: Compositional matrix adjust.
Identities = 161/232 (69%), Positives = 191/232 (82%), Gaps = 11/232 (5%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
L+FFMHDILGGSNP+ARAVTG+ AN A++GQ+ FAKPNGANLP++NGVP +NNNNG++NN
Sbjct 75 LIFFMHDILGGSNPSARAVTGIAANPAVTGQVAFAKPNGANLPLNNGVPLNNNNNGLVNN 134
Query 222 NNVPLLVGLGGTTSNILQNNGNNMLN----GLPVANGGQLPSGSSLQMLMFGTLTVMDNE 277
NNVP L GL GTT+ + QNNGNN N +PV NGGQ+P+GS+ Q LMFGTLTV+D+E
Sbjct 135 NNVPFLTGLSGTTAGVAQNNGNNFPNGGFANIPVLNGGQVPAGSTFQKLMFGTLTVIDDE 194
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTE HELGSGL+GK QGFYVAS+ DGTSQTMAFTAMFESGGY DSISFFGVHRTA SES
Sbjct 195 LTEDHELGSGLVGKVQGFYVASSEDGTSQTMAFTAMFESGGYADSISFFGVHRTAVSESQ 254
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L ++GGTGKYVNA+G+A VKTF T Q DG+ET+L+ TV+L+Y
Sbjct 255 LAIIGGTGKYVNAKGYATVKTF---PATNQHN----IDGVETLLQLTVFLTY 299
>XP_007132120.1 hypothetical protein PHAVU_011G068300g [Phaseolus vulgaris]
ESW04114.1 hypothetical protein PHAVU_011G068300g [Phaseolus vulgaris]
Length=298
Score = 268 bits (686), Expect = 3e-84, Method: Compositional matrix adjust.
Identities = 159/240 (66%), Positives = 189/240 (79%), Gaps = 9/240 (4%)
Query 153 IGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSD 212
I G +TL FFMHDILGGSNP+ARAVTGVV N AL+ Q+ FAKPNGANLP + G+P +
Sbjct 65 INGVDQHHTLSFFMHDILGGSNPSARAVTGVVTNPALNAQVAFAKPNGANLPFNGGLPQN 124
Query 213 NNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFG 269
NNN GILNNNN+P L GLGGTT N+ NNGNN++NG PV N QLP G +LQ +MFG
Sbjct 125 NNNGGILNNNNLPFLTGLGGTTGNVFNNNGNNLVNGGIGFPVTNTNQLPEGMTLQKVMFG 184
Query 270 TLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 329
T+ V D+ELTEGHELGSGL+GKAQGFY+AS++DGTSQ+MAFTA FE GY DS+SFFGVH
Sbjct 185 TMIVFDDELTEGHELGSGLVGKAQGFYIASSVDGTSQSMAFTAKFEENGYVDSLSFFGVH 244
Query 330 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RT SESH+ ++GGTGKY+NA GFAI+KTF SG QQ TDG+ET+L+ T YL+Y
Sbjct 245 RTQVSESHIAIIGGTGKYLNAEGFAIIKTFP-VSGQQQN-----TDGVETLLQLTAYLAY 298
>XP_007132117.1 hypothetical protein PHAVU_011G068000g [Phaseolus vulgaris]
ESW04111.1 hypothetical protein PHAVU_011G068000g [Phaseolus vulgaris]
Length=298
Score = 268 bits (685), Expect = 3e-84, Method: Compositional matrix adjust.
Identities = 159/240 (66%), Positives = 189/240 (79%), Gaps = 9/240 (4%)
Query 153 IGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSD 212
I G +TL FFMHDILGGSNP+ARAVTGVV N AL+ Q+ FAKPNGANLP + G+P +
Sbjct 65 INGVDQHHTLSFFMHDILGGSNPSARAVTGVVTNPALNAQVAFAKPNGANLPFNGGLPQN 124
Query 213 NNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFG 269
NNN GILNNNN+P L GLGGTT N+ NNGNN++NG PV N QLP G +LQ +MFG
Sbjct 125 NNNGGILNNNNLPFLTGLGGTTGNVFNNNGNNLVNGGIGFPVTNTNQLPEGMTLQKVMFG 184
Query 270 TLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 329
T+ V D+ELTEGHELGSGL+GKAQGFY+AS++DGTSQ+MAFTA FE GY DS+SFFGVH
Sbjct 185 TMIVFDDELTEGHELGSGLVGKAQGFYIASSVDGTSQSMAFTAKFEENGYVDSLSFFGVH 244
Query 330 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RT SESH+ ++GGTGKY+NA GFAI+KTF SG QQ TDG+ET+L+ T YL+Y
Sbjct 245 RTQVSESHIAIIGGTGKYLNAEGFAIIKTFP-VSGQQQN-----TDGVETLLQLTAYLAY 298
>KAF3453809.1 hypothetical protein FNV43_RR04250 [Rhamnella rubrinervis]
Length=293
Score = 268 bits (685), Expect = 3e-84, Method: Compositional matrix adjust.
Identities = 170/267 (64%), Positives = 199/267 (75%), Gaps = 14/267 (5%)
Query 128 SGSGPLPTVGSGAAATGLG-AGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVAN 186
S PL V A T +G A G+ + S + L FFMHDI+GGSNP+ARAVTGVV N
Sbjct 36 SEETPLSNVPPVAVGTPVGPAATGATVAYSDGHHPLTFFMHDIIGGSNPSARAVTGVVTN 95
Query 187 AALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNML 246
A+SGQ+PFAKPNGA +P +NGVP +NNNNGI+NNNNVP GL G +N+LQNNGN ++
Sbjct 96 PAVSGQVPFAKPNGAVVPFNNGVPQNNNNNGIINNNNVPFYTGLSGVAANVLQNNGNGII 155
Query 247 NG--LPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGT 304
G P NG LPSG +LQ L FGTLTV D+ELTEGHELGSGLLGKAQGFYVAS++DGT
Sbjct 156 GGAGFPFLNGALLPSGMTLQKLTFGTLTVFDDELTEGHELGSGLLGKAQGFYVASSVDGT 215
Query 305 SQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF--TGS 362
SQTMAFT MFESGGY DS++FFGV+RTA SESHL VMGGTGKYVNA+G+A VKT+ G
Sbjct 216 SQTMAFTTMFESGGYADSLTFFGVYRTAVSESHLAVMGGTGKYVNAKGYATVKTYPVIGQ 275
Query 363 SGTQQQQPHQFTDGLETVLECTVYLSY 389
TDG+ET+L+ TVYL Y
Sbjct 276 HN---------TDGIETLLQFTVYLVY 293
>XP_027910674.1 dirigent protein 25-like [Vigna unguiculata]
Length=334
Score = 269 bits (688), Expect = 3e-84, Method: Compositional matrix adjust.
Identities = 158/240 (66%), Positives = 189/240 (79%), Gaps = 9/240 (4%)
Query 153 IGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSD 212
I G +TL FFMHDILGGSNP+ARAVTGVV N AL+ Q+ FAKPNGANLP++ G+P +
Sbjct 101 INGVDQHHTLSFFMHDILGGSNPSARAVTGVVTNPALNAQVAFAKPNGANLPLNGGLPQN 160
Query 213 NNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL---PVANGGQLPSGSSLQMLMFG 269
NNN GILNNNN+P L GLGGTT+N+ NNGNN NG PV N QLP G +LQ +MFG
Sbjct 161 NNNGGILNNNNLPFLTGLGGTTANVFNNNGNNFGNGGIGFPVTNTNQLPEGMTLQKIMFG 220
Query 270 TLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 329
T+ V D+ELTEGHELGSGL+GKAQGFY+AS++DGTSQTMAFTA FE GY DS+SFFGVH
Sbjct 221 TMIVFDDELTEGHELGSGLVGKAQGFYIASSVDGTSQTMAFTAKFEESGYVDSLSFFGVH 280
Query 330 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RT SESH+ ++GGTGKY+NA G+AI+KTF S+ Q H TDG+ET+L+ T YL+Y
Sbjct 281 RTQVSESHIAIIGGTGKYLNAEGYAIIKTFPVSA-----QQHN-TDGVETLLQLTAYLAY 334
>GAV80680.1 Dirigent domain-containing protein [Cephalotus follicularis]
Length=304
Score = 268 bits (685), Expect = 4e-84, Method: Compositional matrix adjust.
