Miyakogusa Predicted Gene
- Lj4g3v0299470.1
BLASTP 2.2.25 [Feb-01-2011]
Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer,
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 compositional score matrix adjustment: Altschul, Stephen F.,
John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis,
Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches
using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109.
Query= Lj4g3v0299470.1 tr|G7IMM0|G7IMM0_MEDTR Reticuline oxidase
OS=Medicago truncatula GN=MTR_2g031420 PE=4 SV=1,75.49,0,no
description,FAD-linked oxidase, FAD-binding, subdomain 2; seg,NULL;
FAMILY NOT NAMED,NULL; FAD_PC,gene.g51969.t1.1
(487 letters)
Database: Glyma1.pep
75,778 sequences; 25,431,882 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
Glyma08g08480.1 675 0.0
Glyma05g25500.1 673 0.0
Glyma08g08490.1 666 0.0
Glyma15g14030.1 618 e-177
Glyma08g08460.1 537 e-152
Glyma06g48000.1 534 e-151
Glyma05g25460.1 528 e-150
Glyma04g12600.1 526 e-149
Glyma09g03090.1 524 e-149
Glyma05g25450.1 523 e-148
Glyma04g12580.1 523 e-148
Glyma06g47980.1 523 e-148
Glyma05g25470.1 522 e-148
Glyma15g14020.1 518 e-147
Glyma05g25130.1 512 e-145
Glyma05g25580.1 506 e-143
Glyma08g08500.1 501 e-142
Glyma08g11890.1 493 e-139
Glyma08g08540.1 486 e-137
Glyma15g14210.1 486 e-137
Glyma15g14200.1 485 e-137
Glyma09g03290.1 483 e-136
Glyma04g12610.1 479 e-135
Glyma05g25590.1 477 e-134
Glyma08g08570.1 473 e-133
Glyma05g25540.1 471 e-132
Glyma08g08520.1 470 e-132
Glyma15g14170.1 461 e-130
Glyma08g08550.1 459 e-129
Glyma08g06350.1 459 e-129
Glyma09g03270.1 458 e-129
Glyma09g03100.1 455 e-128
Glyma08g08530.1 452 e-127
Glyma09g03130.1 451 e-126
Glyma09g03120.1 447 e-125
Glyma15g14060.1 445 e-125
Glyma09g02630.1 444 e-124
Glyma15g14040.1 440 e-123
Glyma08g06360.1 436 e-122
Glyma04g12620.1 421 e-117
Glyma05g25490.1 408 e-114
Glyma20g35570.1 385 e-107
Glyma10g32070.1 380 e-105
Glyma09g03280.1 365 e-101
Glyma15g14080.1 348 9e-96
Glyma15g14090.1 323 2e-88
Glyma15g16440.1 311 1e-84
Glyma07g30940.1 310 2e-84
Glyma09g03110.1 287 2e-77
Glyma18g17030.1 271 1e-72
Glyma07g30930.1 221 2e-57
Glyma08g08470.1 208 1e-53
Glyma02g26990.1 192 1e-48
Glyma05g25520.1 129 8e-30
Glyma06g47990.1 112 7e-25
Glyma05g28740.1 112 1e-24
Glyma06g38070.1 93 6e-19
Glyma16g21120.1 89 1e-17
Glyma03g22870.1 81 3e-15
Glyma03g14220.1 80 6e-15
Glyma08g08560.1 72 1e-12
Glyma09g03140.1 65 2e-10
>Glyma08g08480.1
Length = 522
Score = 675 bits (1741), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 323/460 (70%), Positives = 374/460 (81%), Gaps = 1/460 (0%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
RN RFLD+SV KPNLIVTP L H+Q A+ CS K GLQVR+RSGGHDYEGLSY+S+VPF+
Sbjct: 63 RNARFLDTSVPKPNLIVTPHNLFHIQVALFCSKKSGLQVRIRSGGHDYEGLSYVSHVPFI 122
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
IIDL N RSI+I++++E+AWV+SGATLGELYYAI +S VH FPAGSC TV
Sbjct: 123 IIDLFNLRSITINMDEETAWVESGATLGELYYAIEKKSEVHGFPAGSCSTVGVGGHLSGG 182
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
RK+GLA+D++IDAQII+VNGKILNR LMGEDLFWAI+GGGGSSFGVIT+WK+KL
Sbjct: 183 GFGTIFRKYGLASDNIIDAQIINVNGKILNRTLMGEDLFWAIRGGGGSSFGVITAWKIKL 242
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSP-KHGGKSVIV 265
V VP KV FD+ + LDQ + +F KWQTIA KLP ELFLH+V+GV+NS + GGK+V+V
Sbjct: 243 VPVPSKVATFDVSRTLDQGATTLFHKWQTIAPKLPKELFLHTVVGVTNSASEEGGKTVVV 302
Query: 266 SFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQ 325
SF+GLYLG ENLLPLMQ++FAELGLRRD+ TEM WIQSVLY AG+ + SL VLL+RNQ
Sbjct: 303 SFSGLYLGTPENLLPLMQNSFAELGLRRDNFTEMTWIQSVLYFAGFSKDESLEVLLRRNQ 362
Query: 326 TFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPHRNK 385
T SFKAKSDYV EPIP GLEGLWKMLL E+ P I TPYGG MSEISESETPFPHR
Sbjct: 363 TSPSFKAKSDYVKEPIPLHGLEGLWKMLLLENPPPFIFTPYGGIMSEISESETPFPHRKG 422
Query: 386 SIFGIQYLVNWDKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNRGNTSY 445
+++GIQY VN NEE H+EW+RRL+AY+ PYVSK PR AYLNYRDLD+GVNRGN+SY
Sbjct: 423 NLYGIQYSVNLVSNEEAPKHIEWLRRLHAYLAPYVSKFPRQAYLNYRDLDLGVNRGNSSY 482
Query: 446 EEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
E K WGLKYF NFERLARVKA+VDP NFFR EQSIPPL
Sbjct: 483 ENGKSWGLKYFNCNFERLARVKAEVDPGNFFRDEQSIPPL 522
>Glyma05g25500.1
Length = 530
Score = 673 bits (1737), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 329/467 (70%), Positives = 380/467 (81%), Gaps = 4/467 (0%)
Query: 23 ERLTRNTRFLDS-SVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYIS 81
E RN RFL+S SV KPNLIVTP L H+Q A+ CS K GLQVRVRSGGHDYEGLSY+S
Sbjct: 64 ESSIRNARFLNSTSVPKPNLIVTPHSLFHIQVALFCSKKSGLQVRVRSGGHDYEGLSYVS 123
Query: 82 N--VPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXX 139
+ +PFLIIDL N RSI+I++++ESAWVQSGAT+GELYYAIA +S VH FPAGSC T+
Sbjct: 124 HSHIPFLIIDLFNLRSITINMDEESAWVQSGATVGELYYAIAKKSKVHGFPAGSCSTIGV 183
Query: 140 XXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVI 199
RK+GLA+D+VIDAQIIDVNG ILNR LMGEDLFWAI+GGGGSSFGVI
Sbjct: 184 GGHFSGGGFGTIFRKYGLASDNVIDAQIIDVNGMILNRTLMGEDLFWAIRGGGGSSFGVI 243
Query: 200 TSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSP-KH 258
T+WK+KLV VP KVT FD+ + LDQ + +F KWQTIA KLP ELFLHS++GV+NS +
Sbjct: 244 TAWKIKLVPVPSKVTTFDVSRTLDQGATTLFHKWQTIAPKLPPELFLHSLVGVTNSASQE 303
Query: 259 GGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLN 318
GGK+V+VSF+GLYLG ENLLPLMQ++FAE GLRRD+ TEM WIQSVL+ AGY I+ SL
Sbjct: 304 GGKTVVVSFSGLYLGTPENLLPLMQNSFAEFGLRRDNLTEMTWIQSVLHYAGYSIDESLE 363
Query: 319 VLLQRNQTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESET 378
VLL+RNQ+ SFKAKSDYV EPIP GLEGLWKMLL E+SPLLILTPYGG MSEISESET
Sbjct: 364 VLLRRNQSSPSFKAKSDYVKEPIPLHGLEGLWKMLLLENSPLLILTPYGGIMSEISESET 423
Query: 379 PFPHRNKSIFGIQYLVNWDKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGV 438
PFPHR +++GIQY+VN+ NEE H++W+RRLYAYM PYVSK PR AYLNYRDLD+GV
Sbjct: 424 PFPHRKGNLYGIQYMVNFASNEEAPKHIDWIRRLYAYMTPYVSKFPRQAYLNYRDLDLGV 483
Query: 439 NRGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
N+G YE+AK WGLKYF NFERLA VKA+VDP NFFR EQSIPPL
Sbjct: 484 NQGKPWYEKAKSWGLKYFNCNFERLALVKARVDPGNFFRDEQSIPPL 530
>Glyma08g08490.1
Length = 529
Score = 666 bits (1719), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 320/468 (68%), Positives = 378/468 (80%), Gaps = 3/468 (0%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ E RN RFL+SS KPNLIVTP L H+Q A+ CS K GLQVR+RSGGHDYEGLSY+
Sbjct: 62 ILESSIRNARFLNSSAPKPNLIVTPHSLFHIQVALFCSKKSGLQVRIRSGGHDYEGLSYV 121
Query: 81 SN--VPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVX 138
S+ +PFLIIDL N RSI+I++++E+AWVQSGAT+GELYYAIA +S VH FPAGSC T+
Sbjct: 122 SHSHIPFLIIDLVNLRSITINMDEETAWVQSGATVGELYYAIAKKSKVHGFPAGSCSTIG 181
Query: 139 XXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGV 198
RK+GL +D+VIDAQIIDVNGKILNR LMGEDLFWAI+GGGGSSFGV
Sbjct: 182 IGGHLSGGGFGTIFRKYGLGSDNVIDAQIIDVNGKILNRTLMGEDLFWAIRGGGGSSFGV 241
Query: 199 ITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSP-K 257
IT+WK+KLV VP KVT FD+ + LDQ + +F KWQTIA KLP ELFLH+V+GV+NS +
Sbjct: 242 ITAWKIKLVPVPSKVTTFDVSRTLDQGATTLFHKWQTIAPKLPKELFLHTVVGVTNSASQ 301
Query: 258 HGGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASL 317
GGK+V+VSF+GLYLG ENLL LMQ++FAELGLRRD+ TEM WIQSVL+ AG+ I+ SL
Sbjct: 302 EGGKTVVVSFSGLYLGTPENLLTLMQNSFAELGLRRDNFTEMTWIQSVLHYAGFSIDESL 361
Query: 318 NVLLQRNQTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESE 377
+LL+RN + SFKAKSDYV EPIP GLEGLWKMLL ++SPLLILTPYGG MSEISESE
Sbjct: 362 EILLRRNHSPPSFKAKSDYVKEPIPLRGLEGLWKMLLLDNSPLLILTPYGGIMSEISESE 421
Query: 378 TPFPHRNKSIFGIQYLVNWDKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIG 437
TPFPHR +++GIQY+VN+ NE+ H++W+RRLYAYM PYVSK PR AYLNYRDLD+G
Sbjct: 422 TPFPHRKGNLYGIQYMVNFASNEDAPKHIDWIRRLYAYMTPYVSKFPRRAYLNYRDLDLG 481
Query: 438 VNRGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
N+G YE+AK WGLKYF NFERLA VKA+VDP NFFR EQSIPPL
Sbjct: 482 ANQGKPWYEKAKSWGLKYFNCNFERLALVKARVDPGNFFRDEQSIPPL 529
>Glyma15g14030.1
Length = 501
Score = 618 bits (1594), Expect = e-177, Method: Compositional matrix adjust.
Identities = 319/474 (67%), Positives = 363/474 (76%), Gaps = 20/474 (4%)
Query: 23 ERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISN 82
+ L RN RFL+SSV KPNLIVTPQ L+H+QAAITCS K GLQVRVRSGGHDYEGLSY+S+
Sbjct: 33 QSLIRNLRFLNSSVPKPNLIVTPQNLAHIQAAITCSRKHGLQVRVRSGGHDYEGLSYVSD 92
Query: 83 VPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXX 142
VPFLIIDL N RSI+IDI DESAWVQ+GATLGEL YAIA SN+ FP GSCPTV
Sbjct: 93 VPFLIIDLINLRSINIDINDESAWVQAGATLGELCYAIAKTSNMCGFPDGSCPTVGVGGH 152
Query: 143 XXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSW 202
RK+GLAAD VIDA+++DVNG ILNR LMGEDL W I+GGGGSSFGVIT+W
Sbjct: 153 LSVVGFGTIFRKYGLAADQVIDAEMVDVNGNILNRTLMGEDLLWDIRGGGGSSFGVITAW 212
Query: 203 KVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPK-HGGK 261
KVKLV VPPKVTIF++ K LDQ S +FQKWQTI+HKLP ELFLHSVMGV+NS +GGK
Sbjct: 213 KVKLVPVPPKVTIFNVAKTLDQGASNLFQKWQTISHKLPNELFLHSVMGVANSSSPNGGK 272
Query: 262 SVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLY---------LAGYP 312
+V+VSFTGLYLG AENLLPLMQ+NFAELGL+ + TEM+WIQSVLY L G+
Sbjct: 273 TVVVSFTGLYLGTAENLLPLMQNNFAELGLQLNSFTEMSWIQSVLYKYRLFNQWTLGGF- 331
Query: 313 INASLNVLLQRNQTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPL--LILTPYGGRM 370
AS +Q+ Q+ + Y R G + + E S LILTPYGGRM
Sbjct: 332 --ASEKPNIQKLQS----NIRLCYRTHSCGRFG-RAVEHVARREHSQHTNLILTPYGGRM 384
Query: 371 SEISESETPFPHRNKSIFGIQYLVNWDKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLN 430
SEIS SETPFPHRN SI+GIQYLV WD NEET H+ MRRLY+Y+ PYVSK PR AYLN
Sbjct: 385 SEISGSETPFPHRNGSIYGIQYLVYWDSNEETPKHIYGMRRLYSYVTPYVSKCPRAAYLN 444
Query: 431 YRDLDIGVNRGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPP 484
YRDL++GVNRG+TSYEEAK WG+KYFK +FERLARVKA+ DPSNFF HEQSIPP
Sbjct: 445 YRDLNLGVNRGSTSYEEAKSWGVKYFKFHFERLARVKAEFDPSNFFWHEQSIPP 498
>Glyma08g08460.1
Length = 508
Score = 537 bits (1383), Expect = e-152, Method: Compositional matrix adjust.
Identities = 257/467 (55%), Positives = 335/467 (71%), Gaps = 9/467 (1%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
+N RF + + KP +IVTP E+SHVQA I CS + +Q+R+RSGGHDYEGLSY+S VPF+
Sbjct: 43 QNLRFYNVTS-KPLVIVTPLEVSHVQATIICSQRHNMQIRIRSGGHDYEGLSYVSQVPFV 101
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
++DL N R I +D+E+ +AWVQ+GAT+GELY++I+ +SN FPAG CPTV
Sbjct: 102 VLDLINLREIKVDVENRTAWVQAGATIGELYFSISQKSNTLGFPAGVCPTVGTGGNIGGG 161
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
RK+GLAAD+VIDA+I+DVNG +L+R MGEDLFWAI+GGGG+SFGVI +WKVKL
Sbjct: 162 GYGFMLRKYGLAADNVIDAEIVDVNGNLLDRKAMGEDLFWAIRGGGGASFGVIVAWKVKL 221
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVS 266
V VP VT+F +P+ L+QN +EI KWQ +A+KL L + + S K+G +V
Sbjct: 222 VPVPSTVTVFRVPRTLEQNATEIIHKWQLVANKLDDNLMIRIHLARVTSSKNGKPTVEAQ 281
Query: 267 FTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQT 326
F YLG + L+PLMQ F ELGL ++DCTE +WI SVL++ + I+ VLL R Q
Sbjct: 282 FESTYLGGVDQLIPLMQKRFPELGLVKEDCTETSWIGSVLFMGNFTISGPPEVLLNRTQL 341
Query: 327 FG--SFKAKSDYVNEPIPRAGLEGLWKMLLEED--SPLLILTPYGGRMSEISESETPFPH 382
G ++KAKSDYV +PIP GLE LW + E++ + + +PYGGRM EISESE PFPH
Sbjct: 342 VGVLNYKAKSDYVRDPIPDVGLEVLWPLFYEDEAQAAFVQFSPYGGRMYEISESEIPFPH 401
Query: 383 RNKSIFGIQYLVNW--DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNR 440
R+ ++F IQY V W + NEE + H+ W+RR+Y+YM+PYVSK+PR AY NYRDLDIG N
Sbjct: 402 RSGNLFHIQYGVYWKGEGNEEAQKHINWIRRMYSYMEPYVSKSPRAAYFNYRDLDIGANN 461
Query: 441 GN--TSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
N TSY++A WGLKYF +NF+RLA VK +VDP NFFR+EQSIP L
Sbjct: 462 NNGYTSYDQASVWGLKYFLNNFKRLATVKTKVDPLNFFRNEQSIPSL 508
>Glyma06g48000.1
Length = 529
Score = 534 bits (1375), Expect = e-151, Method: Compositional matrix adjust.
Identities = 253/470 (53%), Positives = 339/470 (72%), Gaps = 6/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + L +N R+++ S KP +I+TP S +QAAI CS + LQ+RVRSGGHDYEGLSY+
Sbjct: 58 VWDSLAQNPRWVNISSRKPLMILTPFHESEIQAAILCSKELKLQLRVRSGGHDYEGLSYL 117
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S+VPF+++DL N RSI I++ DE+AWVQ+GA++GELYY I+ S VH FPAG+CP+V
Sbjct: 118 SDVPFVMVDLINIRSIEINLADETAWVQAGASIGELYYKISKASKVHGFPAGTCPSVGIG 177
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RKHGLAAD+V+DA +ID NGKI +R MGED+FWAI+GG SSFGVI
Sbjct: 178 GHISGGGQGLMLRKHGLAADNVVDAYLIDANGKIHDRKSMGEDVFWAIRGGDASSFGVIL 237
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
+WK+KLV VPP VT F++P+ ++ V+++ +WQ IAH L +L + + +S K
Sbjct: 238 AWKIKLVRVPPIVTGFNVPRTPEEGVTDLIHRWQYIAHDLHEDLVIRVIAQISGHDK--S 295
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K +F ++LG + L+PLM +F ELGL+ DCTEM+WIQSV+++AGY I L +L
Sbjct: 296 KKFRATFNSIFLGGVDRLIPLMNESFPELGLQAKDCTEMSWIQSVMFIAGYNIEDPLELL 355
Query: 321 LQRNQTFG-SFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
L R F SFKAKSD+ EP+P++GLEG WK+LLEE+ LI+ PYGGRM+EISESE P
Sbjct: 356 LNRTTMFKRSFKAKSDFFKEPVPKSGLEGAWKLLLEEEIAFLIMEPYGGRMNEISESEIP 415
Query: 380 FPHRNKSIFGIQYLVNWDKN--EETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIG 437
FPHR +++ +QYLVNW+ N E ++ H++W + +Y YM PYVSK+PR AY NY+DLD+G
Sbjct: 416 FPHRKGNLYNLQYLVNWEVNSDEASRRHLQWAKMVYKYMTPYVSKSPRAAYFNYKDLDLG 475
Query: 438 VNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
N+ +TSY EA WG KYFK NF RLA++K + DP NFFR+EQSIP L+
Sbjct: 476 KNKLDSTSYSEASVWGKKYFKGNFRRLAQIKTKFDPLNFFRNEQSIPLLN 525
>Glyma05g25460.1
Length = 547
Score = 528 bits (1359), Expect = e-150, Method: Compositional matrix adjust.
Identities = 259/467 (55%), Positives = 331/467 (70%), Gaps = 10/467 (2%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
+N RF ++S KP +IVTP +SH+QA I CS + G+Q+R RSGGHDYEGLSY++ PF+
Sbjct: 76 QNLRFSNASS-KPLVIVTPLTVSHIQATIICSQRYGMQIRTRSGGHDYEGLSYVAKDPFV 134
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
++DL N R I +D E+ +AWV +GAT+GELYY+I+ +S FPAG CP V
Sbjct: 135 VLDLINLRKIEVDAENSTAWVLAGATIGELYYSISQKSKTLGFPAGVCPPVGTGGHFSGG 194
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
RK GLAAD+VIDA I+DV G +L+R MGEDLFWAI+GGGG+SFGVI +WK+KL
Sbjct: 195 GYGFLMRKFGLAADNVIDAHIVDVKGNLLDREAMGEDLFWAIRGGGGASFGVIVAWKIKL 254
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVS 266
V VP VT+F +P+ L+QN +EI KWQ +A+KL +L + G + S ++G +V
Sbjct: 255 VSVPSTVTVFRVPRTLEQNATEIVHKWQLVANKLDEDLTIRINFGRATS-ENGNLTVQAQ 313
Query: 267 FTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQT 326
F +YLG + L+PLMQ +F ELGL R+DC E +WI S+LY+AG+ S +VLL R Q
Sbjct: 314 FESMYLGGVDQLIPLMQESFPELGLVREDCIETSWIGSILYMAGFTNGESTDVLLNRTQA 373
Query: 327 FG-SF-KAKSDYVNEPIPRAGLEGLWKMLLEED--SPLLILTPYGGRMSEISESETPFPH 382
G SF K KSDYV +PIP GLEGLW E++ S + TPYG RM EISESE PFPH
Sbjct: 374 NGVSFNKGKSDYVRDPIPDVGLEGLWPFFFEDEGQSSFVQFTPYGSRMDEISESEIPFPH 433
Query: 383 RNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGV-- 438
R +IF IQY V+W + +EE + H+ W+RR+Y+YM+ YVSK+PR AYLNYRDLDIGV
Sbjct: 434 RAGNIFHIQYGVSWQEEGDEEAQRHINWIRRMYSYMETYVSKSPRAAYLNYRDLDIGVNN 493
Query: 439 NRGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
N+G TSY +A WGLKYFK+NF RLARVK VDP NFFR+EQSIP L
Sbjct: 494 NKGYTSYSQASVWGLKYFKNNFNRLARVKTNVDPLNFFRNEQSIPSL 540
>Glyma04g12600.1
Length = 528
Score = 526 bits (1356), Expect = e-149, Method: Compositional matrix adjust.
Identities = 255/471 (54%), Positives = 338/471 (71%), Gaps = 9/471 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + L +N R+++S+ KP +I+TP S +QAAI CS + GLQ+RVRSGGHDYEGLSY+
Sbjct: 58 VLDLLEQNPRWVNST-RKPLIILTPFHESEIQAAILCSKQLGLQLRVRSGGHDYEGLSYL 116
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S VPF+++DL N RSI I+++DE+AWVQ+GA+LGELYY I+ S VH FPAG CP++
Sbjct: 117 SKVPFVMVDLINIRSIEINLDDETAWVQAGASLGELYYKISKASKVHGFPAGICPSIGIG 176
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
R+HGLAADHV+DA +IDVNGKI +R MGED+FWAI+GG +SFGVI
Sbjct: 177 GHISGGGQGMMMRRHGLAADHVVDAYLIDVNGKIHDRKSMGEDVFWAIRGGSATSFGVIL 236
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
WK++LV VPP VT F++P+ ++ + + +WQ IAH+L +LF+ + S
Sbjct: 237 GWKIRLVRVPPIVTGFNIPRTPEEGATNLIHRWQHIAHELHEDLFIRVIAQNSGDK---S 293
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K +F ++LG ++L+PLM +F ELGL+ DCTEM+WIQSVL++AGY + L +L
Sbjct: 294 KKFQATFNSVFLGGIDSLIPLMNESFPELGLQAKDCTEMSWIQSVLFIAGYKKDDPLELL 353
Query: 321 LQRNQTFGS-FKAKSDYVNEPIPRAGLEGLWKMLLEEDS-PLLILTPYGGRMSEISESET 378
L R TF S FKAKSD+V EPIP++GL+G WKMLLEE++ +LIL PYGGRM EISES+
Sbjct: 354 LDRITTFKSFFKAKSDFVKEPIPKSGLDGAWKMLLEEETLAMLILEPYGGRMDEISESDI 413
Query: 379 PFPHRNKSIFGIQYLVNWDKN--EETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDI 436
PFPHR +++ IQYLV W+ N EE++ H+ W + +Y YM PYVSK+PR AY NY+DLD+
Sbjct: 414 PFPHRKGNLYNIQYLVKWEVNSDEESRRHLHWAKMVYKYMTPYVSKSPRAAYFNYKDLDL 473
Query: 437 GVNRG-NTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
G N+ NTSY +A WG KYFK NF RL +K DP NFFR+EQSIP L+
Sbjct: 474 GKNKHENTSYSKASVWGEKYFKGNFRRLVHIKTTFDPQNFFRNEQSIPLLN 524
>Glyma09g03090.1
Length = 543
Score = 524 bits (1350), Expect = e-149, Method: Compositional matrix adjust.
Identities = 247/470 (52%), Positives = 332/470 (70%), Gaps = 5/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ E +N R+L S KP LI TP SHVQ A+TCS K G+ +R+RSGGHDYEGLSY+
Sbjct: 58 ILESSAQNLRYLVPSAPKPELIFTPLTDSHVQVAVTCSKKLGIHLRIRSGGHDYEGLSYV 117
Query: 81 SNV--PFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVX 138
S V PF+I+DLS R+I +DIED +AW+Q+GAT+GE+YY I +S+VH FPAG C ++
Sbjct: 118 SEVESPFIIVDLSKLRAIDVDIEDNTAWIQAGATIGEVYYRIYEKSSVHGFPAGLCTSLG 177
Query: 139 XXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGV 198
RK+GL AD+V+DA+I+D NG+IL+R MGEDLFWAI+GGGG+SFG+
Sbjct: 178 VGGHITGGAYGSMMRKYGLGADNVVDARIVDANGQILDREAMGEDLFWAIRGGGGASFGI 237
Query: 199 ITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKH 258
+ WK+KLV VP VT+F + + L+Q+ ++I +WQ +A + +LF+ ++ +
Sbjct: 238 LLWWKIKLVPVPETVTVFTVTRSLEQDATKILHRWQEVAPYIDEDLFIRVIIQPATVGNK 297
Query: 259 GGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLN 318
+++ S+ +LG A+ LL +M+ +F ELGL + DC E +WI+SVLY+AGYP +
Sbjct: 298 TERTITTSYNAQFLGGADRLLQVMKESFPELGLTKKDCLETSWIKSVLYIAGYPNDTPPE 357
Query: 319 VLLQRNQTFGS-FKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESE 377
VLLQ TF + FKAKSD+V +PIP GLEGLW+ LLEEDSPL+I PYGG MS+ SES+
Sbjct: 358 VLLQGKSTFKNYFKAKSDFVRDPIPETGLEGLWQRLLEEDSPLMIWNPYGGMMSKFSESD 417
Query: 378 TPFPHRNKSIFGIQYLVNW-DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDI 436
PFPHRN +++ IQYL W D ++ H +W+R+LY YM PYVSK PR AY+NYRDLD+
Sbjct: 418 IPFPHRNGTLYKIQYLTLWQDGDKNASKHEDWIRKLYNYMTPYVSKFPREAYVNYRDLDL 477
Query: 437 GVNRGN-TSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
G+N+ N TSY +A WG YFK NF RL ++K +VDP N FRHEQSIPPL
Sbjct: 478 GMNKKNSTSYIQATAWGNMYFKDNFNRLVKIKTKVDPDNVFRHEQSIPPL 527
>Glyma05g25450.1
Length = 534
Score = 523 bits (1348), Expect = e-148, Method: Compositional matrix adjust.
Identities = 252/466 (54%), Positives = 331/466 (71%), Gaps = 10/466 (2%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
+N RF ++ KP +IVTP E+SH+QAAI CS + GLQ+R RSGGHD+EGLSY++ PF+
Sbjct: 66 QNLRFSSNTTPKPLVIVTPTEVSHIQAAIICSQRHGLQIRTRSGGHDFEGLSYVAEAPFV 125
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
+IDL N+R I +D+ AWVQSGAT+GELYY+I+ +S FPAG TV
Sbjct: 126 VIDLINYRRIDVDVNKRVAWVQSGATVGELYYSISEKSKTLGFPAGVFTTVGVGGQFGGG 185
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
RKHGLAAD+++DA I+D G++L+R M EDLFWAI+GGGG+SFGVI +WKVKL
Sbjct: 186 GYGFLLRKHGLAADNIVDAYIVDAKGRLLDREAMSEDLFWAIRGGGGASFGVIVAWKVKL 245
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVS 266
V VPP VT+F + + L+QN +++ KWQ +A KL G++ ++ ++ NS + G ++
Sbjct: 246 VPVPPTVTVFRVARTLEQNATKLIHKWQLVASKLDGDIAINILVHRVNSSRKGEFTIEAL 305
Query: 267 FTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQ- 325
F LYLG + L+ LMQ NF ELGL+R+DC EM WI SVLY GY S LL R+Q
Sbjct: 306 FQSLYLGGLDKLMHLMQENFPELGLKREDCAEMTWIDSVLYFVGY---QSREALLNRSQT 362
Query: 326 TFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDS--PLLILTPYGGRMSEISESETPFPHR 383
T SFKAKSD+V PIP AGLEGLW+ML E+ + LL+L P+G M I ESE PFPHR
Sbjct: 363 TTDSFKAKSDFVRNPIPEAGLEGLWQMLYEDGAQGALLVLFPFGAIMDTIPESEIPFPHR 422
Query: 384 NKSIFGIQYLVNW--DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNR- 440
+ +++ +QY V+W +++E + H+ W+RRLY YM+P+VSK+PR AY+NYRDLDIGVN
Sbjct: 423 SGNLYLVQYTVHWLEEEDEIAQKHISWVRRLYTYMEPFVSKSPRAAYVNYRDLDIGVNNN 482
Query: 441 -GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
G TSY++A WG KYFK+NF RLA VK +VDP NFFR+EQSIP L
Sbjct: 483 IGYTSYKQASIWGSKYFKNNFNRLAHVKTKVDPLNFFRYEQSIPSL 528
>Glyma04g12580.1
Length = 525
Score = 523 bits (1347), Expect = e-148, Method: Compositional matrix adjust.