Identities = 159/235 (68%), Positives = 193/235 (82%), Gaps = 10/235 (4%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P + L+FFMHDILGGSNP+A AVTG+VAN A++GQ+PFAKPNGANLP++NG+P +NNNNG
Sbjct 77 PLHDLIFFMHDILGGSNPSAVAVTGIVANPAVNGQLPFAKPNGANLPINNGIPLNNNNNG 136
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLN---GLPVANGGQLPSGSSLQMLMFGTLTVM 274
I+NNNN+P L GLGG N +QNNGNN N G+P+ NGGQ+P G+ LQ LMFGT+TV+
Sbjct 137 IVNNNNIPFLSGLGGNAGNTIQNNGNNNNNGGFGVPIMNGGQVPQGALLQELMFGTMTVI 196
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSG +GKAQGFYV S++DG QTMAFTAMFESGGY DSISFFGVH+TA S
Sbjct 197 DDELTEGHELGSGHVGKAQGFYVVSSIDGNGQTMAFTAMFESGGYADSISFFGVHKTAVS 256
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ES + VMGGTGKY NA+G+A +KTF T Q + TDG+ET+L+ TVYL+Y
Sbjct 257 ESQVAVMGGTGKYANAKGYATLKTF---PDTNQHE----TDGVETLLQITVYLAY 304
>PIA38878.1 hypothetical protein AQUCO_02700229v1 [Aquilegia coerulea]
Length=332
Score = 269 bits (688), Expect = 4e-84, Method: Compositional matrix adjust.
Identities = 175/311 (56%), Positives = 213/311 (68%), Gaps = 24/311 (8%)
Query 83 PGPLSTTGSSLLPVAS-SGTLPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPT-VGSGA 140
PG +++ PV S + P GP P P P +G P+ T V +
Sbjct 41 PGASDPVQANIAPVVSPTVAQPTIGPVPAPLGK-----------PVAGVAPVVTPVATQP 89
Query 141 AATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNG 200
A A +G+V P +TL FFMHDILGGSNP+A AVTG+V N A +GQ+PF+KPNG
Sbjct 90 NANPAAATSGTVANAD-PHHTLSFFMHDILGGSNPSAIAVTGIVTNPAANGQLPFSKPNG 148
Query 201 ANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL---PVANGGQL 257
A LPV+NG+P +N NNGI+NNNN+P L GLGG T+ ++QNNGNN P NG QL
Sbjct 149 AVLPVNNGIPLNNGNNGIINNNNLPFLTGLGGNTNTLVQNNGNNNFMNGFGNPSINGAQL 208
Query 258 PSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESG 317
P G+++Q LMFGT+TV+D+ELTEGHELGSGL+GKAQGFYV S+ DG+ QTMAFTAMF SG
Sbjct 209 PGGTTVQKLMFGTMTVIDDELTEGHELGSGLVGKAQGFYVVSSEDGSGQTMAFTAMFVSG 268
Query 318 GYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGL 377
GY DSISFFGVHRTA SES +G+MGGTGKYVNA+GFA VKT T Q TDG+
Sbjct 269 GYVDSISFFGVHRTAVSESQIGIMGGTGKYVNAKGFATVKTI---PSTNQHN----TDGV 321
Query 378 ETVLECTVYLS 388
ET+LE TVY +
Sbjct 322 ETLLEFTVYFA 332
>XP_012838673.1 PREDICTED: dirigent protein 10-like [Erythranthe guttata]
Length=311
Score = 268 bits (686), Expect = 4e-84, Method: Compositional matrix adjust.
Identities = 153/236 (65%), Positives = 187/236 (79%), Gaps = 12/236 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D++L FFMHDILGGS+P+A AVTG+VAN A+ GQ+PFAKPNGA LPV+NG+P++N N GI
Sbjct 83 DHSLTFFMHDILGGSHPSAIAVTGIVANPAVGGQVPFAKPNGAVLPVNNGIPTNNANGGI 142
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNM-----LNGLPVANGGQLPSGSSLQMLMFGTLTV 273
+NNNN+P L GL G TSNI QNN N + G PV N Q PSG++LQ LMFGT+TV
Sbjct 143 INNNNIPFLTGLSGYTSNIGQNNNGNNNIIGGMPGFPVLNSAQFPSGTTLQKLMFGTMTV 202
Query 274 MDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAA 333
D+ELTEGHELGSGL+GKAQGFY++S+ DGTSQTMAFT MF SGGY DS+SFFGV RTAA
Sbjct 203 FDDELTEGHELGSGLVGKAQGFYISSSEDGTSQTMAFTVMFASGGYADSLSFFGVLRTAA 262
Query 334 SESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL +MGGTGKYV A+G A K FTG++ H+ TDG+ET+L+ T++L+Y
Sbjct 263 GESHLAIMGGTGKYVGAKGLATAKVFTGAN------QHE-TDGMETLLQITLFLAY 311
>XP_027910675.1 dirigent protein 25-like [Vigna unguiculata]
Length=315
Score = 268 bits (686), Expect = 4e-84, Method: Compositional matrix adjust.
Identities = 158/240 (66%), Positives = 189/240 (79%), Gaps = 9/240 (4%)
Query 153 IGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSD 212
I G +TL FFMHDILGGSNP+ARAVTGVV N AL+ Q+ FAKPNGANLP++ G+P +
Sbjct 82 INGVDQHHTLSFFMHDILGGSNPSARAVTGVVTNPALNAQVAFAKPNGANLPLNGGLPQN 141
Query 213 NNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGL---PVANGGQLPSGSSLQMLMFG 269
NNN GILNNNN+P L GLGGTT+N+ NNGNN NG PV N QLP G +LQ +MFG
Sbjct 142 NNNGGILNNNNLPFLTGLGGTTANVFNNNGNNFGNGGIGFPVTNTNQLPEGMTLQKIMFG 201
Query 270 TLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVH 329
T+ V D+ELTEGHELGSGL+GKAQGFY+AS++DGTSQTMAFTA FE GY DS+SFFGVH
Sbjct 202 TMIVFDDELTEGHELGSGLVGKAQGFYIASSVDGTSQTMAFTAKFEESGYVDSLSFFGVH 261
Query 330 RTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
RT SESH+ ++GGTGKY+NA G+AI+KTF S+ Q H TDG+ET+L+ T YL+Y
Sbjct 262 RTQVSESHIAIIGGTGKYLNAEGYAIIKTFPVSA-----QQHN-TDGVETLLQLTAYLAY 315
>KVI11983.1 Pentatricopeptide repeat-containing protein [Cynara cardunculus
var. scolymus]
Length=737
Score = 281 bits (718), Expect = 5e-84, Method: Compositional matrix adjust.