Identities = 251/470 (53%), Positives = 334/470 (71%), Gaps = 7/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + L +N R++ SS KP +I+TP S +Q AI CS + LQ+RVRSGGHDYEGLSY+
Sbjct: 55 VWDSLAQNPRWV-SSTRKPLIILTPFHESEIQEAILCSKQLELQLRVRSGGHDYEGLSYL 113
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
VPF+++DL N RSI I+++DE+AWVQ+GA++GELYY I+ S VH FPAG+CP+V
Sbjct: 114 GKVPFVMVDLINIRSIDINLDDETAWVQAGASIGELYYKISKASKVHGFPAGTCPSVGIG 173
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RKHGL+ADHV+DA +IDVNGKI +R MGED+FWAI+GG +SFGVI
Sbjct: 174 GHISGGGQGLMLRKHGLSADHVLDAYLIDVNGKIRDRKSMGEDVFWAIRGGDAASFGVIL 233
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
+WK++LV VPP V F++ + L++ V+ + +WQ IAH +L + + +S K
Sbjct: 234 AWKIRLVRVPPIVIGFNVGRTLEEGVTNLIHRWQYIAHDSHEDLVIRVIARISGHDK--S 291
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K +F ++LG + L+PLM +F ELGL+ DC EM+WIQSV+++AGY I L +L
Sbjct: 292 KKFQATFNSIFLGGIDRLIPLMNESFPELGLQAKDCIEMSWIQSVMFIAGYDIEDPLELL 351
Query: 321 LQRNQTFG-SFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
L R F SFKAKSD+V EPIP++GLEG WK+LLEE+ LIL PYGGRM+EISESE P
Sbjct: 352 LNRTTMFKRSFKAKSDFVKEPIPKSGLEGAWKLLLEEEIAFLILEPYGGRMNEISESEIP 411
Query: 380 FPHRNKSIFGIQYLVNWDKN--EETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIG 437
FPHR ++ IQYLVNW+ N E +K H++W + +Y YM PYVSK+PR AY NY+DLD+G
Sbjct: 412 FPHRKGYLYNIQYLVNWEVNSDEASKRHLQWAKMVYKYMTPYVSKSPRAAYFNYKDLDLG 471
Query: 438 VNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
N+ NTSY +A WG KYFK NF RLA++K + DP +FF++EQSIP L+
Sbjct: 472 KNKHDNTSYSKASVWGEKYFKGNFRRLAQIKTEFDPQDFFKNEQSIPLLN 521
>Glyma06g47980.1
Length = 518
Score = 523 bits (1346), Expect = e-148, Method: Compositional matrix adjust.
Identities = 251/465 (53%), Positives = 334/465 (71%), Gaps = 9/465 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ E L +N R+L+SS KP LI+TP S +QAAI CS + GLQ+R+RSGGHDYEGLSY+
Sbjct: 57 ILESLEQNPRWLNSS-RKPLLILTPFHESEIQAAILCSKELGLQIRIRSGGHDYEGLSYL 115
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
PF+++DL N RSI I+++DE+ WVQ+GA++GELYY I+ S VH FPAG+CP+V
Sbjct: 116 CKAPFVMVDLINIRSIEINLDDETTWVQAGASIGELYYKISKASKVHGFPAGTCPSVGIG 175
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RKHGLAAD+V+DA +ID NGKI +R MGED+FWAI+GG +SFGVI
Sbjct: 176 GHISGGGVGTMFRKHGLAADNVVDAYLIDANGKIHDRKSMGEDVFWAIRGGSATSFGVIL 235
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
+WK++LV VPP +T F++ + L++ S++ +WQ IAH+L +LF+ V S
Sbjct: 236 AWKIRLVRVPPILTGFNIHRTLEEGASKLIHRWQHIAHELHEDLFIRIVAQNSGDK---S 292
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K+ +F L+LG + L+PLM ++F ELGL+ +DCTEM+WIQSVL+ +GY S VL
Sbjct: 293 KTFQATFESLFLGGIDRLIPLMNASFPELGLQAEDCTEMSWIQSVLFFSGYNKGDSPEVL 352
Query: 321 LQRNQTF-GSFKAKSDYVNEPIPRAGLEGLWKMLLEEDS-PLLILTPYGGRMSEISESET 378
L R T+ SFKAKSD+V EPIP+ GLEG+WKML EE++ LL++ PYGGRM+EISESE
Sbjct: 353 LNRTTTYKSSFKAKSDFVKEPIPKTGLEGIWKMLQEEETLALLLMEPYGGRMNEISESEI 412
Query: 379 PFPHRNKSIFGIQYLVNWD--KNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDI 436
PFPHR +++ IQYLV W+ NE +K H+ W +R+Y YM PYVSK+PR AY NY+DLD+
Sbjct: 413 PFPHRKGNLYNIQYLVKWEVNSNEASKKHLHWAKRVYRYMTPYVSKSPRAAYFNYKDLDL 472
Query: 437 GVNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQ 480
G N+ NTSY +A WG KYFK NF RLA++K + DP NFF +EQ
Sbjct: 473 GKNKHHNTSYSKASVWGKKYFKGNFRRLAQIKTKFDPQNFFSNEQ 517
>Glyma05g25470.1
Length = 511
Score = 522 bits (1345), Expect = e-148, Method: Compositional matrix adjust.
Identities = 251/468 (53%), Positives = 327/468 (69%), Gaps = 12/468 (2%)
Query: 29 TRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFLII 88
+RFL++S KP +IVTP +SHVQ I CS G+Q+R RSGGHDYEGLSYI+ PF+++
Sbjct: 42 SRFLNASS-KPLVIVTPLVISHVQVTIICSQHHGMQIRTRSGGHDYEGLSYIAKDPFVVL 100
Query: 89 DLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXXXX 148
DL N R I +D+E +AWVQ+G+T+GELYY+I+ +S FPAG CPTV
Sbjct: 101 DLKNLREIKVDVEKSNAWVQAGSTIGELYYSISQKSKTLGFPAGVCPTVGTGGHFSGGGY 160
Query: 149 XXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKLVH 208
RK+GLAAD+VIDA I+DV G +L+R MGEDLFWAI+GGGG+SFGVI +WK+KLV
Sbjct: 161 GFLMRKYGLAADNVIDAHIVDVKGNLLDRKAMGEDLFWAIRGGGGASFGVIVAWKIKLVP 220
Query: 209 VPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVSFT 268
VP KVT+F + + L+QN +EI +KWQ +A+K L + M NS + G ++ F
Sbjct: 221 VPSKVTVFRIARTLEQNATEIIRKWQLVANKFDQRLIIRVAMTRVNSSQRGKLTIQARFE 280
Query: 269 GLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLY----LAGYPINASLNVLLQRN 324
++LG + L+PLMQ F ELGL ++DCTEM+WI S+L+ L G N +L VLL R
Sbjct: 281 SMFLGRVDQLIPLMQKRFPELGLVKEDCTEMSWINSILFMKAGLVGSASNETLEVLLNRT 340
Query: 325 QT-FGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDS--PLLILTPYGGRMSEISESETPFP 381
Q F +FK KSDYV +PI GL GLW++ E+++ + PYGGRM EISESE PFP
Sbjct: 341 QAVFLTFKGKSDYVRKPISVVGLRGLWRLFYEDEARDASVEFAPYGGRMDEISESEIPFP 400
Query: 382 HRNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVN 439
HR+ ++F I Y V W + +E + ++ W+RRLY YM+PYVSK+PR AYLNYRDLDIGVN
Sbjct: 401 HRSGNMFHIHYAVYWQEEGDEAAQRYINWLRRLYKYMEPYVSKSPRAAYLNYRDLDIGVN 460
Query: 440 RG--NTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
TSY +A WGLKYF +NF+RLA+VK +VDP NFFR+EQSIP L
Sbjct: 461 NNYDYTSYRQASIWGLKYFNNNFKRLAKVKVKVDPQNFFRNEQSIPLL 508
>Glyma15g14020.1
Length = 543
Score = 518 bits (1335), Expect = e-147, Method: Compositional matrix adjust.
Identities = 243/470 (51%), Positives = 331/470 (70%), Gaps = 5/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ E +N R+L S KP LI TP SHVQ A+TCS K G+ +R+RSGGHDYEGLSY+
Sbjct: 58 ILESSAQNLRYLVPSAHKPELIFTPSTDSHVQVAVTCSKKLGIHLRIRSGGHDYEGLSYV 117
Query: 81 SNV--PFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVX 138
S V PF+I+DLS R++++DIED +AW+Q+GAT+GE+YY I +S+VH FPAG C ++
Sbjct: 118 SEVETPFIIVDLSKLRAVNVDIEDNTAWIQAGATIGEVYYKIYEKSSVHGFPAGLCTSLG 177
Query: 139 XXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGV 198
RK+GL AD+V+DA+I+D NG+IL+R MGEDLFWAI+GGGG+SFG+
Sbjct: 178 VGGHITGGAYGSMMRKYGLGADNVLDARIVDANGQILDREAMGEDLFWAIRGGGGASFGI 237
Query: 199 ITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKH 258
+ WK+KLV VP VT+F + + L+Q+ + I +WQ +A + +LF+ ++ +
Sbjct: 238 LLWWKIKLVPVPETVTVFTVTRSLEQDATRILHRWQEVAPYIDEDLFIRVIIQPATVGNK 297
Query: 259 GGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLN 318
+++ S+ +LG A+ LL +M+ +F EL L + DC E +WI+SVLY+AGYP +
Sbjct: 298 TERTITTSYNAQFLGGADRLLQVMKESFPELVLTKKDCLETSWIKSVLYIAGYPNDTPPE 357
Query: 319 VLLQRNQTFGS-FKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESE 377
VLLQ TF + FKAKSD+V + IP GL+GLW+ LLEEDSPL+I PYGG MS+ SES+
Sbjct: 358 VLLQGKSTFKNYFKAKSDFVRDTIPETGLKGLWQRLLEEDSPLMIWNPYGGMMSKFSESD 417
Query: 378 TPFPHRNKSIFGIQYLVNW-DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDI 436
PFPHRN +++ IQYL W D ++ H++W+R+LY YM PYVSK PR AY+NYRDLD+
Sbjct: 418 IPFPHRNGTLYKIQYLTLWQDGDKNASKHIDWIRKLYNYMTPYVSKFPREAYVNYRDLDL 477
Query: 437 GVNRGN-TSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
G+N+ N TSY +A WG YFK NF RL ++K +VDP N FRHEQSIPPL
Sbjct: 478 GMNKKNSTSYIQATAWGNMYFKDNFNRLVKIKTKVDPDNVFRHEQSIPPL 527
>Glyma05g25130.1
Length = 503
Score = 512 bits (1319), Expect = e-145, Method: Compositional matrix adjust.
Identities = 250/465 (53%), Positives = 325/465 (69%), Gaps = 21/465 (4%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
+N RF + S KP +IVTP +SH+QA I CS + G+Q+R RSGGHDYE LSY++ PF+
Sbjct: 54 KNLRFSNVSS-KPLVIVTPLVVSHIQATIICSQRHGMQIRTRSGGHDYEALSYVAKAPFV 112
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
+IDL N I +++E+ +AWV +GA++GELYY I+ +S FPAG CPTV
Sbjct: 113 VIDLINLGEIKVEMENNTAWVPAGASIGELYYRISEKSTTLGFPAGVCPTVGTGGHFSGG 172
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
K GLAAD+VIDA I+DVNG +L+R MGEDLFWAI+GGGG+SFGVI +WKVKL
Sbjct: 173 GYGFLMHKFGLAADNVIDAHIVDVNGNLLDREAMGEDLFWAIRGGGGASFGVIVAWKVKL 232
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVS 266
V VP VT+F +P+ L+QN +EI KWQ +A+KL L + + NS ++G +V+ +
Sbjct: 233 VPVPSTVTVFYVPRTLEQNATEIIHKWQLVANKLDNGLMIRVNLERVNSSQNGKPTVVAT 292
Query: 267 FTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQT 326
F +YLG + L+PLMQ +F ELGL R+DCTEM+WI SV+Y++
Sbjct: 293 FESMYLGGVDQLIPLMQKSFPELGLVREDCTEMSWIDSVVYIS--------------ISD 338
Query: 327 FGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDS--PLLILTPYGGRMSEISESETPFPHRN 384
FK KSDYV +PIP GL+GLW + E+++ ++ TPYGG+M EISESE PFPHR+
Sbjct: 339 LPFFKGKSDYVRDPIPDVGLKGLWPLFYEDEAQGAVIQFTPYGGKMYEISESEIPFPHRS 398
Query: 385 KSIFGIQYLVNW-DKNEETKM-HVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGV--NR 440
+IF I YLV W ++ EE K ++ W+RR Y YM+P+VSK+PR AYLNYRDLDIGV N
Sbjct: 399 GNIFHIHYLVRWREEGEEAKQKYINWIRRAYKYMEPFVSKSPRAAYLNYRDLDIGVNNNN 458
Query: 441 GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
GNTSY +A WGLKYFK+NF RLARVK+ VDP NFFR+EQSIPPL
Sbjct: 459 GNTSYSQASIWGLKYFKNNFNRLARVKSMVDPLNFFRNEQSIPPL 503
>Glyma05g25580.1
Length = 531
Score = 506 bits (1303), Expect = e-143, Method: Compositional matrix adjust.
Identities = 242/465 (52%), Positives = 329/465 (70%), Gaps = 6/465 (1%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNV--P 84
+N R L S KP I TP SHVQAA+ CS K G+ +RVRSGGHDYEG+SY+S + P
Sbjct: 65 QNLRLLVPSAPKPEFIFTPSRDSHVQAAVICSKKLGIHIRVRSGGHDYEGISYVSEIETP 124
Query: 85 FLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXX 144
F+++DL R I++D++ +AWVQ+GAT GE+YY I +S+VH FPAG C ++
Sbjct: 125 FIVVDLVKLRGINVDVKSNTAWVQAGATTGEVYYRIYEKSSVHGFPAGLCTSLGIGGHIT 184
Query: 145 XXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKV 204
RK+GL D+V+DAQI+D NG++L+R MGEDLFWAI+GGGG SFG++ WK+
Sbjct: 185 GGAYGTMMRKYGLGVDNVLDAQIVDANGRVLDREAMGEDLFWAIRGGGGGSFGILLWWKI 244
Query: 205 KLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG-KSV 263
KLV VPP VT+F + K L+Q ++I +WQ +A + LF+ ++ S+ ++ +++
Sbjct: 245 KLVPVPPTVTVFTVTKSLEQGATKILHRWQEVAPYIDENLFIRVIIQPSSDGRNKTQRTI 304
Query: 264 IVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQR 323
S+ L+LG A LL +M+++F ELGL R DC E +WI+SVLY+AG+P + VLL+
Sbjct: 305 TTSYNALFLGGARTLLQVMKTSFPELGLTRKDCLETSWIKSVLYIAGFPSDTPPEVLLKG 364
Query: 324 NQTFGS-FKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPH 382
TF + FKAKSD+V EPIP GLEGLW+ LL EDSPL+I PYGGRMS+ SESETPFPH
Sbjct: 365 KSTFKNFFKAKSDFVREPIPETGLEGLWQRLLVEDSPLMIWNPYGGRMSQFSESETPFPH 424
Query: 383 RNKSIFGIQYLVNWDKNEETKM-HVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNRG 441
RN +++ IQYL W + ++ H++W+R+LY YM PYVS PR AY+NYRDLD+G+N
Sbjct: 425 RNGTLYKIQYLSLWQEGDKNAAKHIDWIRKLYNYMGPYVSSLPREAYVNYRDLDLGINTK 484
Query: 442 N-TSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
N TSY +A WG +Y+K+NF+RL ++K +VDP N FRHEQSIPPL
Sbjct: 485 NSTSYIQASAWGYRYYKNNFDRLVKIKTKVDPQNVFRHEQSIPPL 529
>Glyma08g08500.1
Length = 526
Score = 501 bits (1291), Expect = e-142, Method: Compositional matrix adjust.
Identities = 238/470 (50%), Positives = 325/470 (69%), Gaps = 6/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ E RN RF + KP IV P +SH+QA+I C + L++R RSGGHD+EGLSY+
Sbjct: 47 ILEAYIRNLRFSSPTTPKPTFIVAPTHVSHIQASIICCKRFNLEIRTRSGGHDFEGLSYM 106
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S PF+I+D+ +S+ +D+ED++AWV SG+T+GELYYAIA +S V FPAG C +V
Sbjct: 107 SQTPFVIVDMFMLKSVEVDVEDQTAWVDSGSTIGELYYAIAEKSRVLGFPAGVCHSVGVG 166
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
R+ GL+ D+V+DA I+D G++L+R MGEDLFWAI+GGGG+SFGVI
Sbjct: 167 GHFSGGGYGNMMRRFGLSVDNVLDALIVDSEGRVLDRATMGEDLFWAIRGGGGASFGVIV 226
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
SWK++LV VP VT+F + K L+Q+ S++ +WQ +A K+ LF+ V+ S +
Sbjct: 227 SWKIRLVPVPEVVTVFRIEKTLEQDASDLVFQWQYVADKIHDGLFIRVVL--SPVTRSDR 284
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K++ F L+LG ++ LL +M +F +LGL + C +M+WIQSVL+ YP+ S++VL
Sbjct: 285 KTIKAKFNALFLGNSQELLSVMNQSFPQLGLVAEQCIQMSWIQSVLFWDNYPVGTSVDVL 344
Query: 321 LQRNQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
LQR+ T F K KSDYV +PI +A LEG+WKM++E + P+ PYGG+M EISE ETP
Sbjct: 345 LQRHATKEKFLKKKSDYVQQPISKAALEGIWKMMMELEKPVFTFNPYGGKMGEISEFETP 404
Query: 380 FPHRNKSIFGIQYLVNWDKNEE--TKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIG 437
FPHR +IF IQY V+WD+ E K ++ +RRLY YM PYVS +PR +YLNYRD+DIG
Sbjct: 405 FPHRFGNIFKIQYSVSWDEEGEDVAKQYLYQIRRLYDYMTPYVSYSPRSSYLNYRDVDIG 464
Query: 438 VN-RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
VN GN +Y +A WG KYFK NF+RL +VK +VDPSNFFR+EQSIP L+
Sbjct: 465 VNGPGNATYAQASVWGRKYFKRNFDRLVQVKTKVDPSNFFRYEQSIPSLA 514
>Glyma08g11890.1
Length = 535
Score = 493 bits (1270), Expect = e-139, Method: Compositional matrix adjust.
Identities = 236/472 (50%), Positives = 326/472 (69%), Gaps = 8/472 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ + RN RF S+ KP+ IV P +SH+QA+I C L++R+RSGGHDY+GLSY+
Sbjct: 58 ILDSYIRNLRFSSSTTPKPSFIVAPTHVSHIQASIICCKSFNLEIRIRSGGHDYDGLSYV 117
Query: 81 SNVPFLIIDLSNFRSISIDIEDE--SAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVX 138
S PF+I+D+ RS+ ++++D+ +AWV SG+T+GELY+AIA +S +HAFPAG C +V
Sbjct: 118 SEAPFVILDMFMLRSVKVNLDDDDDTAWVDSGSTIGELYHAIAERSKIHAFPAGVCHSVG 177
Query: 139 XXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGV 198
R GL+ DHV+DA I+D G++L+R LMGEDLFWAI+GGGG+SFGV
Sbjct: 178 VGGHFSGGGYGNMMRMFGLSVDHVLDAIIVDAQGRVLDRKLMGEDLFWAIRGGGGASFGV 237
Query: 199 ITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKH 258
+ SWK++LV VP VT+F + + L+Q +++ KWQ +A KL LF+ V+ S+ +
Sbjct: 238 VVSWKIRLVPVPEVVTVFRVERTLEQGATDVVHKWQYVADKLHDGLFIRVVL--SSVKRK 295
Query: 259 GGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLN 318
G K++ F L+LG ++ LL +M +F ELGL + C EM+WI SVL+ YP+ S++
Sbjct: 296 GVKTIRAKFNALFLGNSQELLGVMNKSFPELGLVAEQCIEMSWIDSVLFWDNYPVGTSVD 355
Query: 319 VLLQRNQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESE 377
VLLQR+ T + K KSDYV +PI + GLEG+W ++E + P L L PYGG+M EISE E
Sbjct: 356 VLLQRHNTQEKYLKKKSDYVQQPISKTGLEGIWNKMMELEKPALALNPYGGKMGEISEVE 415
Query: 378 TPFPHRNKSIFGIQYLVNWDKNEE--TKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLD 435
TPFPHR +I+ IQY V W + E +++ +RRLY YM PYVS +PR +Y+NYRD+D
Sbjct: 416 TPFPHRAGNIYKIQYSVTWKEEGEDVANRYLDRIRRLYDYMTPYVSSSPRSSYINYRDVD 475
Query: 436 IGVN-RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
IGVN GN SY EA+ WG KYFK N++RL VK +VDPSNFFR+EQSIP L+
Sbjct: 476 IGVNGPGNASYAEARVWGEKYFKRNYDRLVEVKTKVDPSNFFRYEQSIPSLA 527
>Glyma08g08540.1
Length = 527
Score = 486 bits (1251), Expect = e-137, Method: Compositional matrix adjust.
Identities = 243/466 (52%), Positives = 328/466 (70%), Gaps = 6/466 (1%)
Query: 26 TRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNV-- 83
+N R L SV KP I TP SHVQAA+ CS K G+ +RVRSGGHDYEG+SY+S +
Sbjct: 60 AQNLRLLVPSVPKPEFIFTPSRDSHVQAAVICSKKLGIHIRVRSGGHDYEGISYVSEIES 119
Query: 84 PFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXX 143
PF+++DL R I +D++ +AWVQ+GAT GE+YY I +S+VH FPAG C ++
Sbjct: 120 PFIVVDLVKLRGIDVDVKSNTAWVQAGATTGEVYYRIYEKSSVHGFPAGLCTSLGIGGHI 179
Query: 144 XXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWK 203
RK+GL D+V+DA+I+D NG+IL+R MGEDLFWAI+GGGG SFG++ WK
Sbjct: 180 TGGAYGAMMRKYGLGVDNVLDAKIVDANGRILDREAMGEDLFWAIRGGGGGSFGILLWWK 239
Query: 204 VKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG-KS 262
+KLV VPP VT+F + K L+Q ++I KWQ +A + LF+ ++ S+ ++ ++
Sbjct: 240 IKLVSVPPTVTVFTVTKTLEQGATKILHKWQEVAPYIDENLFIRVIIQPSSDARNKTQRT 299
Query: 263 VIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQ 322
+ S+ L+LG A LL +M+++F ELGL DC E +WI+SVLY+AG+P + VLL+
Sbjct: 300 IATSYNALFLGGARTLLQVMKTSFPELGLTIKDCLETSWIKSVLYIAGFPSDTPPEVLLK 359
Query: 323 RNQTFGS-FKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFP 381
TF + FKAKSD+V EPIP GLEGLW+ LL EDSPL+I PYGGRMS+ SESETPFP
Sbjct: 360 GKSTFKNFFKAKSDFVREPIPETGLEGLWQRLLVEDSPLMIWNPYGGRMSQFSESETPFP 419
Query: 382 HRNKSIFGIQYLVNWDKNEETKM-HVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNR 440
HRN +++ IQYL W + ++ H++W+R+LY YM PYVS PR AY+NYRDLD+G+N
Sbjct: 420 HRNGTLYKIQYLSLWQEGDKNAAKHIDWIRKLYNYMGPYVSSLPREAYVNYRDLDLGINT 479
Query: 441 GN-TSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
N TSY +A WG +Y+K+NF+RL ++K +VDP N FRHEQSIPPL
Sbjct: 480 KNSTSYIQASAWGYRYYKNNFDRLVKIKTKVDPENVFRHEQSIPPL 525
>Glyma15g14210.1
Length = 535
Score = 486 bits (1250), Expect = e-137, Method: Compositional matrix adjust.
Identities = 226/470 (48%), Positives = 323/470 (68%), Gaps = 4/470 (0%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V E RN RF S+ KP LI+T +SH+QA+I C+ K LQ+++RSGGHDYEG+SY+
Sbjct: 62 VLEAYIRNLRFNTSTTRKPFLIITALHVSHIQASIICAQKHNLQMKIRSGGHDYEGVSYV 121
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
+ VPF I+D+ N R+I +DI E+AWVQ+GATLGE+YY IA +S HAFPAG C TV
Sbjct: 122 AEVPFFILDMFNLRTIEVDIGTETAWVQAGATLGEVYYRIAEKSKTHAFPAGVCHTVGVG 181
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+GL+ D+VIDAQ++DV G++L+R MGEDLFWAI GGGG+SFGV+
Sbjct: 182 GHISGGGYGNMMRKYGLSVDNVIDAQMVDVQGRLLDRKSMGEDLFWAITGGGGASFGVVL 241
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
++K+KLV VP VT+F + + L+QN ++I WQ +A + +LFL ++ V N ++G
Sbjct: 242 AYKIKLVRVPEIVTVFQVGRTLEQNATDIVYNWQHVAPTIDNDLFLRVILDVVNGTRNGT 301
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K+V F L+LG +++L+ L+ F +LGL++ DC E +W++SVL+ I +SL++L
Sbjct: 302 KTVRARFIALFLGDSKSLVSLLNDKFPQLGLKQSDCIETSWLRSVLFWDNIDIASSLDIL 361
Query: 321 LQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
L+R ++ K KSDYV +PI G EG+WK ++E + L PYGGRM+EI + +P
Sbjct: 362 LERQPRSLNYLKRKSDYVKKPISIEGFEGIWKKMIELEDTLFQFNPYGGRMAEIPSTASP 421
Query: 380 FPHRNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIG 437
FPHR +++ IQY NW+K E ++ R+L+ +M P+VSKNPR A+ NY+DLD+G
Sbjct: 422 FPHRAGNLWKIQYQANWNKPGKEVADHYINLTRKLHKFMTPFVSKNPREAFYNYKDLDLG 481
Query: 438 VNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
+N G SY E + +G++YFK NF+RL ++K +VDP NFFR+EQSIP LS
Sbjct: 482 INHNGKNSYAEGRVYGVEYFKDNFDRLVQIKTKVDPHNFFRNEQSIPTLS 531
>Glyma15g14200.1
Length = 512
Score = 485 bits (1248), Expect = e-137, Method: Compositional matrix adjust.
Identities = 230/470 (48%), Positives = 319/470 (67%), Gaps = 5/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V E RN RF S+ KP LIVTP +SHVQAAI C+ K L +++RSGGHDYEGLSY+
Sbjct: 42 VLEAYIRNLRFNTSTTRKPFLIVTPSHVSHVQAAIVCAKKHKLLMKIRSGGHDYEGLSYV 101
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
++ P I+D+ N RSI ID++ E+AWV++GATLGE+YY IA +S +HAFPAG CPTV
Sbjct: 102 ASQPLFILDMFNLRSIEIDMKTETAWVEAGATLGEVYYRIAEKSKIHAFPAGVCPTVGVG 161
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+GL+ D+VIDA ++DV G++L+R MGEDLFWAI GGGG+SFGV+
Sbjct: 162 GHISGGGYGNMMRKYGLSVDNVIDALMVDVQGRLLDRKSMGEDLFWAITGGGGASFGVVL 221
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
++K+KLV VP VT+F +PK L+QN ++I WQ +A + LF+ V+ V N ++
Sbjct: 222 AYKIKLVRVPETVTVFRVPKTLEQNATDIVYNWQHVAPTINNNLFIRLVLNVVNVTQNET 281
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K++ +F L+LG +++L+ L+ F +LGL++ DC E +W+ SVL+ I A + VL
Sbjct: 282 KTIRATFVALFLGDSKSLVSLLNDKFPQLGLKQSDCIETSWLGSVLFWTNINITAPVEVL 341
Query: 321 LQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
L R Q+ K KSDYV + I + GLEG+W+ ++E L PYGGRM+EI + +P
Sbjct: 342 LNRQPQSVNYLKRKSDYVKKSISKEGLEGIWRKMIELVDTSLNFNPYGGRMAEIPSTTSP 401
Query: 380 FPHRNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIG 437
FPHR +++ IQYL NW+K E ++ R+L+ YM P+VSKNPRGA+ NYRDLD+G
Sbjct: 402 FPHRAGNLWKIQYLANWNKPGKEVADHYINLTRKLHKYMTPFVSKNPRGAFFNYRDLDLG 461
Query: 438 VN--RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
N G SY + + +G+KYFK NF +L ++K +VDP NFFR+EQSIP L
Sbjct: 462 SNNYNGKNSYAKGRVYGVKYFKDNFNKLVQIKTKVDPDNFFRNEQSIPML 511
>Glyma09g03290.1
Length = 537
Score = 483 bits (1243), Expect = e-136, Method: Compositional matrix adjust.
Identities = 222/467 (47%), Positives = 320/467 (68%), Gaps = 2/467 (0%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V E RN RF S+ KP LI++ +SH+QA+I C+ LQ+++RSGGHDYEG+SY+
Sbjct: 66 VLEAYIRNLRFNTSTTRKPFLIISALHVSHIQASIICAQNHNLQMKIRSGGHDYEGVSYV 125
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S VPF I+D+ N RSI ++I+ E+AWVQ+GATLGE+YY IA +S HAFPAG C TV
Sbjct: 126 SEVPFFILDMFNLRSIKVEIDTETAWVQAGATLGEVYYRIAEKSKTHAFPAGVCHTVGVG 185
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+GL+ D+VIDAQ++D G++L+R MGEDLFWAI GGGG+SFGVI
Sbjct: 186 GHISGGGYGNMMRKYGLSVDNVIDAQMVDAQGRLLDRKSMGEDLFWAITGGGGASFGVIL 245
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
++K+KLV VP VT+F + + L+QN ++I WQ +A + +LF+ ++ V N ++G
Sbjct: 246 AYKIKLVRVPETVTVFKVGRTLEQNATDIVYNWQHVAPTIDSDLFIRVILNVVNGTQNGT 305
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K+V F L+LG +++L+ L+ F +LGL++ DC E +W++SVL+ I +SL++L
Sbjct: 306 KTVRARFIALFLGDSKSLVSLLSDKFPQLGLKQSDCIETSWLRSVLFWDNIDIASSLDIL 365
Query: 321 LQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
L+R ++ K KSDYV +PI + G E +WK ++E + L + PYGGRM+EI + +P
Sbjct: 366 LERQPRSLSYMKRKSDYVKKPISKEGFEMIWKKMIELEDTLFLFNPYGGRMAEIPSTASP 425
Query: 380 FPHRNKSIFGIQYLVNWDKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVN 439
FPHR +++ IQY NW+K ++ R L+ +M P+VSKNPR A+ NY+DLD+G+N
Sbjct: 426 FPHRAGNLWKIQYQANWNKPGVADHYINLTRNLHKFMTPFVSKNPREAFYNYKDLDLGIN 485
Query: 440 R-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
G SY E + +GL+YFK NF+RL ++K +VDP NFFR+EQSIP L
Sbjct: 486 HNGKNSYAEGRVYGLEYFKDNFDRLVQIKTKVDPHNFFRNEQSIPTL 532
>Glyma04g12610.1
Length = 539
Score = 479 bits (1233), Expect = e-135, Method: Compositional matrix adjust.