Identities = 169/267 (63%), Positives = 197/267 (74%), Gaps = 16/267 (6%)
Query 132 PLPTVGS-GAAATGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALS 190
PLP V GA + AG V D+TL FFMHDILGGSNP+A+AVTG V N A++
Sbjct 478 PLPNVTPLGAIPPNPASSAGVVPVEEGSDHTLEFFMHDILGGSNPSAKAVTGAVTNPAVN 537
Query 191 GQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLN--- 247
GQ+PFAKPNGANLPV+NGVP D+ NNGI+NNNN+P L GLGGTTSN+ QNNGNN
Sbjct 538 GQVPFAKPNGANLPVNNGVPQDDGNNGIINNNNLPFLTGLGGTTSNVFQNNGNNNNGNNN 597
Query 248 -----GLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALD 302
NGGQLP+G++LQ MFGTLTV+D+ELTEGHELGSGL+GKAQGFYV+S++D
Sbjct 598 NNNNNAFAAINGGQLPNGNALQQFMFGTLTVIDDELTEGHELGSGLIGKAQGFYVSSSID 657
Query 303 GTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGS 362
G SQTMAFT MF G Y DS+SF GVHR+A +ES L VMGGTGKYVNA+G AIVKTF
Sbjct 658 GKSQTMAFTVMFVHGSYIDSLSFMGVHRSAVAESQLAVMGGTGKYVNAKGHAIVKTF--- 714
Query 363 SGTQQQQPHQFTDGLETVLECTVYLSY 389
GT QQ DG ET+L TV+L+Y
Sbjct 715 QGTNQQN----NDGTETLLHFTVFLAY 737
>PWA68723.1 disease resistance-responsive (dirigent-like protein) family
protein [Artemisia annua]
Length=282
Score = 267 bits (682), Expect = 5e-84, Method: Compositional matrix adjust.
Identities = 152/243 (63%), Positives = 184/243 (76%), Gaps = 29/243 (12%)
Query 147 AGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVS 206
AGA + GS D+TL+FFMHDILGGSNP+A+AVTG+V N ++GQ+PFAKPNGANLPV+
Sbjct 69 AGAAGGVEGS--DHTLMFFMHDILGGSNPSAKAVTGIVTNPTVNGQVPFAKPNGANLPVN 126
Query 207 NGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQML 266
NGVP N N+GI+NNNN+P L GLGGTTSN LP G++L+ L
Sbjct 127 NGVPQGNGNDGIINNNNIPFLTGLGGTTSN--------------------LPQGNALRQL 166
Query 267 MFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFF 326
MFGTLTV+D+ELTEGHELGSGL+GKAQG+YV+S++DG SQTMAFT MF G Y DS+SF
Sbjct 167 MFGTLTVIDDELTEGHELGSGLIGKAQGYYVSSSIDGNSQTMAFTVMFGHGSYIDSLSFM 226
Query 327 GVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVY 386
GVHR++ +ES L VMGGTGKY+NA+G AIVKTF GT QQ DGLET+L+ TVY
Sbjct 227 GVHRSSVAESQLAVMGGTGKYLNAKGHAIVKTF---QGTDQQN----NDGLETLLQFTVY 279
Query 387 LSY 389
L+Y
Sbjct 280 LAY 282
>TXG49662.1 hypothetical protein EZV62_025537 [Acer yangbiense]
Length=284
Score = 267 bits (682), Expect = 6e-84, Method: Compositional matrix adjust.
Identities = 146/232 (63%), Positives = 172/232 (74%), Gaps = 15/232 (6%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
PD+TL FFMHDILGGSNPTA VTG+V N A+ GQ+PFAKPNGA LP + G NNG
Sbjct 68 PDHTLTFFMHDILGGSNPTALPVTGIVNNPAVGGQVPFAKPNGAVLPGNGGA---QQNNG 124
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNE 277
NN+P L GL GTT N + N N PV++ GQLP+GS LQ LMFGT+T +D+E
Sbjct 125 ----NNIPFLTGLSGTTQN-VVQNNGNNGFNFPVSSDGQLPTGSVLQKLMFGTMTAIDDE 179
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTEG ELGSG +GKAQGFYVAS++DGTSQTMAFT MF SG Y DS+SFFGVHR A SES
Sbjct 180 LTEGQELGSGFVGKAQGFYVASSIDGTSQTMAFTTMFASGHYADSLSFFGVHRMATSESQ 239
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L +MGGTG+YVNA+GFA+VKT GT Q + TDG+ET+LE VY++Y
Sbjct 240 LAIMGGTGRYVNAKGFAVVKTI---PGTNQHE----TDGIETLLEFIVYVTY 284
>KAF2295941.1 hypothetical protein GH714_035250 [Hevea brasiliensis]
Length=269
Score = 266 bits (680), Expect = 7e-84, Method: Compositional matrix adjust.
Identities = 148/244 (61%), Positives = 181/244 (74%), Gaps = 38/244 (16%)
Query 146 GAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPV 205
A +GS++ PD+ L FFMHDILGGSNPTARAVTG+V+N A++GQ+PFAKPNGA LPV
Sbjct 64 AASSGSIVN---PDHALTFFMHDILGGSNPTARAVTGIVSNPAVNGQVPFAKPNGAVLPV 120
Query 206 SNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQM 265
NGVP +NNNNG++NNNN+P L GL GTT+N+L
Sbjct 121 DNGVPQNNNNNGLINNNNLPFLTGLSGTTANVL--------------------------- 153
Query 266 LMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISF 325
MFGT+TV+D+ELTE H+L SG +G+AQGFYVAS++DGTSQTMAFT MF++G YEDS++F
Sbjct 154 -MFGTITVIDDELTESHDLRSGFVGRAQGFYVASSVDGTSQTMAFTTMFQNGHYEDSLTF 212
Query 326 FGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTV 385
FGVHRTA SES L +MGGTGKYVNA+GFAIVKTF T Q + TDG+ET+LE TV
Sbjct 213 FGVHRTAVSESQLAIMGGTGKYVNAKGFAIVKTF---PATNQHE----TDGVETLLEFTV 265
Query 386 YLSY 389
Y+SY
Sbjct 266 YVSY 269
>XP_028799445.1 dirigent protein 10-like [Prosopis alba]
Length=227
Score = 265 bits (676), Expect = 8e-84, Method: Compositional matrix adjust.
Identities = 141/231 (61%), Positives = 171/231 (74%), Gaps = 12/231 (5%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDI+GG+NPTARAVTGVV N AL+ Q+ FAKPNGAN+P+ G+P +N N G LNNNN+P
Sbjct 1 MHDIVGGTNPTARAVTGVVTNPALNAQVAFAKPNGANIPLDGGLPQNNQNAGFLNNNNLP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNGL--------PVANGGQLPSGSSLQMLMFGTLTVMDNE 277
L GL G T N++ N N PV N +P+G +LQ LMFGT+TV D+E
Sbjct 61 FLTGLSGNTGNVVNTNNRNFFVNNNNNGGAGFPVTNVNNIPAGMTLQKLMFGTMTVFDDE 120
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTEGHELGSG++GKAQGFY+ASA+DGTSQ +AFTAMFE GY D ISFFGVHRT SESH
Sbjct 121 LTEGHELGSGMVGKAQGFYIASAVDGTSQVLAFTAMFEENGYGDGISFFGVHRTQVSESH 180
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
L VMGGTGKY+NA+G+AIVKTF + G Q + DG++T+L+ TVYL
Sbjct 181 LAVMGGTGKYLNAKGYAIVKTFPVTGGDLQHEG----DGVQTLLQVTVYLE 227
>XP_019240601.1 PREDICTED: dirigent protein 10-like [Nicotiana attenuata]
OIT20120.1 dirigent protein 25 [Nicotiana attenuata]
Length=392
Score = 270 bits (690), Expect = 1e-83, Method: Compositional matrix adjust.
Identities = 155/235 (66%), Positives = 182/235 (77%), Gaps = 11/235 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ FFMHDILGGSNP+A AVTG+ N +LSGQ+PFAKPNGA L V NGVP ++NNNGI
Sbjct 165 DHIFSFFMHDILGGSNPSAIAVTGIATNPSLSGQVPFAKPNGAVLAVDNGVPVNSNNNGI 224
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNN+P L GL GTTSN++QNNGNN + G P N QL SG + Q LMFGTLTV
Sbjct 225 ISNNNIPFLTGLSGTTSNVVQNNGNNNIIGGGAGFPALNMAQLGSGITFQKLMFGTLTVF 284
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTE HEL SGL+GKAQGFYVAS+ DG SQTMAFT MF SG Y DS++FFGVHRT S
Sbjct 285 DDELTESHELNSGLVGKAQGFYVASSEDGNSQTMAFTVMFHSGSYSDSLTFFGVHRTRVS 344
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL +MGGTGKYVNA+GFA VKTF S+ QQ+ TDG++T+L TVYL+Y
Sbjct 345 ESHLAIMGGTGKYVNAKGFATVKTFPASN--QQE-----TDGVQTLLHITVYLAY 392
>XP_020209642.1 dirigent protein 25 [Cajanus cajan]
Length=278
Score = 266 bits (680), Expect = 1e-83, Method: Compositional matrix adjust.
Identities = 149/241 (62%), Positives = 186/241 (77%), Gaps = 8/241 (3%)
Query 152 VIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPS 211
V G +TL FFMHDILGGSNPTARAVTGVV N AL+ Q+ FAKPNGAN+P++NGVP
Sbjct 43 VNGVDEEQHTLSFFMHDILGGSNPTARAVTGVVTNPALNAQVAFAKPNGANIPLNNGVPQ 102
Query 212 DNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMF 268
+NNN GILNNNN+P L GLGG+T ++ NNGNN+++G PV N QLP G +LQ +MF
Sbjct 103 NNNNGGILNNNNLPFLTGLGGSTGSVFNNNGNNLVSGGSGFPVTNTNQLPEGMTLQKVMF 162
Query 269 GTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGV 328
GT++V D+ELTEG E+GSGL+GKAQGFY+ASA+DGTSQ MAFTA F+ Y DS+ FFGV
Sbjct 163 GTMSVFDDELTEGEEMGSGLVGKAQGFYIASAVDGTSQLMAFTAKFQDNAYADSLCFFGV 222
Query 329 HRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLS 388
HRT S+S L ++GGTG+Y+NA+G+AI+KTF S Q TDG++T+L+ T YLS
Sbjct 223 HRTQVSQSQLAIIGGTGRYLNAQGYAIIKTFPLSPNQQHN-----TDGVQTLLQLTAYLS 277
Query 389 Y 389
Y
Sbjct 278 Y 278
>XP_008233549.1 PREDICTED: dirigent protein 25-like [Prunus mume]
Length=286
Score = 266 bits (679), Expect = 2e-83, Method: Compositional matrix adjust.
Identities = 161/239 (67%), Positives = 190/239 (79%), Gaps = 9/239 (4%)
Query 152 VIGGSVPD-NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVP 210
+I +V D +TL+FFMHDILGGSNPTA+A+TG+V + A +GQ+PFAKPNGA LP +NGVP
Sbjct 56 IINANVADQHTLIFFMHDILGGSNPTAQAMTGIVNSPAANGQLPFAKPNGAVLPFNNGVP 115
Query 211 SDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGT 270
+NNNNG++NNNN+P L GL GTTSN+ QNNG N G NGGQL GS LQ LMFGT
Sbjct 116 QNNNNNGLINNNNIPFLTGLSGTTSNVAQNNGINGGFGNFPINGGQLQPGSVLQNLMFGT 175
Query 271 LTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHR 330
++V D+ELTEGHEL SGL+GKAQGF V S+ DGTSQTM FTAMFESG Y DS+SFFGVHR
Sbjct 176 MSVFDDELTEGHELSSGLVGKAQGFNVVSSEDGTSQTMGFTAMFESGSYADSLSFFGVHR 235
Query 331 TAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
TA SESHL +MGGTGKYVNA+GFA+VKTF S+ Q TDG ET+L+ TVYL+Y
Sbjct 236 TAVSESHLAIMGGTGKYVNAKGFAMVKTFPASN--------QQTDGAETLLQFTVYLTY 286
>XP_009785872.1 PREDICTED: dirigent protein 25 [Nicotiana sylvestris]
XP_016493580.1 PREDICTED: dirigent protein 25-like [Nicotiana tabacum]
Length=407
Score = 270 bits (690), Expect = 2e-83, Method: Compositional matrix adjust.
Identities = 153/234 (65%), Positives = 183/234 (78%), Gaps = 10/234 (4%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ FFMHDILGGSNP+A AVTG+ N +LSGQ+PFAKPNGA L V NGVP ++NNNGI
Sbjct 181 DHIFSFFMHDILGGSNPSAIAVTGIATNPSLSGQVPFAKPNGAVLAVDNGVPVNSNNNGI 240
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNML---NGLPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNN+P L GL GT SN++QNNGNN++ +G P N QL SG + Q LMFGTLTV D
Sbjct 241 ISNNNIPFLTGLSGTASNVVQNNGNNIIGGGSGFPALNMAQLGSGITFQKLMFGTLTVFD 300
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTE HEL SGL+GKAQGFYVAS+ DG SQTMAFT MF SG Y DS++FFGVHRT SE
Sbjct 301 DELTESHELNSGLVGKAQGFYVASSEDGNSQTMAFTVMFHSGSYSDSLTFFGVHRTRVSE 360
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
SHL +MGGTGKYVNA+GFA VKTF ++ QQ+ TDG++T+L TVYL+Y
Sbjct 361 SHLAIMGGTGKYVNAKGFATVKTFPAAN--QQE-----TDGVQTLLHITVYLAY 407
>XP_009357650.1 PREDICTED: dirigent protein 10-like [Pyrus x bretschneideri]
Length=301
Score = 266 bits (680), Expect = 2e-83, Method: Compositional matrix adjust.
Identities = 154/231 (67%), Positives = 184/231 (80%), Gaps = 12/231 (5%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
L+FFMHDILGGSNPTARA+TG+V N A++GQ+PFAKPNGA LP +NGVP +NNN G++NN
Sbjct 80 LIFFMHDILGGSNPTARAMTGIVNNPAVNGQVPFAKPNGAVLPFNNGVPQNNNNGGLINN 139
Query 222 NNVPLLVGLGGTTSNILQNNGNNM--LNGLPVANGGQL-PSGSSLQMLMFGTLTVMDNEL 278
NN+P L GL GTT N+ QN+ N P+ NGGQL P S+LQ LMFGT++V D+EL
Sbjct 140 NNIPFLTGLSGTTPNVGQNSNRNGGGFGNFPI-NGGQLLPGSSALQNLMFGTMSVFDDEL 198
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHE SGL+GKAQGFYV S+ DGTSQTMAFTAMF+SG Y D++SFFGVHRTA SESHL
Sbjct 199 TEGHERSSGLVGKAQGFYVVSSEDGTSQTMAFTAMFQSGSYSDTLSFFGVHRTAVSESHL 258
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNA+GFA+VKTF S +Q TDG ET+LE TVY++Y
Sbjct 259 AIMGGTGKYVNAKGFALVKTFPAS--------NQQTDGAETLLEFTVYVTY 301
>XP_016509621.1 PREDICTED: dirigent protein 10-like [Nicotiana tabacum]
Length=389
Score = 269 bits (687), Expect = 3e-83, Method: Compositional matrix adjust.