Identities = 242/467 (51%), Positives = 324/467 (69%), Gaps = 13/467 (2%)
Query: 26 TRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYIS--NV 83
+N RF++SS KP +I+TP S +QAAI CS + GLQ+RVRSGGHD EGLSY+S
Sbjct: 74 AQNLRFVNSS-RKPFIILTPLHESEIQAAILCSKQLGLQIRVRSGGHDCEGLSYLSLRKA 132
Query: 84 PFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXX 143
PF+++DL N RSI I+++DE+AWVQ+GATLGELYY I+N S VH FPAG P +
Sbjct: 133 PFVMVDLINIRSIEINLDDETAWVQAGATLGELYYKISNASEVHGFPAGPVPGIGIGGHI 192
Query: 144 XXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWK 203
RKHGLAADHV+DA +IDVNG + +R MGED+FWAI+GG +SFGVI +WK
Sbjct: 193 SGGGQGMMMRKHGLAADHVVDAYLIDVNGTVHDRKSMGEDVFWAIRGGSATSFGVILAWK 252
Query: 204 VKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSV 263
++LV VP VT+ + P L++ + + +WQ IAH+L +LF+ + S K+
Sbjct: 253 IRLVRVPAIVTVSERP--LEEGATNLIHRWQYIAHELHEDLFIRVIAQNSGDK---SKTF 307
Query: 264 IVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQR 323
+F ++LG + + LM +F EL L + CTE++WIQSVL AGY + VLL R
Sbjct: 308 KATFGSIFLGETDRFITLMNESFPELELNVNYCTEISWIQSVLVDAGYDRDDPPEVLLDR 367
Query: 324 NQTFGS-FKAKSDYVNEPIPRAGLEGLWKMLLEEDS-PLLILTPYGGRMSEISESETPFP 381
F S FK KSD+V +PIP++GLEG WKMLLEE+ LI+ PYGGRM+EISESE PFP
Sbjct: 368 TNEFKSYFKVKSDFVKKPIPKSGLEGAWKMLLEEEMFAWLIMEPYGGRMNEISESEIPFP 427
Query: 382 HRNKSIFGIQYLVNWDKN--EETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVN 439
HR +++ I+Y+V W++N E +K +++W +R+Y YM PYVSK+PR A+ N++DLD+G N
Sbjct: 428 HRKGNLYSIEYVVKWEQNSKETSKKYLQWAKRVYRYMTPYVSKSPRAAFFNFKDLDLGKN 487
Query: 440 R-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
+ NTSY +A WG KYFK NF RLA++K + DP NFFR+EQSIP L
Sbjct: 488 KHHNTSYSKASVWGNKYFKGNFRRLAQIKTKFDPQNFFRNEQSIPLL 534
>Glyma05g25590.1
Length = 534
Score = 477 bits (1227), Expect = e-134, Method: Compositional matrix adjust.
Identities = 239/470 (50%), Positives = 322/470 (68%), Gaps = 5/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ E +N R+L SV KP+ I TP + S VQAA+ C+ K G+ +RVRSGGHDYEGLSY+
Sbjct: 59 ILESTAQNLRYLLPSVPKPDFIFTPLDDSQVQAAVICAKKLGIHMRVRSGGHDYEGLSYV 118
Query: 81 SNV--PFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVX 138
S + PF+I+DL+ R++++DI +AW+Q+GAT+GE+YY I+ +S VH FPAG C T+
Sbjct: 119 SLIEKPFMILDLAKLRAVNVDIARNTAWIQAGATIGEVYYRISEKSAVHGFPAGLCTTLG 178
Query: 139 XXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGV 198
RK+GL AD+V DA+I+D G++L+R MGEDLFWAI+GGGG SFGV
Sbjct: 179 IGGHITGGAYGSMMRKYGLGADNVRDARIVDAKGRVLDRKAMGEDLFWAIRGGGGGSFGV 238
Query: 199 ITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKH 258
I WK+KLV VP VT+F + K L+Q +++ Q+WQ +A K+ LF+ ++ N
Sbjct: 239 ILWWKIKLVPVPQTVTVFTVTKTLEQGGNKLLQRWQQVAPKIDENLFIRVIIQPGNGTVP 298
Query: 259 GGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLN 318
G +++ S+ L+LG A+ LL +M+ F ELGL DC E +WI+SVLY+AGYP +
Sbjct: 299 GKRTLTTSYNALFLGGADRLLQVMKHGFPELGLTIKDCVETSWIKSVLYIAGYPDGTAPE 358
Query: 319 VLLQ-RNQTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESE 377
VLLQ ++ T FKAKSD+V E IP L+ LWK+ +++D PL+I PYGG+MS I+ES
Sbjct: 359 VLLQGKSTTKAYFKAKSDFVREVIPEKSLDALWKIFVQDDGPLMIWNPYGGKMSRIAESA 418
Query: 378 TPFPHRNKSIFGIQYLVNW-DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDI 436
TPFPHR ++ IQY+ W D + H+ WMR+ Y YM PYVSK PR Y+NYRDLDI
Sbjct: 419 TPFPHRKGVLYKIQYVTGWLDGEKSMAKHMNWMRKFYFYMAPYVSKYPRETYVNYRDLDI 478
Query: 437 GVN-RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
G+N + NTS +A WG +YFK NF RL +VK +VDPSNFFRHEQSIP L
Sbjct: 479 GMNQKNNTSLLKAWSWGYRYFKGNFNRLVKVKTKVDPSNFFRHEQSIPLL 528
>Glyma08g08570.1
Length = 530
Score = 473 bits (1217), Expect = e-133, Method: Compositional matrix adjust.
Identities = 237/465 (50%), Positives = 316/465 (67%), Gaps = 5/465 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ E +N R+L SV KP+ I TP + S VQAA+ C+ K G+ +RVRSGGHDYEGLSY+
Sbjct: 58 ILESTAQNLRYLLPSVPKPDFIFTPLDDSQVQAAVVCAKKLGIHMRVRSGGHDYEGLSYV 117
Query: 81 SNV--PFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVX 138
S + PF+I+DL+ R++++DI +AW+Q+GAT+GE+YY I+ +S VH FPAG C T+
Sbjct: 118 SLIEKPFMILDLAKLRAVNVDIARNTAWIQAGATIGEVYYRISEKSAVHGFPAGLCTTLG 177
Query: 139 XXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGV 198
RK+GL AD+V+DA+I+D NGK+L+R MGEDLFWAI+GGGG SFGV
Sbjct: 178 IGGHITGGAYGSMMRKYGLGADNVLDARIVDANGKVLDRKAMGEDLFWAIRGGGGGSFGV 237
Query: 199 ITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKH 258
I WK+KLV VP VT+F + K L+Q S++ +WQ +A + LF+ ++ N
Sbjct: 238 ILWWKIKLVPVPQTVTVFTVTKTLEQGGSKLLHRWQQVAPHIDENLFIRVIIQPGNGTVP 297
Query: 259 GGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLN 318
G ++V S+ L+LG A LL +M+ F ELGL R DC E +WI+SVLY+AGYP +
Sbjct: 298 GKRTVTTSYNALFLGGANRLLQVMKHGFPELGLTRKDCVETSWIESVLYIAGYPDGTAPE 357
Query: 319 VLLQ-RNQTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESE 377
VLLQ ++ T FKAKSD+V E I L LWK+ L++D PL+I PYGG+MS I+ES
Sbjct: 358 VLLQGKSTTKAYFKAKSDFVREVITEKSLNALWKIFLQDDGPLMIWNPYGGKMSRIAESA 417
Query: 378 TPFPHRNKSIFGIQYLVNW-DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDI 436
TPFPHR ++ IQ++ W D + H+ WMR+ Y YM PYVSK PR Y+NYRDLDI
Sbjct: 418 TPFPHRKGVLYKIQHVTGWLDGEKSMAKHMNWMRKFYFYMAPYVSKYPRETYVNYRDLDI 477
Query: 437 GVN-RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQ 480
G+N + NTS +A WG +YFK NF RL +VK +VDPSNFFRHEQ
Sbjct: 478 GMNQKNNTSLLKASSWGYRYFKGNFNRLVKVKTKVDPSNFFRHEQ 522
>Glyma05g25540.1
Length = 576
Score = 471 bits (1211), Expect = e-132, Method: Compositional matrix adjust.
Identities = 229/470 (48%), Positives = 314/470 (66%), Gaps = 7/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + RN RF +S KP L+VTP E HVQ A+ C+ G+Q+++RSGGHDYEG+SY+
Sbjct: 67 VLQAYIRNARFNTTSTPKPLLVVTPSEDPHVQGAVICAKSIGIQLKIRSGGHDYEGISYV 126
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S+ PF+I+D+ +FR+I++D+E+E A VQ+GATLGE+YY I +S VH FPAG CPTV
Sbjct: 127 SDQPFIILDMFHFRNITVDVENEVAVVQAGATLGEVYYRIWEKSKVHGFPAGVCPTVGVG 186
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RKHGL+ DHV+DA+I+DV G+IL++ MGEDLFWAI+GGGG+SFGVI
Sbjct: 187 GHLSGGGYGNMLRKHGLSVDHVVDAKIVDVKGRILDKESMGEDLFWAIRGGGGASFGVIL 246
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQN--VSEIFQKWQTIAHKLPGELFLHSVMG-VSNSPK 257
S+ VKL+ VP VT+F + K LDQN +E+ +WQ +A LF+ ++ VS+
Sbjct: 247 SYTVKLIPVPEVVTVFRIAKSLDQNESATELVLQWQQVAPHTDHRLFMRLLLQPVSSKVV 306
Query: 258 HGGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASL 317
G +++ + L+LG A+ ++ LM F LGL +++CTE++WI SVL+ + +
Sbjct: 307 KGQRTIRATVMALFLGGADEVVTLMGKEFPALGLSKENCTELSWIDSVLWWSNFDNTTKP 366
Query: 318 NVLLQRNQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISES 376
+ LL R+ SF K KSDYV PI + GLEG+W+ ++E + PYGG+MSE+S
Sbjct: 367 DALLDRDLNSASFLKRKSDYVQNPISKKGLEGIWEKMIELGKTGFVFNPYGGKMSEVSSD 426
Query: 377 ETPFPHRNKSIFGIQYLVNWDKN--EETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDL 434
TPFPHR ++F IQY VNWD E K + LY+YM P+VS +PR A+LNYRDL
Sbjct: 427 ATPFPHRAGNLFKIQYSVNWDDPGVELEKNFTSQAKMLYSYMTPFVSSDPRSAFLNYRDL 486
Query: 435 DIGVNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
DIG N G SYEE +G+KYF NF+RL ++K +VDP NFFR+EQSIP
Sbjct: 487 DIGTNSFGKNSYEEGAVYGVKYFNDNFKRLVKIKTEVDPENFFRNEQSIP 536
>Glyma08g08520.1
Length = 541
Score = 470 bits (1209), Expect = e-132, Method: Compositional matrix adjust.
Identities = 230/470 (48%), Positives = 310/470 (65%), Gaps = 7/470 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + RN RF +S KP L+VTP E HVQ A+ C+ +Q+++RSGGHDYEG+SY+
Sbjct: 68 VLQAYIRNARFNTTSTPKPLLVVTPSEEPHVQGAVICAKSIAIQLKIRSGGHDYEGISYV 127
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S+ PF+I+D+ +FR+I++DIE+E A VQ+GATLGELYY I +S VH FPAG CPTV
Sbjct: 128 SDQPFIILDMFHFRNITVDIENEVAVVQAGATLGELYYRIWEKSKVHGFPAGVCPTVGVG 187
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RKHGL+ DHV+DA+I+D G+IL++ MGEDLFWAI+GGGG+SFGVI
Sbjct: 188 GHLSGGGYGNMLRKHGLSVDHVVDAKIVDAKGRILDKESMGEDLFWAIRGGGGASFGVIL 247
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQN--VSEIFQKWQTIAHKLPGELFLHSVMG-VSNSPK 257
S+ VKLV VP V++F + K LDQN +E+ +WQ +A LF+ ++ VS+
Sbjct: 248 SYNVKLVPVPEVVSVFRIAKSLDQNESATELVLQWQQVAPHTDDRLFMRLLLQPVSSKVV 307
Query: 258 HGGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASL 317
G +++ + L+LG A+ + LM F LGL +++CTE++WI SVL+ +
Sbjct: 308 KGQRTIRATVMALFLGGADEVATLMGKEFPALGLSKENCTELSWIDSVLWWGNFDNTTKP 367
Query: 318 NVLLQRNQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISES 376
+ LL R+ SF K KSDYV +PIP+ GLEG+W+ ++E + PYGG+MSE+S
Sbjct: 368 DALLDRDLNSASFLKRKSDYVQKPIPKKGLEGIWEKMIELGKTGFVFNPYGGKMSEVSSD 427
Query: 377 ETPFPHRNKSIFGIQYLVNWDKN--EETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDL 434
TPFPHR ++F IQY VNWD E R LY+YM P+VS +PR A+LNYRDL
Sbjct: 428 ATPFPHRAGNLFKIQYSVNWDDPGVELENNFTSQARMLYSYMTPFVSSSPRSAFLNYRDL 487
Query: 435 DIGVNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
DIG N G SY E +G+KYF NFERL ++K +VDP NFFR+EQSIP
Sbjct: 488 DIGTNSFGKNSYAEGAVYGVKYFNDNFERLVKIKTEVDPENFFRNEQSIP 537
>Glyma15g14170.1
Length = 559
Score = 461 bits (1187), Expect = e-130, Method: Compositional matrix adjust.