Identities = 154/235 (66%), Positives = 182/235 (77%), Gaps = 11/235 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ FFMHDILGGSNP+A AVTG+ N +LSGQ+PFAKPNGA L V NGVP ++NNNGI
Sbjct 162 DHIFSFFMHDILGGSNPSAIAVTGIATNPSLSGQVPFAKPNGAVLAVDNGVPVNSNNNGI 221
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNN+P L GL GTTSN++QNNGNN + G P N QL SG + Q LMFGTLTV
Sbjct 222 ISNNNIPFLTGLSGTTSNVIQNNGNNNIIGGGSGFPALNMAQLGSGITFQKLMFGTLTVF 281
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTE HEL SGL+GKAQGFYVAS+ DG SQTMAFT MF SG Y DS++FFGVHRT S
Sbjct 282 DDELTESHELNSGLVGKAQGFYVASSEDGNSQTMAFTVMFHSGSYSDSLTFFGVHRTRVS 341
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL +MGGTGKYVNA+GFA VKTF ++ QQ+ TDG++T+L TVYL+Y
Sbjct 342 ESHLAIMGGTGKYVNAKGFATVKTFPAAN--QQE-----TDGVQTLLHITVYLAY 389
>XP_009598242.1 dirigent protein 25-like [Nicotiana tomentosiformis]
Length=389
Score = 269 bits (687), Expect = 3e-83, Method: Compositional matrix adjust.
Identities = 154/235 (66%), Positives = 182/235 (77%), Gaps = 11/235 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ FFMHDILGGSNP+A AVTG+ N +LSGQ+PFAKPNGA L V NGVP ++NNNGI
Sbjct 162 DHIFSFFMHDILGGSNPSAIAVTGIATNPSLSGQVPFAKPNGAVLAVDNGVPVNSNNNGI 221
Query 219 LNNNNVPLLVGLGGTTSNILQNNGNNMLNG----LPVANGGQLPSGSSLQMLMFGTLTVM 274
++NNN+P L GL GTTSN++QNNGNN + G P N QL SG + Q LMFGTLTV
Sbjct 222 ISNNNIPFLTGLSGTTSNVIQNNGNNNIIGGGSGFPALNMAQLGSGITFQKLMFGTLTVF 281
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTE HEL SGL+GKAQGFYVAS+ DG SQTMAFT MF SG Y DS++FFGVHRT S
Sbjct 282 DDELTESHELNSGLVGKAQGFYVASSEDGNSQTMAFTVMFHSGSYSDSLTFFGVHRTRVS 341
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL +MGGTGKYVNA+GFA VKTF ++ QQ+ TDG++T+L TVYL+Y
Sbjct 342 ESHLAIMGGTGKYVNAKGFATVKTFPAAN--QQE-----TDGVQTLLHITVYLAY 389
>XP_028096813.1 dirigent protein 25-like [Camellia sinensis]
Length=202
Score = 261 bits (668), Expect = 5e-83, Method: Compositional matrix adjust.
Identities = 130/210 (62%), Positives = 162/210 (77%), Gaps = 8/210 (4%)
Query 180 VTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQ 239
+T +V+N A++GQ+PFAKPNGA LPV+NGVP +N N+G++NNNN+P L GL G+T N++Q
Sbjct 1 MTSIVSNPAVTGQVPFAKPNGAVLPVNNGVPVNNANSGVINNNNIPFLTGLSGSTPNVIQ 60
Query 240 NNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVAS 299
NGN+++ G NG QLPSG+ LQ LMFGT+TV D ELTEGHELGS L+ K QGFYVAS
Sbjct 61 TNGNDIVKG-GFLNGPQLPSGNVLQKLMFGTMTVFDEELTEGHELGSSLVDKVQGFYVAS 119
Query 300 ALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTF 359
DG+SQ MAFT MFESG Y D +SFFGVHR A SESHL +MGGTGKYVNA+G+ IVK F
Sbjct 120 LEDGSSQVMAFTTMFESGRYGDRLSFFGVHRIAVSESHLAIMGGTGKYVNAKGYEIVKMF 179
Query 360 TGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
++ Q DG+ET+L+ TVYL+Y
Sbjct 180 PAAN-------QQNNDGVETLLQITVYLTY 202
>RDX98591.1 Dirigent protein 25, partial [Mucuna pruriens]
Length=275
Score = 263 bits (673), Expect = 9e-83, Method: Compositional matrix adjust.
Identities = 154/235 (66%), Positives = 188/235 (80%), Gaps = 9/235 (4%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
++T+ FFMHDILGGSNPTARAVTGVV N AL+ Q+ FAKPNGANLP++ G P +NNN G
Sbjct 47 KEHTVSFFMHDILGGSNPTARAVTGVVTNPALNAQVAFAKPNGANLPLNGGFPQNNNNGG 106
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG---LPVANGGQLPSGSSLQMLMFGTLTVM 274
ILNNNN+P L GLGGTT+N+ NNGNN++NG PV N QLP G +L+ +MFGT+TV
Sbjct 107 ILNNNNLPFLTGLGGTTANVFNNNGNNLINGGIGFPVTNTNQLPEGMTLEEVMFGTMTVF 166
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGL+GKAQGFY+A+A+DGTSQ MAFTA FE GY DS+SFFGVHRT S
Sbjct 167 DDELTEGHELGSGLVGKAQGFYIATAVDGTSQLMAFTAKFEENGYVDSLSFFGVHRTQVS 226
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ES + ++GGTGKY+NA G+AI+KTF +S Q H TDG+ET+L+ T YL+Y
Sbjct 227 ESQIAIIGGTGKYLNAEGYAIIKTFPVTS-----QQHN-TDGIETLLQLTAYLAY 275
>XP_020422412.1 dirigent protein 25 [Prunus persica]
ONI00392.1 hypothetical protein PRUPE_6G086300 [Prunus persica]
Length=299
Score = 264 bits (675), Expect = 1e-82, Method: Compositional matrix adjust.
Identities = 160/248 (65%), Positives = 194/248 (78%), Gaps = 11/248 (4%)
Query 146 GAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPV 205
A + + S + L FF+HDI+GGSNP+ARAVTG+V N A++GQ+PFAKPNGA +P+
Sbjct 59 AAATSATVSNSEAYHPLTFFLHDIIGGSNPSARAVTGIVTNPAVNGQVPFAKPNGAVVPI 118
Query 206 SNGVPSDNNNNGILNNNNVPLLVGLGG-TTSNILQNNGNNMLNG---LPVANGGQLPSGS 261
NG+P +NNNNGI+NNNNVP GLGG T SN++QNNGNN + G LP NG QLP G
Sbjct 119 GNGIPQNNNNNGIINNNNVPFFTGLGGNTASNLIQNNGNNNIIGGNGLPYLNGAQLPPGI 178
Query 262 SLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYED 321
+LQ LMFGTLTV D+ELTEGHELGSGLLGKAQGFYVAS+ DG+SQT+AFTAMF+SGGY D
Sbjct 179 TLQKLMFGTLTVFDDELTEGHELGSGLLGKAQGFYVASSEDGSSQTIAFTAMFQSGGYAD 238
Query 322 SISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL 381
S++FFGVH AASESHL VMGGTGKY+NA+G+A+VKT T Q TDG++TVL
Sbjct 239 SLTFFGVHLVAASESHLAVMGGTGKYLNAKGYALVKTI---PATNQHN----TDGVDTVL 291
Query 382 ECTVYLSY 389
+ T YL+Y
Sbjct 292 QFTAYLTY 299
>KAB2596059.1 dirigent protein 10-like [Pyrus ussuriensis x Pyrus communis]
Length=301
Score = 264 bits (675), Expect = 1e-82, Method: Compositional matrix adjust.