Identities = 219/467 (46%), Positives = 314/467 (67%), Gaps = 4/467 (0%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + RN RF S+ KP LIVTP ++SHVQAAI C+ K L +++RSGGHDYEG+SY+
Sbjct: 60 VLQAYIRNLRFNTSTTHKPFLIVTPFQVSHVQAAIVCAKKHSLLMKIRSGGHDYEGVSYV 119
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
++ PF I+D+ N RSI ID++ E+AWVQ+GATLGE+YY IA +S H FPAG CPTV
Sbjct: 120 ASQPFFILDMFNLRSIEIDMDTETAWVQAGATLGEVYYRIAEKSKTHGFPAGVCPTVGVG 179
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+G + D+V+DA I+D G++LNR MGEDLFWA++GGGG SFGV+
Sbjct: 180 GHISGGGYGNLMRKYGTSVDNVVDAHIVDAQGRLLNRRTMGEDLFWAVRGGGGGSFGVVL 239
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
++K+KLV VP KVT+F + + L+QN ++I WQ +A + +LF+ ++ V N +
Sbjct: 240 AYKIKLVRVPEKVTVFQVGRTLEQNATDIVYNWQHVAPSIDNDLFIRLILEVVNGTQTAT 299
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K+V +F L+LG +++L+ LM F +LGL++ DC E W++SVL+ I + +L
Sbjct: 300 KTVRATFIALFLGDSKSLVSLMDEKFPQLGLKQFDCIETTWLRSVLFWDNIDIATPVEIL 359
Query: 321 LQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
L+R Q+F K KSDYV +PI + G EG+W ++E + ++ PYGGRM+EI +ET
Sbjct: 360 LERQPQSFKYLKRKSDYVKKPISKEGWEGIWNKMIELEKAIMYFNPYGGRMAEIPSTETA 419
Query: 380 FPHRNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIG 437
FPHR +++ IQY NW + E + H+ +R L+ YM P+VS+NPR A++ Y+DL++G
Sbjct: 420 FPHRAGNLWKIQYQANWFEAGEEVAEYHINLVRELHKYMTPFVSQNPRQAFICYKDLELG 479
Query: 438 VN-RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
+N G Y E +G++YF NF RL ++K +VDPSNFFR EQSIP
Sbjct: 480 INHHGYYGYFEGSAYGVQYFDDNFRRLVQIKTRVDPSNFFRTEQSIP 526
>Glyma08g08550.1
Length = 523
Score = 459 bits (1182), Expect = e-129, Method: Compositional matrix adjust.
Identities = 228/464 (49%), Positives = 314/464 (67%), Gaps = 11/464 (2%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNV--P 84
+N R L S KP I TP SHVQAA+ CS K G+ +RV SGGHD+EG+SY+S + P
Sbjct: 64 KNQRLLVPSTPKPKFIFTPTRDSHVQAAVICSKKLGIHLRVLSGGHDFEGVSYVSEIESP 123
Query: 85 FLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXX 144
F+++DL R I++DI+ +AWVQ+GAT GELYY I +S++H FPAG+C ++
Sbjct: 124 FIVVDLIKLRDINVDIKSNTAWVQAGATNGELYYRIYEKSSLHGFPAGTCTSLGIGGHIT 183
Query: 145 XXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKV 204
RK+GL AD+V+DA+I+D NG+IL+R MGEDLFWAI+GGGG SFG++ WKV
Sbjct: 184 GGAYGSMVRKYGLGADNVLDAKIVDANGRILDRKAMGEDLFWAIRGGGGGSFGILLWWKV 243
Query: 205 KLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVI 264
KLV VPP VT+F + K L+Q +++ +WQ +A L LF+ + + S +V
Sbjct: 244 KLVPVPPTVTVFTVKKTLEQGATKLLHRWQEVAPFLDENLFIRVRIQRAQS------TVT 297
Query: 265 VSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRN 324
S+ GL+LG A LL +M+++F ELG+ R DC E +WI+SVLY+AG+P VLL+
Sbjct: 298 TSYEGLFLGGARKLLKIMKTSFPELGVTRKDCMETSWIKSVLYIAGFPSGTPPEVLLKGK 357
Query: 325 QTFG-SFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPHR 383
FK KSD+V +PIP GLEGL + LL EDSPL++ +PYGGRM++ SES+TPFP+R
Sbjct: 358 PIAKFFFKGKSDFVRKPIPETGLEGLRQRLLVEDSPLILWSPYGGRMNQFSESDTPFPYR 417
Query: 384 NKSIFGIQYLVNWDKNEE-TKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVN-RG 441
N ++F Y+ W + E+ H++W+ L+ YM YV PRG Y+NYRDLD+G+N +
Sbjct: 418 NGTLFISLYISLWQEGEKNVAKHIDWIGNLHNYMGAYVPSFPRGQYVNYRDLDLGINTKN 477
Query: 442 NTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
NT + WG +YFK+NF+RL ++K +VDP N FRHEQSIPPL
Sbjct: 478 NTGNIQESAWGYRYFKNNFDRLVKIKTKVDPQNVFRHEQSIPPL 521
>Glyma08g06350.1
Length = 530
Score = 459 bits (1180), Expect = e-129, Method: Compositional matrix adjust.
Identities = 232/470 (49%), Positives = 312/470 (66%), Gaps = 11/470 (2%)
Query: 26 TRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPF 85
T N RF + KP IVT + SHVQ + C+ G+Q+R+RSGGHD EGLSY+S+VPF
Sbjct: 62 TYNHRFSAPTAPKPLAIVTALDESHVQGTVVCAKSNGIQIRIRSGGHDCEGLSYVSDVPF 121
Query: 86 LIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXX 145
+++D+ +F S+ +DIE +AW +SGATLG++YY I+ +S VH FPAG CPTV
Sbjct: 122 VVLDMFHFGSVDVDIESGTAWAESGATLGDVYYHISEKSGVHGFPAGVCPTVGAGGHFSG 181
Query: 146 XXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVK 205
RK+GL+ D++IDA+++DVNG IL+R MGEDLFWAI+GGGG SFGVI SWK+K
Sbjct: 182 GGYGNLMRKYGLSVDNIIDAKLVDVNGNILDRKSMGEDLFWAIRGGGGGSFGVILSWKIK 241
Query: 206 LVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELF---LHSVMGVSNSPKHGGKS 262
LV+V PKVT+F + + L+ + KWQ IA KL +LF +H V V + K K+
Sbjct: 242 LVYVTPKVTVFKVMRNLEDGAKGLVYKWQLIATKLHDDLFIRVMHDV--VDGTQKAKNKT 299
Query: 263 VIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQ 322
+ V+F GL+LG ++ +L L+ +F ELGL++ DC EM WI S LY YPI + LL
Sbjct: 300 IKVTFIGLFLGKSDQMLSLVNESFPELGLKQSDCIEMPWINSTLYWFNYPIGTPIKALLD 359
Query: 323 --RNQTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPF 380
+ SFK SDYV PI ++ L+ +WK++++ +S + PYGG+M EIS SETPF
Sbjct: 360 VPKEPLSYSFKTMSDYVKRPIRKSALKSMWKLMIKSESVRMEWNPYGGKMHEISPSETPF 419
Query: 381 PHRNKSIFGIQYLVNW--DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGV 438
PHR ++F I+YL W D + ++ R Y +M PYVS +PR A+LNYRDLDIG
Sbjct: 420 PHRAGNLFLIEYLTTWGQDGVDAANRYLNISRSFYEFMTPYVSHSPREAFLNYRDLDIGS 479
Query: 439 N--RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
N T+ A+ +G KYFK NF+RL RVK++VDP NFFRHEQSIPPLS
Sbjct: 480 NFPSNATNMNIAQSYGSKYFKGNFKRLVRVKSKVDPENFFRHEQSIPPLS 529
>Glyma09g03270.1
Length = 565
Score = 458 bits (1179), Expect = e-129, Method: Compositional matrix adjust.
Identities = 217/467 (46%), Positives = 313/467 (67%), Gaps = 4/467 (0%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + RN RF S+ KP LIVTP +SHVQA+I C+ K L +++RSGGHDYEG+SY+
Sbjct: 61 VLQAYIRNLRFNTSTTRKPFLIVTPFHVSHVQASIVCAKKHNLLMKIRSGGHDYEGVSYV 120
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
++ PF I+D+ N RSI ID+E E+AWV++GA LGE+YY IA +S H FPAG CPTV
Sbjct: 121 ASQPFFILDMFNLRSIEIDMESETAWVEAGAMLGEVYYRIAEKSKTHGFPAGVCPTVGVG 180
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+G + D+V+DAQI+D G++LNR MGEDLFWA++GGGG SFGV+
Sbjct: 181 GHISGGGYGNLMRKYGTSVDNVVDAQIVDARGRLLNRRTMGEDLFWAVRGGGGGSFGVVL 240
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
++K++LV VP KVT+F + L+QN ++I WQ +A + +LF+ ++ V N +
Sbjct: 241 AYKIRLVRVPEKVTVFQVGVTLEQNATDIVYNWQHVAPTIDNDLFIRLILEVVNGTQTAT 300
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K+V +F L+LG +++L+ LM F +LGL++ DC E W++SVL+ I + +L
Sbjct: 301 KTVRATFIALFLGDSKSLVSLMNDKFPQLGLKQSDCIETTWLKSVLFWDNIDIATPVEIL 360
Query: 321 LQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
L+R Q+F K KSDYV +PI + G EG+W ++E + ++ PYGGRM+EI +ET
Sbjct: 361 LERQPQSFKYLKRKSDYVKKPISKEGWEGIWNKMIELEKAIMYFNPYGGRMAEIPSTETA 420
Query: 380 FPHRNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIG 437
FPHR +++ IQY NW + E + H+ +R L+ YM P+VS+NPR A++ Y+DL++G
Sbjct: 421 FPHRAGNLWKIQYQANWFEAGEEVAEYHINLVRELHKYMTPFVSQNPRQAFICYKDLELG 480
Query: 438 VN-RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
+N G Y E +G++YF NF+RL ++K +VDPSNFFR EQSIP
Sbjct: 481 INHHGFYGYFEGSAYGVQYFDDNFKRLVQIKTKVDPSNFFRTEQSIP 527
>Glyma09g03100.1
Length = 548
Score = 455 bits (1171), Expect = e-128, Method: Compositional matrix adjust.
Identities = 235/478 (49%), Positives = 313/478 (65%), Gaps = 16/478 (3%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + RN RF SS KP+LIVTPQ+ SHVQA + C+ +Q+++RSGGHDYEG+SYI
Sbjct: 70 VLQNYIRNARFNTSSTPKPSLIVTPQKESHVQATVICAKSVNIQLKIRSGGHDYEGISYI 129
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S+ PF+I+D+ NFR I++DI++E A VQ+GATLGE+YY I +S VH FPAG CPTV
Sbjct: 130 SDEPFIILDMFNFRRITVDIKNEVAVVQAGATLGEVYYRIWKKSKVHGFPAGVCPTVGVG 189
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+GL+ D+VIDAQI+DV G +LNR MGEDLFWAI+GGGG+SFGVI
Sbjct: 190 GHFSGGGYGNMLRKYGLSVDNVIDAQIVDVKGNLLNRKTMGEDLFWAIRGGGGASFGVIL 249
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNV--SEIFQKWQTIAHKLPGELFLHSVMG-VSNSPK 257
S+ +KLV VP VT+F + K L+ NV +++ +WQ +A LF+ ++ VS+
Sbjct: 250 SYTIKLVPVPETVTVFRVEKTLETNVTATDLVVQWQKVAPNTDDRLFMRLLLQPVSSKVV 309
Query: 258 HGGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASL 317
G +V S L+LG A ++ ++ F+ LGL++++CTE++WI SVL+ + N SL
Sbjct: 310 KGTITVRASVVALFLGGANEVVSILAKQFSLLGLKKENCTEVSWINSVLW---WNDNNSL 366
Query: 318 N------VLLQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRM 370
LL RN + G K KSDYV I R GLE L+K ++E L+ PYGG+M
Sbjct: 367 KNGVKPEALLDRNLNSAGFLKRKSDYVQNAISRDGLEWLFKRMIELGKTGLVFNPYGGKM 426
Query: 371 SEISESETPFPHRNKSIFGIQYLVNWDKNEETKM--HVEWMRRLYAYMKPYVSKNPRGAY 428
SEI TPFPHR +++ IQY VNWD +RL++YM P+VSKNPR A+
Sbjct: 427 SEIPSDATPFPHRKGNLYKIQYSVNWDDRSPGAALNFTNQAKRLFSYMTPFVSKNPRSAF 486
Query: 429 LNYRDLDIGVNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
LNYRDLDIGVN G S++E +G KYF NF+RL ++K VDP NFFR+EQSIP L
Sbjct: 487 LNYRDLDIGVNSFGENSFQEGVVYGTKYFNDNFQRLVKIKTIVDPENFFRNEQSIPVL 544
>Glyma08g08530.1
Length = 539
Score = 452 bits (1162), Expect = e-127, Method: Compositional matrix adjust.
Identities = 220/468 (47%), Positives = 311/468 (66%), Gaps = 5/468 (1%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V RN RF S KP LIVTP + VQA + C+ GLQ+++RSGGHD+EG+SYI
Sbjct: 65 VLRAFARNARFSAPSTQKPLLIVTPLSENQVQATVVCAKSIGLQLKIRSGGHDFEGVSYI 124
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S VPF+I+D+ NF+ +++D+++E A +Q+GA+LG++YY I +S VH FPAG+CPTV
Sbjct: 125 SQVPFIILDMFNFQDVTVDVQNEIAVIQAGASLGQVYYRIWEKSKVHGFPAGACPTVGVG 184
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+GL+ DHV+DA+I+DV G+IL++ MGEDLFWAI+GGGG+SFGVI
Sbjct: 185 GHLSGGGYGNMIRKYGLSVDHVVDAKIVDVKGRILDKESMGEDLFWAIRGGGGASFGVIL 244
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMG-VSNSPKHG 259
S+ VKLV VP VT+F + K L++N +++ +WQ +A L+L V+ VS++ G
Sbjct: 245 SYTVKLVPVPENVTVFQIDKTLEENATDLVVQWQKVAPHTDDRLYLRLVLQPVSSNFVKG 304
Query: 260 GKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNV 319
K++ S L+LG A+ L+ L+ F LGL+++ C EM WI SV++ A Y +S+N
Sbjct: 305 KKTIRASVEALFLGEADELVKLLGQEFPLLGLKKELCHEMRWIDSVVWWANYNDGSSVNA 364
Query: 320 LLQRNQ-TFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESET 378
LL RN + S K KSDYV PI + G +WK ++E ++ PYGG+M+E+ T
Sbjct: 365 LLDRNHYSVHSNKRKSDYVQTPISKDGFTWIWKKMIELGKVSIVFNPYGGKMNEVPSDAT 424
Query: 379 PFPHRNKSIFGIQYLVNWDKNEET--KMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDI 436
PFPHR +++ IQY V+W + K + +R L+ YM P+VSKNPR AY NYRDLDI
Sbjct: 425 PFPHRAGNLYKIQYTVSWQEPGAAVEKSFLSQIRVLHNYMTPFVSKNPRSAYFNYRDLDI 484
Query: 437 GVN-RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
G+N G ++E+ K +G+KYF NFERL +VK+ +DP NFF +EQSIP
Sbjct: 485 GINSHGKDNFEDGKVYGIKYFNKNFERLVKVKSAIDPENFFWNEQSIP 532
>Glyma09g03130.1
Length = 515
Score = 451 bits (1159), Expect = e-126, Method: Compositional matrix adjust.