Identities = 155/231 (67%), Positives = 185/231 (80%), Gaps = 12/231 (5%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
L+FFMHDILGGSNPTARA+TG+V N A++GQ+PFAKPNGA LP +NGVP +NNN G++NN
Sbjct 80 LIFFMHDILGGSNPTARAMTGIVNNPAVNGQVPFAKPNGAVLPFNNGVPQNNNNGGLINN 139
Query 222 NNVPLLVGLGGTTSNILQNNGNNM--LNGLPVANGGQL-PSGSSLQMLMFGTLTVMDNEL 278
NN+P L GL GTT N+ QN+ N P+ NGGQL P S+LQ LMFGT++V D+EL
Sbjct 140 NNIPFLTGLSGTTPNVGQNSNRNGGGFGNFPI-NGGQLLPGSSALQNLMFGTMSVFDDEL 198
Query 279 TEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHL 338
TEGHEL SGL+GKAQGFYV S+ DGTSQTMAFTAMF+SG Y D++SFFGVHRTA SESHL
Sbjct 199 TEGHELSSGLVGKAQGFYVVSSGDGTSQTMAFTAMFQSGSYTDTLSFFGVHRTAVSESHL 258
Query 339 GVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
+MGGTGKYVNA+GFA+VKTF S+ QQ H G ET+LE TVY++Y
Sbjct 259 AIMGGTGKYVNAKGFALVKTFPASN----QQTH----GAETLLEFTVYVTY 301
>TKS17715.1 disease resistance-responsive family protein [Populus alba]
Length=311
Score = 264 bits (674), Expect = 3e-82, Method: Compositional matrix adjust.
Identities = 160/249 (64%), Positives = 199/249 (80%), Gaps = 11/249 (4%)
Query 143 TGLGAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGAN 202
TGL A + I S P +TL FFMHDILGG+ P+ARAVTG+V+N A+SGQ+PFAKPNGAN
Sbjct 72 TGLAASTSAAI--SNPGHTLSFFMHDILGGTKPSARAVTGIVSNPAVSGQVPFAKPNGAN 129
Query 203 LPVSNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSG 260
LP++NGVP +NNNNG++NNNN+P L GLGGTT ++QNNGNN N LP++NGG LPSG
Sbjct 130 LPINNGVPQNNNNNGLINNNNLPFLSGLGGTTQPVVQNNGNNFNNAFNLPLSNGGNLPSG 189
Query 261 SSLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYE 320
S+LQ LMFGT+TV+D+ELTEG++L S +GKAQGFYVAS+LDGTSQT+AFTAMF+SG Y
Sbjct 190 STLQKLMFGTITVIDDELTEGNDLRSSFVGKAQGFYVASSLDGTSQTLAFTAMFQSGHYA 249
Query 321 DSISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETV 380
DS++FFGV RT SES L +MGGTGKYVNA+G+AI+K ++ TDG+ET+
Sbjct 250 DSLNFFGVLRTGVSESQLAIMGGTGKYVNAQGYAIIKIIPSTN-------QNTTDGVETL 302
Query 381 LECTVYLSY 389
LE VY+SY
Sbjct 303 LEFVVYVSY 311
>ESR49365.1 hypothetical protein CICLE_v10033627mg [Citrus clementina]
Length=220
Score = 260 bits (665), Expect = 3e-82, Method: Compositional matrix adjust.
Identities = 153/227 (67%), Positives = 177/227 (78%), Gaps = 10/227 (4%)
Query 166 MHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVP 225
MHDILGGSNP+A A+TG+V N A+SGQ+ FAKPNGANL ++ GVP N NNG++NNNNVP
Sbjct 1 MHDILGGSNPSALAITGIVNNPAVSGQVAFAKPNGANLAINTGVPQSNGNNGLINNNNVP 60
Query 226 LLVGLGGTTSNILQNNGNNMLNGL---PVANGGQLPSGSSLQMLMFGTLTVMDNELTEGH 282
L GL G T N++QNNGNN P A GGQLPSGS LQ LMFGT+TV+D+ELTEGH
Sbjct 61 FLTGLSGITQNVVQNNGNNFNANGINFPAATGGQLPSGSVLQKLMFGTMTVIDDELTEGH 120
Query 283 ELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMG 342
EL S LGKAQGFYVAS++DGTS TMAFT MF G Y DS+SFFGVHRTA SES L +MG
Sbjct 121 ELRSAFLGKAQGFYVASSVDGTSHTMAFTTMFAEGHYVDSLSFFGVHRTAVSESQLAIMG 180
Query 343 GTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
GTGKYVNA+GFAIVKT T+QQ+ TDG+ET+LE VY+SY
Sbjct 181 GTGKYVNAKGFAIVKTI---PETRQQE----TDGIETLLEFVVYISY 220
>XP_021800241.1 dirigent protein 25-like [Prunus avium]
Length=299
Score = 263 bits (672), Expect = 3e-82, Method: Compositional matrix adjust.
Identities = 160/248 (65%), Positives = 193/248 (78%), Gaps = 11/248 (4%)
Query 146 GAGAGSVIGGSVPDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPV 205
A + + S + L FF+HDI+GGSNP+A AVTG+V N A++GQ+PFAKPNGA +P+
Sbjct 59 AAATSATVSNSEAYHPLTFFLHDIIGGSNPSATAVTGIVTNPAVNGQVPFAKPNGAVVPI 118
Query 206 SNGVPSDNNNNGILNNNNVPLLVGLGG-TTSNILQNNGNNMLNG---LPVANGGQLPSGS 261
NG+P +NNNNGI+NNNNVP GLGG T SN++QNNGNN + G LP NG QLP G
Sbjct 119 GNGIPQNNNNNGIINNNNVPFFTGLGGNTASNLIQNNGNNNIIGGNGLPYLNGAQLPPGI 178
Query 262 SLQMLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYED 321
+LQ LMFGTLTV D+ELTEGHELGSGLLGKAQGFYVAS+ DG+SQT+AFTAMF+SG Y D
Sbjct 179 TLQKLMFGTLTVFDDELTEGHELGSGLLGKAQGFYVASSEDGSSQTIAFTAMFQSGSYAD 238
Query 322 SISFFGVHRTAASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVL 381
S++FFGVHR AASESHL VMGGTGKY+NA+G A+VKT T Q TDG++TVL
Sbjct 239 SLTFFGVHRVAASESHLAVMGGTGKYLNAKGHALVKTI---PATNQHN----TDGVDTVL 291
Query 382 ECTVYLSY 389
+ TVYL+Y
Sbjct 292 QFTVYLTY 299
>GAU45792.1 hypothetical protein TSUD_86950 [Trifolium subterraneum]
Length=304
Score = 263 bits (672), Expect = 4e-82, Method: Compositional matrix adjust.
Identities = 173/306 (57%), Positives = 205/306 (67%), Gaps = 34/306 (11%)
Query 88 TTGSSLLPVASSGTLPVTGPGPLPTSSGLLPGASSGNLPGSGSGPLPTVGSGAAATGLGA 147
TT S +L + P+TG P SS L P PLP
Sbjct 29 TTSSRILSELETPEEPITGSAVSPVSSILPPV------------PLP------------- 63
Query 148 GAGSVIGGSVPD--NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPV 205
+ G +PD +TL FFMHDILGGSNPTARAVTGVV N AL+ Q+ FAKPNGANLP+
Sbjct 64 ATATTTGTDIPDQHHTLSFFMHDILGGSNPTARAVTGVVTNPALNAQVAFAKPNGANLPL 123
Query 206 SNGVPSDNNNNGILNNNNVPLLVGLGGTTSNILQNNGNNMLNG-LPVANGGQLPSGSSLQ 264
++GVP +NNNNGILNNNN+P L GL G T N+ NN NN N PV N Q+P G ++Q
Sbjct 124 NSGVPQNNNNNGILNNNNLPFLTGLSGNTGNVFNNNNNNNGNNNFPVTNMNQIPQGMTVQ 183
Query 265 MLMFGTLTVMDNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSIS 324
LMFGT+TV D+ELTEG ELGSGL+GKAQGFY+AS+++GTSQ MAFTA FE GYEDS+S
Sbjct 184 ELMFGTMTVFDDELTEGEELGSGLVGKAQGFYIASSVEGTSQVMAFTAKFEENGYEDSLS 243
Query 325 FFGVHRTA-ASESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLEC 383
FFGVHRT S+S L ++GGTGKYVNA GFAI+KTF ++G Q TDGLET+L
Sbjct 244 FFGVHRTTQVSQSQLAIIGGTGKYVNANGFAIIKTFPVNNGQQHN-----TDGLETLLHL 298
Query 384 TVYLSY 389
T YLSY
Sbjct 299 TAYLSY 304
>XP_009358379.1 PREDICTED: dirigent protein 25-like [Pyrus x bretschneideri]
Length=310
Score = 263 bits (672), Expect = 5e-82, Method: Compositional matrix adjust.