Identities = 228/464 (49%), Positives = 296/464 (63%), Gaps = 13/464 (2%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
RN F SS KP LIVTP SHVQAA+ C+ +Q+R+RSGGHDYEGLSYIS PF+
Sbjct: 58 RNAGFNTSSTTKPLLIVTPMVESHVQAAVLCAKSANVQLRIRSGGHDYEGLSYISPKPFI 117
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
++D+SN R+I++D+++E A VQ+GA LGELYY I +S VH F A CPTV
Sbjct: 118 LLDMSNLRTITVDVKNELAVVQAGAILGELYYRIWEKSKVHGFSAAVCPTVGVGGHISGG 177
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
RK+GL+ D+VIDAQI+DV G +LNR MGEDLFWAI+GGGG+SFGVI S+ +K+
Sbjct: 178 GYGTMLRKYGLSVDNVIDAQIVDVKGNLLNRKTMGEDLFWAIRGGGGASFGVIVSFTIKI 237
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVS 266
V VP VT F + + L+QN +++ +WQ +A LF+ ++ S GK+ S
Sbjct: 238 VPVPETVTFFRVDRTLEQNATDLVLQWQQVAPTTDDRLFMRLLLSPS------GKTATAS 291
Query: 267 FTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYL---AGYPINASLNVLLQR 323
L+LG A LLP++ F LGL++++CTE WI SV++ + A VLL+R
Sbjct: 292 VVALFLGGANELLPILDKQFPLLGLKKENCTEGRWIDSVIWFDDEEAFEKGAKPEVLLER 351
Query: 324 NQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPH 382
N + F K KSDYV IPR GLE LWK ++E L PYGG+MS+I TPFPH
Sbjct: 352 NPNWALFLKRKSDYVQNAIPREGLELLWKTIIEMGKTGLAFNPYGGKMSQILPDATPFPH 411
Query: 383 RNKSIFGIQYLVNWDKNEETKMH--VEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNR 440
R ++F IQY V W + R LY+ M PYVSKNPR A+LNYRD+DIG N
Sbjct: 412 RKGNLFKIQYSVTWSDPSPAAAQNFLNQTRVLYSVMTPYVSKNPRSAFLNYRDIDIGTNS 471
Query: 441 -GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
G S+EE + +G KYF +NF+RL +VK VDP NFF +EQSIP
Sbjct: 472 FGKNSFEEGEVYGAKYFNANFQRLVKVKTAVDPENFFAYEQSIP 515
>Glyma09g03120.1
Length = 507
Score = 447 bits (1149), Expect = e-125, Method: Compositional matrix adjust.
Identities = 223/470 (47%), Positives = 300/470 (63%), Gaps = 13/470 (2%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V E RN RF SS KP LIVTP SHVQAA+ C+ +Q+++RSGGHDYEG+SYI
Sbjct: 44 VLENYIRNARFNTSSTPKPLLIVTPLVESHVQAAVICAKSVNIQLKIRSGGHDYEGISYI 103
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S PF+++D+SN R I++D+++E A VQ+GA LGELY+ I +S +H FPA CPTV
Sbjct: 104 SQKPFILLDMSNLRKITVDVKNELAVVQAGAILGELYFRIWEKSKLHGFPAAVCPTVGVG 163
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+GL+ D+VIDAQI+DV G +LNR MGEDLFWAI+GGGG+SFGVI
Sbjct: 164 GHISGGGYGNMLRKYGLSVDNVIDAQIVDVKGNLLNRKTMGEDLFWAIRGGGGASFGVIV 223
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
S+ +KLV VP VT F + K L+QN +++ +WQ +A LF+ ++ S G
Sbjct: 224 SFTIKLVPVPETVTFFRIDKTLEQNATDLVLQWQQVAPTTDDRLFMRLLLAPS------G 277
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYL---AGYPINASL 317
K+ S L+LG A ++ +++ F LGL++D+CTE++WI SV++ + A
Sbjct: 278 KTARASVVALFLGGANEVVSILEKEFPLLGLKKDNCTEVSWIDSVIWWNDDEAFKNGAKP 337
Query: 318 NVLLQRNQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISES 376
LL R+ F K KSDYV IPR GLE +WK ++E L+ PYGG+M++I
Sbjct: 338 ETLLDRHLNSAPFLKRKSDYVQNAIPREGLELIWKKMIELGKTGLVFNPYGGKMAQIPSD 397
Query: 377 ETPFPHRNKSIFGIQYLVNWDKNEETKMH--VEWMRRLYAYMKPYVSKNPRGAYLNYRDL 434
TPFPHR ++F +QY V W + + R LY+ M PYVSK+PR A+LNYRD+
Sbjct: 398 ATPFPHRKGNLFKVQYSVTWSDSSPAAAQNFLNQTRILYSEMTPYVSKSPRSAFLNYRDI 457
Query: 435 DIGVNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
DIG N G S++E K +G KYF NF+RL +VK VDP NFFR+EQSIP
Sbjct: 458 DIGTNSFGKNSFQEGKVYGAKYFNDNFQRLVKVKTAVDPENFFRNEQSIP 507
>Glyma15g14060.1
Length = 527
Score = 445 bits (1145), Expect = e-125, Method: Compositional matrix adjust.
Identities = 223/466 (47%), Positives = 310/466 (66%), Gaps = 9/466 (1%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
RN RF +S KP +IV P + SHVQ A+ C+ +Q++ RSGGHD+EGLSYIS+ PF+
Sbjct: 62 RNARFNTTSSPKPLIIVAPVQESHVQTAVICAESIDMQIKTRSGGHDFEGLSYISDEPFI 121
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
++D+ N R+I++D +++ A VQ+GATLGELYY I +S+V FPAG C TV
Sbjct: 122 MLDMFNLRNITVDAQNKVAVVQAGATLGELYYRIWEKSDVLGFPAGVCHTVGVGGHFSGG 181
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
RK+GL+ DH+ DAQI+DV G+ILN+ MGEDLFWAI+GGGG+SFGVI S+ +KL
Sbjct: 182 GYGNMMRKYGLSIDHISDAQIVDVKGRILNKESMGEDLFWAIRGGGGASFGVILSYTIKL 241
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMG--VSN-SPKHGGKSV 263
V VP VT+F + K L+QN +++ +WQ +A LF+ + +SN +H K+V
Sbjct: 242 VPVPEVVTVFQVEKTLEQNATDLVVQWQQVAPYTDERLFMRLQLHPMISNVGERH--KTV 299
Query: 264 IVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQR 323
+ ++LG AE L+ L+ F LGL++++C EM+WI+SV++ +P A LL R
Sbjct: 300 RAAVMTMFLGGAEELVSLLDKKFPTLGLKKENCIEMSWIESVVWWDSFPNGAHPEALLGR 359
Query: 324 NQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPH 382
N F K KSDYV +PI + GLE +WK ++E + PYGGRM+EIS + T FPH
Sbjct: 360 NLNSAKFLKRKSDYVKDPISKDGLEWIWKRMIELGQTGMAFNPYGGRMNEISANATAFPH 419
Query: 383 RNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVN- 439
R ++F I+Y NW++ K +RRL++YM P+VSKNPR A+LNYRDLDIG+N
Sbjct: 420 RAGNLFKIEYSANWEEPGGSAEKNFTTQIRRLHSYMTPFVSKNPRRAFLNYRDLDIGINH 479
Query: 440 RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
N SY+E + +G KYF NF RLA++K +VDP N+FR+EQSIP L
Sbjct: 480 HDNNSYQEGEVYGFKYFDDNFYRLAKIKTEVDPGNYFRNEQSIPTL 525
>Glyma09g02630.1
Length = 500
Score = 444 bits (1141), Expect = e-124, Method: Compositional matrix adjust.
Identities = 228/471 (48%), Positives = 304/471 (64%), Gaps = 14/471 (2%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + RN RF SS KP LIVTP SHVQAA+ C+ +Q+++RSGGHDYEG+SYI
Sbjct: 36 VLQNYIRNARFNTSSTPKPLLIVTPLTESHVQAAVICAKTVNVQLKIRSGGHDYEGISYI 95
Query: 81 SNV-PFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXX 139
S PF+++D+ N R I +DI++E A VQ+GA +GE+YY I +S VH F A CPTV
Sbjct: 96 SKKHPFIVLDMFNLRKIKVDIKNEVAVVQAGAVMGEVYYRIWKKSKVHGFSAAVCPTVGV 155
Query: 140 XXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVI 199
RK+GL+ D+VIDAQI+DV G +LNR MGEDLFWAI+GGGG+SFGVI
Sbjct: 156 GGHISGGGYGNMLRKYGLSVDNVIDAQIVDVKGNLLNRKTMGEDLFWAIRGGGGASFGVI 215
Query: 200 TSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHG 259
S+ +KL+ VP VT+F + + L+QN +++ +WQ +A LFL ++ P+
Sbjct: 216 VSFTIKLLPVPKTVTVFRVERTLEQNATDLVLQWQQVAPTTDPGLFLRLLL----QPE-- 269
Query: 260 GKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYL---AGYPINAS 316
GK+V S L+LG A+ L+ +++ F LGL+++ CTEM WI SVL+ A
Sbjct: 270 GKTVTASVVALFLGGAKELVSILEKEFPLLGLKKESCTEMRWIDSVLWFYDDKSLKNGAK 329
Query: 317 LNVLLQRNQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISE 375
LL R+ F K KSDYV + IPR GLE ++K +++ L+ PYGGRM+EI
Sbjct: 330 PETLLDRHVNTAFFLKRKSDYVQKAIPREGLECIFKRMIKLGKIGLVFNPYGGRMAEIPS 389
Query: 376 SETPFPHRNKSIFGIQYLVNWDKNE--ETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRD 433
TPFPHR ++F IQY VNW K ++LY YM P+VSKNPR A+LNYRD
Sbjct: 390 DATPFPHRKGNLFKIQYSVNWFDPSVGAAKNFTNQAKKLYNYMTPFVSKNPRSAFLNYRD 449
Query: 434 LDIGVNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
LDIGVNR G S++E + +G KYF +NF+RL +VK +VDP NFFR+EQSIP
Sbjct: 450 LDIGVNRFGKNSFQEGEVYGAKYFNNNFQRLVKVKTKVDPDNFFRNEQSIP 500
>Glyma15g14040.1
Length = 544
Score = 440 bits (1132), Expect = e-123, Method: Compositional matrix adjust.
Identities = 227/478 (47%), Positives = 308/478 (64%), Gaps = 16/478 (3%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
+ + RN RF SS KP LIVTPQ+ SHVQ + C+ +Q+++RSGGHDYEG+SYI
Sbjct: 66 ILQNYIRNARFNTSSTRKPLLIVTPQQESHVQGTVICAKSVEIQLKIRSGGHDYEGISYI 125
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
S PF+I+D+ N+R I++D+++E A V++GATLGE+YY I +S V FPAG CPTV
Sbjct: 126 SEEPFVILDMFNYRRITVDVKNEVAVVEAGATLGEVYYRIWEKSKVLGFPAGVCPTVGVG 185
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+GL+ D+VIDAQI+DV G +LNR MGEDLFWAI+GGGG+SFGVI
Sbjct: 186 GHFSGGGYGNMLRKYGLSVDNVIDAQIVDVKGNLLNRKTMGEDLFWAIRGGGGASFGVIL 245
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNV--SEIFQKWQTIAHKLPGELFLHSVMG-VSNSPK 257
S+ +KLV VP VT+F + K L+ NV +++ +WQ +A LF+ ++ VS+
Sbjct: 246 SFTIKLVPVPETVTVFRVEKTLETNVTATDLVVQWQQVAPNTDDRLFMRLLLQPVSSKVV 305
Query: 258 HGGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASL 317
G ++V S L+LG A ++ ++ F LGL++++CTE++WI SVL+ + + SL
Sbjct: 306 KGTRTVRASVVALFLGGANEVVSILAKEFPLLGLKKENCTEVSWIDSVLW---WNDDNSL 362
Query: 318 N------VLLQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRM 370
LL RN G K KSDYV I R GLE L+K ++E L+ PYGG+M
Sbjct: 363 KNGDKPETLLDRNLNNAGFLKRKSDYVQNAISRDGLEWLFKRMIELGKTGLVFNPYGGKM 422
Query: 371 SEISESETPFPHRNKSIFGIQYLVNWDKNEETKM--HVEWMRRLYAYMKPYVSKNPRGAY 428
+EI TPFPHR +++ IQY VNWD +RL++YM P+VSKNPR A+
Sbjct: 423 AEIPSDATPFPHRKGNLYKIQYSVNWDDPSPGAALNFTNQAKRLFSYMTPFVSKNPRSAF 482
Query: 429 LNYRDLDIGVNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
LNYRDLDIGVN G S++E +G KYF NF+RL ++K VDP NFFR+EQSIP L
Sbjct: 483 LNYRDLDIGVNSFGENSFQEGLVYGTKYFNDNFQRLVKIKTTVDPENFFRNEQSIPVL 540
>Glyma08g06360.1
Length = 515
Score = 436 bits (1120), Expect = e-122, Method: Compositional matrix adjust.
Identities = 218/462 (47%), Positives = 299/462 (64%), Gaps = 12/462 (2%)
Query: 28 NTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFLI 87
N RF + KP I+T + +HV A + C+ G+QVR+RSGGHDYEGLSY+S+V +++
Sbjct: 57 NKRFKTQATSKPLAIITARSENHVHATVKCAKSNGIQVRIRSGGHDYEGLSYVSDVSYVV 116
Query: 88 IDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXXX 147
+D+ I +D+E +AWVQ+GATLGELYY IAN+SNV AFPAG C ++
Sbjct: 117 LDMFPLHKIDLDMESGTAWVQAGATLGELYYQIANKSNVLAFPAGVCSSLGTGGHFSGGG 176
Query: 148 XXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKLV 207
RK+GL+ D++IDA ++D NG +L+R LMGEDLFWAI+GGGG+SFGVI +WK+KLV
Sbjct: 177 YGNLMRKYGLSVDNIIDAILVDANGILLDRKLMGEDLFWAIRGGGGASFGVIVAWKIKLV 236
Query: 208 HVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVSF 267
VPP+VT+F + K + ++ +++ +WQ +A L +LF+ V N +VIVSF
Sbjct: 237 PVPPQVTVFRVKKSIKEDATDVAYQWQLVAPNLDKDLFIRVQPDVVNG------TVIVSF 290
Query: 268 TGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQTF 327
G +LG E LL L+ +F ELGL++ DCTEM WI S L+ PI + LL NQ
Sbjct: 291 IGQFLGPIERLLRLVNESFPELGLKQSDCTEMPWINSTLFWYDLPIGTPIEALLPTNQEP 350
Query: 328 GSF--KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPHRNK 385
S K KSDYV +PIP+ L+ +W ++++ ++ + PYGGRM+EIS TPFPHR
Sbjct: 351 PSIYTKGKSDYVKKPIPKEALKSIWDLMIKYNNIWMQWNPYGGRMAEISPKATPFPHRAG 410
Query: 386 SIFGIQYLVNW--DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNRGNT 443
++F IQY V W D E ++ + R Y +M PYVS PR A+LNYRD+DIG +T
Sbjct: 411 NLFLIQYSVFWTEDGAEANNRYLNYSRSFYEFMTPYVSSFPREAFLNYRDIDIGAKNPST 470
Query: 444 SYE--EAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
S ++ + K FK N ERL VK +VDPSNFF +EQSIP
Sbjct: 471 SNNLVDSLKYASKLFKENVERLLIVKTRVDPSNFFSYEQSIP 512
>Glyma04g12620.1
Length = 408
Score = 421 bits (1082), Expect = e-117, Method: Compositional matrix adjust.