Identities = 156/232 (67%), Positives = 185/232 (80%), Gaps = 11/232 (5%)
Query 162 LVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNN 221
L FF+HDI+GGSNP+ARAVTG+VAN A+SGQ+PFAKPNGAN+P+ NG+P +NNNNGI+NN
Sbjct 86 LTFFLHDIIGGSNPSARAVTGIVANPAVSGQVPFAKPNGANIPIGNGIPQNNNNNGIINN 145
Query 222 NNVPLLVGLGG----TTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNE 277
NNVP GLGG NN NGLP NG QLP G +LQ LMFGTLTV D+E
Sbjct 146 NNVPFFTGLGGNAGNNLIQNNGNNNIIGGNGLPYLNGTQLPPGITLQKLMFGTLTVFDDE 205
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTEGHELGSGLLGKAQGFYVAS+ DG+SQT+AFTAMF+SGGY DS++FFGVH+ AASESH
Sbjct 206 LTEGHELGSGLLGKAQGFYVASSEDGSSQTIAFTAMFQSGGYADSLTFFGVHQVAASESH 265
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L VMGGTGKY+NA+G+A+VKT + T QQ TDG++TVL+ T YL+Y
Sbjct 266 LAVMGGTGKYLNAKGYALVKT---TPATNQQN----TDGVDTVLQFTTYLTY 310
>XP_014493581.2 dirigent protein 10, partial [Vigna radiata var. radiata]
Length=306
Score = 262 bits (670), Expect = 7e-82, Method: Compositional matrix adjust.
Identities = 155/233 (67%), Positives = 184/233 (79%), Gaps = 9/233 (4%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+TL FFMHDILGGSNP+ARAVTGVV N AL+ Q+ FAKPNGANLP++ G+P +NNN GIL
Sbjct 80 HTLSFFMHDILGGSNPSARAVTGVVTNPALNAQVAFAKPNGANLPLNGGLPQNNNNGGIL 139
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNGL---PVANGGQLPSGSSLQMLMFGTLTVMDN 276
NNNN+P L GLGGTT N+ NNGNN NG PV N QLP G +LQ +MFGT+ V D+
Sbjct 140 NNNNLPFLTGLGGTTGNVFNNNGNNFGNGGIGFPVTNTNQLPEGMTLQKIMFGTMIVFDD 199
Query 277 ELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASES 336
ELTEG ELGSGL+GKAQGFY+AS++DGTSQTMAFTA FE GY DS+SFFGVHRT SES
Sbjct 200 ELTEGQELGSGLVGKAQGFYIASSVDGTSQTMAFTAKFEENGYVDSLSFFGVHRTQVSES 259
Query 337 HLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
H+ ++GGTGKY+NA G+AI+KTF SG Q TDG+ET+L+ T YL+Y
Sbjct 260 HIAIIGGTGKYLNAEGYAIIKTFP-VSGQQHN-----TDGVETLLQLTAYLAY 306
>XP_011021115.1 PREDICTED: dirigent protein 25-like [Populus euphratica]
Length=312
Score = 262 bits (670), Expect = 1e-81, Method: Compositional matrix adjust.
Identities = 158/234 (68%), Positives = 190/234 (81%), Gaps = 8/234 (3%)
Query 158 PDNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNG 217
P +TL FFMHDILGG+NP+ARAVTG+V+N A SGQ+PFAKPNGANLP++NGVP ++NNNG
Sbjct 85 PGHTLSFFMHDILGGTNPSARAVTGIVSNPAFSGQVPFAKPNGANLPLNNGVPQNSNNNG 144
Query 218 ILNNNNVPLLVGLGGTTSNILQNNGNNMLNG--LPVANGGQLPSGSSLQMLMFGTLTVMD 275
++NNNN+PLL GLGGT ++QNNGNN N LP++NGG LPSGS+LQ LMFGT+TV+D
Sbjct 145 LINNNNLPLLSGLGGTAQPVVQNNGNNFNNAFNLPLSNGGNLPSGSTLQKLMFGTITVID 204
Query 276 NELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASE 335
+ELTEG+ L S LGKAQGFYVAS+LDGTSQ MAFTAMF+SG Y DS+SFFGV RT SE
Sbjct 205 DELTEGNNLRSSFLGKAQGFYVASSLDGTSQIMAFTAMFQSGHYADSLSFFGVLRTGVSE 264
Query 336 SHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
S L +MGGTGKYVNA+G+AI+K S+ TDG+ETVLE VY+SY
Sbjct 265 SQLAIMGGTGKYVNAQGYAIIKINIPSTN------QSTTDGVETVLEFVVYVSY 312
>XP_019465151.1 PREDICTED: dirigent protein 25-like [Lupinus angustifolius]
OIV99369.1 hypothetical protein TanjilG_17179 [Lupinus angustifolius]
Length=299
Score = 261 bits (668), Expect = 1e-81, Method: Compositional matrix adjust.
Identities = 150/230 (65%), Positives = 181/230 (79%), Gaps = 11/230 (5%)
Query 160 NTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGIL 219
+ L FFMHDILGGSNPTARAVTGVV N AL+ Q+ FAKPNGAN+P++NG+P +NNN+GIL
Sbjct 81 HVLSFFMHDILGGSNPTARAVTGVVTNPALNAQVAFAKPNGANIPLNNGIPQNNNNDGIL 140
Query 220 NNNNVPLLVGLGGTTSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVMDNELT 279
NNNN+P L GL G T N+ NNGN G V N Q+P G+++Q LMFGT+TV D+ELT
Sbjct 141 NNNNLPFLTGLSGNTGNVF-NNGN----GFSVGNTNQVPQGTTVQQLMFGTMTVFDDELT 195
Query 280 EGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLG 339
EGH+LGSGL+GKAQGFY+ASA+DGTSQ +AFTA FE GY DS+SFFGVHRT SES L
Sbjct 196 EGHDLGSGLVGKAQGFYIASAIDGTSQVIAFTAQFEENGYADSLSFFGVHRTQVSESQLA 255
Query 340 VMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
++GGTGKYVNA G+AI+KTF T QQ ++GLET+L+ T YLSY
Sbjct 256 IIGGTGKYVNAEGYAIIKTF---PVTDQQHN---SNGLETLLQLTAYLSY 299
>KHN22000.1 Disease resistance response protein 206 [Glycine soja]
Length=302
Score = 261 bits (668), Expect = 1e-81, Method: Compositional matrix adjust.
Identities = 162/284 (57%), Positives = 195/284 (69%), Gaps = 19/284 (7%)
Query 112 TSSGLLPGASSGNLPGSGS-----GPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFM 166
TS+ +L + P S + PLP V A V G +TL FFM
Sbjct 32 TSTRILDEIETPEEPNSAAESPVVSPLPLVAESPVA--------EVKGVDQQHHTLSFFM 83
Query 167 HDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPL 226
HDILGGSNPTARAVTGVV N AL+ Q+ FAKPNGANLP++NGVP +NNN GILNNNN+P
Sbjct 84 HDILGGSNPTARAVTGVVTNPALNAQVAFAKPNGANLPLNNGVPQNNNNGGILNNNNLPF 143
Query 227 LVGLGGTTSNILQNNGNNMLN-GLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELG 285
L GLGGTT+++ NN G PV N QLP G +LQ +MFGT+TV D+ELTEG ELG
Sbjct 144 LTGLGGTTASVFNNNNLLNGGAGFPVTNTNQLPEGMTLQKVMFGTMTVFDDELTEGQELG 203
Query 286 SGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTG 345
SGL+GKAQGFY+ASA+DG SQ MAFTA FE GY DS+SFFGVH T SES + ++GGTG
Sbjct 204 SGLVGKAQGFYIASAVDGASQLMAFTAKFEENGYVDSLSFFGVHLTQVSESQIAIVGGTG 263
Query 346 KYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
K++NA GFAI+KTF S G Q TDG++T+L+ T YL+Y
Sbjct 264 KFLNAEGFAIIKTFPVSGGQQHN-----TDGVQTLLQLTAYLAY 302
>XP_016187334.1 dirigent protein 10-like [Arachis ipaensis]
XP_016187335.1 dirigent protein 10-like [Arachis ipaensis]
XP_025641892.1 dirigent protein 10 [Arachis hypogaea]
RYR23174.1 hypothetical protein Ahy_B03g068433 [Arachis hypogaea]
Length=310
Score = 261 bits (668), Expect = 2e-81, Method: Compositional matrix adjust.
Identities = 152/232 (66%), Positives = 183/232 (79%), Gaps = 9/232 (4%)
Query 161 TLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILN 220
T+ FFMH+ILGGSNP+ARAVTGVV N AL+ Q+ FAKPNGANLP++ GVP +NNN G+LN
Sbjct 85 TISFFMHEILGGSNPSARAVTGVVTNPALNAQVAFAKPNGANLPLNAGVPQNNNNAGLLN 144
Query 221 NNNVPLLVGLGGTTSNILQNNGNNMLN---GLPVANGGQLPSGSSLQMLMFGTLTVMDNE 277
NNN+P L GLGGTT+++ NNGNN N G V N QLP G +L+ LMFGT+TV D+E
Sbjct 145 NNNLPFLTGLGGTTASVFNNNGNNGNNNGVGFSVGNVNQLPEGMTLEKLMFGTMTVFDDE 204
Query 278 LTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESH 337
LTEG ELGSGL+GKAQGFYVAS++DGTSQ MAFTA FE GY DSISFFGVH+T SES
Sbjct 205 LTEGEELGSGLVGKAQGFYVASSVDGTSQVMAFTAKFEENGYADSISFFGVHQTQVSESQ 264
Query 338 LGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
L ++GGTGKYVNA+GFAI+KTF +G Q TDG+ET+++ T YL+Y
Sbjct 265 LAIIGGTGKYVNAQGFAIIKTFP-VNGQQHN-----TDGVETLVQLTAYLAY 310
>XP_028188445.1 dirigent protein 10-like [Glycine soja]
XP_028188454.1 dirigent protein 10-like [Glycine soja]
RZB79935.1 Dirigent protein 10 [Glycine soja]
RZB79938.1 Dirigent protein 10 [Glycine soja]
Length=314
Score = 261 bits (667), Expect = 3e-81, Method: Compositional matrix adjust.
Identities = 162/284 (57%), Positives = 195/284 (69%), Gaps = 19/284 (7%)
Query 112 TSSGLLPGASSGNLPGSGS-----GPLPTVGSGAAATGLGAGAGSVIGGSVPDNTLVFFM 166
TS+ +L + P S + PLP V A V G +TL FFM
Sbjct 44 TSTRILDEIETPEEPNSAAESPVVSPLPLVAESPVA--------EVKGVDQQHHTLSFFM 95
Query 167 HDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGILNNNNVPL 226
HDILGGSNPTARAVTGVV N AL+ Q+ FAKPNGANLP++NGVP +NNN GILNNNN+P
Sbjct 96 HDILGGSNPTARAVTGVVTNPALNAQVAFAKPNGANLPLNNGVPQNNNNGGILNNNNLPF 155
Query 227 LVGLGGTTSNILQNNGNNMLN-GLPVANGGQLPSGSSLQMLMFGTLTVMDNELTEGHELG 285
L GLGGTT+++ NN G PV N QLP G +LQ +MFGT+TV D+ELTEG ELG
Sbjct 156 LTGLGGTTASVFNNNNLLNGGAGFPVTNTNQLPEGMTLQKVMFGTMTVFDDELTEGQELG 215
Query 286 SGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAASESHLGVMGGTG 345
SGL+GKAQGFY+ASA+DG SQ MAFTA FE GY DS+SFFGVH T SES + ++GGTG
Sbjct 216 SGLVGKAQGFYIASAVDGASQLMAFTAKFEENGYVDSLSFFGVHLTQVSESQIAIVGGTG 275
Query 346 KYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
K++NA GFAI+KTF S G Q TDG++T+L+ T YL+Y
Sbjct 276 KFLNAEGFAIIKTFPVSGGQQHN-----TDGVQTLLQLTAYLAY 314
>XP_018805354.1 PREDICTED: dirigent protein 25-like [Juglans regia]
Length=317
Score = 261 bits (666), Expect = 5e-81, Method: Compositional matrix adjust.
Identities = 153/235 (65%), Positives = 183/235 (78%), Gaps = 11/235 (5%)
Query 159 DNTLVFFMHDILGGSNPTARAVTGVVANAALSGQIPFAKPNGANLPVSNGVPSDNNNNGI 218
D+ L FFMHDILGGSNP+A+A+TGVV N A++GQ+PFAKPNGA +PV+NGVP NNNN
Sbjct 90 DHHLSFFMHDILGGSNPSAKALTGVVTNPAVNGQVPFAKPNGAVIPVNNGVPGQNNNNNN 149
Query 219 LNNNN--VPLLVGLGGT--TSNILQNNGNNMLNGLPVANGGQLPSGSSLQMLMFGTLTVM 274
NN +P L GLGG N NN++NG+P NG QLP+G +LQ +MFGTLTV
Sbjct 150 GVLNNNNIPFLTGLGGNIPNVIQNNGNNNNLINGIPTVNGAQLPAGITLQKVMFGTLTVF 209
Query 275 DNELTEGHELGSGLLGKAQGFYVASALDGTSQTMAFTAMFESGGYEDSISFFGVHRTAAS 334
D+ELTEGHELGSGL+GKAQGFYVAS+ DGTSQT+AFT+MFESGGY D++SFFGVHRTA S
Sbjct 210 DDELTEGHELGSGLVGKAQGFYVASSEDGTSQTLAFTSMFESGGYSDTLSFFGVHRTAVS 269
Query 335 ESHLGVMGGTGKYVNARGFAIVKTFTGSSGTQQQQPHQFTDGLETVLECTVYLSY 389
ESHL VMGGTGKYVNA+G+A VKTF T Q +DG+ET+L+ T YL+Y
Sbjct 270 ESHLAVMGGTGKYVNAKGYATVKTF---PATNQHD----SDGVETLLQITAYLTY 317
Lambda K H
0.313 0.134 0.392
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 12800868683207
Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF
excluding environmental samples from WGS projects
Posted date: Apr 29, 2020 3:03 AM
Number of letters in database: 101,180,629,825
Number of sequences in database: 281,252,422
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40