Identities = 224/459 (48%), Positives = 294/459 (64%), Gaps = 57/459 (12%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
+N R+L+SS KP LI+TP S +QAAI CS + GLQ+RVRSGGHDYEGLSY+ PF+
Sbjct: 1 QNPRWLNSS-RKPLLILTPFHESEIQAAIQCSKELGLQIRVRSGGHDYEGLSYLCKAPFV 59
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
++DL N RSI I+++ E+ WVQ+GA++GELYY I+ S
Sbjct: 60 MVDLINIRSIEINLDYETTWVQAGASIGELYYKISKAS---------------------- 97
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
KI +R MGED+FWAI+GG +SFGVI +WK+KL
Sbjct: 98 --------------------------KIHDRKSMGEDVFWAIRGGSATSFGVIHAWKIKL 131
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVS 266
V VPP VT F++ K L++ +++ +WQ IAH+L +LF+ V S K+ +
Sbjct: 132 VRVPPIVTGFNIHKTLEEGATKLIHRWQHIAHELHEDLFIRIVAQNSGDK---SKTFQAT 188
Query: 267 FTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQT 326
F L+LG + L+ LM +F ELGL+ DCTEM+WIQSVL+ AGY +LL R T
Sbjct: 189 FEFLFLGRHDKLIQLMNESFPELGLQAKDCTEMSWIQSVLFFAGYNKEDPPELLLNRTTT 248
Query: 327 F-GSFKAKSDYVNEPIPRAGLEGLWKM-LLEEDSPLLILTPYGGRMSEISESETPFPHRN 384
+ SFKAKSD+V EPIP+ GLEG+WKM L EE LL++ PYGGRM+EISESE PFPHR
Sbjct: 249 YKSSFKAKSDFVKEPIPKTGLEGIWKMLLEEETLALLLMEPYGGRMNEISESEIPFPHRK 308
Query: 385 KSIFGIQYLVNWDKN--EETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNR-G 441
+++ IQYLV W+ N E +K H+ W +R+Y YM PYVSK+PR AY NY+DLD+G N+
Sbjct: 309 GNLYNIQYLVKWEVNSKEASKTHLHWAKRVYRYMTPYVSKSPRAAYFNYKDLDLGKNKYH 368
Query: 442 NTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQ 480
NTSY +A WG KYFK NF RL ++K + DP NFF +EQ
Sbjct: 369 NTSYSKASVWGKKYFKGNFRRLTQIKTKFDPQNFFSNEQ 407
>Glyma05g25490.1
Length = 427
Score = 408 bits (1048), Expect = e-114, Method: Compositional matrix adjust.
Identities = 220/458 (48%), Positives = 288/458 (62%), Gaps = 65/458 (14%)
Query: 38 KPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFLIIDLSNFRSIS 97
KP +IVTP +SH+QA I CS + GLQ+R RSGGHDYEGLSY++ PF++IDL N R I
Sbjct: 19 KPLVIVTPLVVSHIQATIICSQRHGLQIRTRSGGHDYEGLSYVAKFPFVLIDLINLREIK 78
Query: 98 IDIEDESAWVQSGATLGELYYAIANQS-NVHAFPAGSCPTVXXXXXXXXXXXXXXXRKHG 156
+++E+++AWVQ+GAT+GELYY I +S N +G K+G
Sbjct: 79 VNVENKTAWVQAGATIGELYYKINEKSPNTWITSSGG-------------GYGFLMHKYG 125
Query: 157 LAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKLVHVPPKVTIF 216
LAAD+VIDA I+DV G +L+R MGED WAI+GGGG+SFGVI +W VKLV VP VT+F
Sbjct: 126 LAADNVIDAHIVDVKGNLLDRKSMGEDRLWAIRGGGGASFGVIVAWNVKLVPVPSTVTVF 185
Query: 217 DLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVSFTGLYLGIAE 276
++P+ L QN +EI KWQ +A+KL G + V+ LYL
Sbjct: 186 NVPRTLQQNATEIIHKWQLVANKL-----------------GNGIMIRVNLVRLYLS--- 225
Query: 277 NLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLA----GYPINASLNVLLQRNQTFGSFKA 332
P +F ELGL R+DCTEM+WI S+LY+A G P A +N + FKA
Sbjct: 226 ---PCNLESFPELGLVREDCTEMSWIDSILYMARCTNGQPREALMN---RTGCGLPFFKA 279
Query: 333 KSDYVNEPIPRAGLEGLWKMLLEEDS--PLLILTPYGGRMSEISESETPFPHRNKSIFGI 390
KS+YV +PIP GL+GLW + E+++ ++ TPYGG+M EISESE PFPHR+ +IF I
Sbjct: 280 KSEYVRDPIPEVGLKGLWLLFYEDEAQGAIIQFTPYGGKMYEISESEIPFPHRSGNIFHI 339
Query: 391 QYLVN-W--DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNRGNTSYEE 447
YLV W + NE + H+ +RR+Y+YM+ YVSK+PR +YLNYRDLD G N
Sbjct: 340 NYLVVIWKEEGNEAEQRHINRIRRMYSYMETYVSKSPRASYLNYRDLDTGSQHLN----- 394
Query: 448 AKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPL 485
NF+RLA+VK +VDP NFFR+EQSIPPL
Sbjct: 395 -----------NFKRLAKVKTKVDPLNFFRNEQSIPPL 421
>Glyma20g35570.1
Length = 543
Score = 385 bits (988), Expect = e-107, Method: Compositional matrix adjust.
Identities = 194/473 (41%), Positives = 289/473 (61%), Gaps = 14/473 (2%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISN--VP 84
+N RF + + KP IV P+ L +Q ++ C + +++RVR GGH YEG SY+++ P
Sbjct: 61 QNLRFAEPVIPKPIAIVLPESLEQLQKSVACCREGSMEIRVRCGGHSYEGTSYVADDGTP 120
Query: 85 FLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXX 144
F+IID+ N + +D+E E+AWV+ GATLGE YYAI+ +SN H F GSCPTV
Sbjct: 121 FVIIDMMNLNHVWVDMETETAWVEGGATLGETYYAISQESNEHGFSGGSCPTVGVGGHIG 180
Query: 145 XXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKV 204
RK+GLAAD+V+DA ++D NGK+ +R MGED+FWAI+GGGG +G+I +WK+
Sbjct: 181 GGGFGLLSRKYGLAADNVVDALLVDANGKLFDRETMGEDVFWAIRGGGGGLWGIIYAWKI 240
Query: 205 KLVHVPPKVTIFDLPKK-LDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSV 263
+++ VP VT F + + +V+ + KWQ +A L + +L ++G + P+ +
Sbjct: 241 QVLKVPQVVTSFTVSRTGTKSHVANLVHKWQYVAPNLEDDFYLSCLVG-AGLPQAKTTGL 299
Query: 264 IVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQR 323
+F G YLG + ++ F EL + ++C EM+WIQS+++ +G AS++ L R
Sbjct: 300 STTFNGFYLGPRASATSILNQAFPELSIAEEECIEMSWIQSIVFFSGLSDGASVSDLKNR 359
Query: 324 N-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPH 382
Q FKAKSDYV + +P G+E +L +E ++L PYGG M IS FPH
Sbjct: 360 YLQEKEYFKAKSDYVKKNVPLVGIETALDILEKEPKGYVVLDPYGGMMHNISSESIAFPH 419
Query: 383 RNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNR 440
R ++F IQYL+ W + N+++ +V+W+R YA M P+VS PR AY+NY D D+GV
Sbjct: 420 RRGNLFTIQYLIYWKEADNDKSSDYVDWIRGFYAAMTPFVSWGPRAAYINYMDFDLGVME 479
Query: 441 G-------NTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
G + E A+ WG KYF SN++RL R K +DP+N F ++Q IPP+S
Sbjct: 480 GIGNGANMKDAVEHARVWGEKYFLSNYDRLVRAKTLIDPNNVFTNDQGIPPIS 532
>Glyma10g32070.1
Length = 550
Score = 380 bits (976), Expect = e-105, Method: Compositional matrix adjust.
Identities = 196/473 (41%), Positives = 289/473 (61%), Gaps = 14/473 (2%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISN--VP 84
+N RF + + KP IV P+ L +Q ++ C + +++RVR GGH YEG SY+++ P
Sbjct: 68 QNLRFAEPVIPKPIAIVLPESLEQLQKSVACCREGFMEIRVRCGGHSYEGTSYVADDGTP 127
Query: 85 FLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXX 144
F+IID+ N + +D+E E+AWV+ GATLGE YYAI+ SN H F GSCPTV
Sbjct: 128 FVIIDMMNLNHVWVDMETETAWVEGGATLGETYYAISQASNEHGFSGGSCPTVGVGGHIG 187
Query: 145 XXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKV 204
RK+GLAAD+V+DA +++ +GK+ +R MGED+FWAI+GGGG +G+I +WK+
Sbjct: 188 GGGFGILSRKYGLAADNVVDALLVNADGKLFDRETMGEDVFWAIRGGGGGLWGIIYAWKI 247
Query: 205 KLVHVPPKVTIFDLPKK-LDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSV 263
K++ +P VT F + + ++V+ + KWQ +A L + +L +G + P+ K +
Sbjct: 248 KVLKLPQVVTSFTVSRTGTKRHVANLVHKWQNVAPNLEDDFYLSCFVG-AGLPQAKTKGL 306
Query: 264 IVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQR 323
+F G YLG + ++ F ELG+ ++C EM+WIQS ++ +G AS++ L R
Sbjct: 307 STTFNGFYLGPRAGAISILDHAFPELGIVEEECIEMSWIQSTVFFSGLSDGASVSDLNNR 366
Query: 324 N-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPH 382
Q FKAKSDYV + +P G+E +L +E +IL PYGG+M IS FPH
Sbjct: 367 YLQEKQYFKAKSDYVKKHVPLVGIETALDILEKEPKGYVILDPYGGKMHNISSESIAFPH 426
Query: 383 RNKSIFGIQYLVNWDK--NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGV-- 438
R ++F IQYL+ W + N++ +V+W+R YA M P+VS PR AY+NY D D+GV
Sbjct: 427 RRGNLFTIQYLIYWKEADNDKNSDYVDWIRGFYAAMTPFVSWGPRAAYVNYMDFDLGVME 486
Query: 439 ---NRGNTS--YEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
N N E A+ WG KYF SN++RL R K +DP+N F ++Q IPP+S
Sbjct: 487 RISNGANMKDVVEHARVWGEKYFLSNYDRLVRAKTLIDPNNVFTNDQGIPPIS 539
>Glyma09g03280.1
Length = 450
Score = 365 bits (937), Expect = e-101, Method: Compositional matrix adjust.
Identities = 201/468 (42%), Positives = 273/468 (58%), Gaps = 65/468 (13%)
Query: 21 VAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYI 80
V + RN RF S+ KP LIVTP + HVQAAI C+ K L ++RSGGHDYEGLSY+
Sbjct: 34 VLQAYIRNLRFNTSTTRKPFLIVTPFHVYHVQAAIVCAKKHNLLTKIRSGGHDYEGLSYV 93
Query: 81 SNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXX 140
++ PF I+D+ RSI ID+E E+AWV++GATLGE+YY I + HAFPAG CPTV
Sbjct: 94 ASQPFFILDMFKLRSIEIDMETETAWVEAGATLGEVYYRIDEKCKTHAFPAGVCPTVGVG 153
Query: 141 XXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVIT 200
RK+GL+ D+VIDAQ+ D G++L+R MGEDLFWAI GGGG+SFGV+
Sbjct: 154 GHICGGGYGNMMRKYGLSVDNVIDAQMFDEQGRLLDRKSMGEDLFWAINGGGGASFGVVI 213
Query: 201 SWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGG 260
++KVKLV VP VT+F + K L+QN ++I LFL V+ V NS ++G
Sbjct: 214 AYKVKLVRVPETVTVFRVRKTLEQNATDI-------------NLFLRLVLNVVNSTQNGT 260
Query: 261 KSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVL 320
K++ +F L+LG +++L+ L+ F +LGL++ DC E +W+ SVL+ I A + VL
Sbjct: 261 KTIRATFVALFLGDSKSLVSLLIDKFPQLGLKQSDCIETSWLGSVLFWTNINITAPVEVL 320
Query: 321 LQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETP 379
L R Q+ K KSDY + + +S YGGRM++I +ETP
Sbjct: 321 LNRQPQSVNYLKRKSDY--------------DIQFQFNS-------YGGRMAKIPLTETP 359
Query: 380 FPHRNKSIFGIQYLVNWDK-NEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGV 438
FPHR +++ IQYL NW+K +E H Y+N
Sbjct: 360 FPHRAANLWKIQYLANWNKPGKEVADH----------------------YINLTR----T 393
Query: 439 NRGNTSYEEAKCWGLK---YFKSNFERLARVKAQVDPSNFFRHEQSIP 483
++G +S W LK YFK NF RL ++K +VDP NFFR+EQSIP
Sbjct: 394 SQGLSSIIGTLIWELKTAMYFKDNFNRLVQIKTKVDPHNFFRNEQSIP 441
>Glyma15g14080.1
Length = 477
Score = 348 bits (892), Expect = 9e-96, Method: Compositional matrix adjust.
Identities = 188/452 (41%), Positives = 257/452 (56%), Gaps = 50/452 (11%)
Query: 38 KPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFLIIDLSNFRSIS 97
KP LIVT + SHVQA + C+ +Q+R+RSGGHDYEGLSY+S PF+++D+ N I+
Sbjct: 70 KPLLIVTVLQESHVQATVICAKSTNVQLRIRSGGHDYEGLSYVSQNPFILLDMFNLHRIT 129
Query: 98 IDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXXXXXXXXRKHGL 157
+D+++E A Q+ ATLGE+YY I + S VH FPA CP V RK+GL
Sbjct: 130 VDVKNEVAMGQASATLGEVYYRIWDSSKVHGFPASVCPIVAVGGHISGGGYGNMLRKYGL 189
Query: 158 AADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKLVHVPPKVTIFD 217
+ D+VIDAQI+DV G +LNR MG+DLFWAI+GG +SFGV+ + +K+V VP VT F
Sbjct: 190 SVDNVIDAQIVDVKGNLLNRQTMGDDLFWAIRGGRVASFGVVVLFTIKIVPVPETVTFFR 249
Query: 218 LPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVSFTGLYLGIAEN 277
+ K L++N + +L H V+ L A
Sbjct: 250 VDKTLEENAT---------------DLAFHE----------------VTIGALRENQANE 278
Query: 278 LLPLMQSNFAELGLRRDDCTEMNWIQSVLYL---AGYPINASLNVLLQRNQTFGSFKAKS 334
+LP+++ F LGL++ +CTE +WI SV + G A LL R + +
Sbjct: 279 VLPILEKEFPLLGLKKVNCTEAHWIDSVAWFNDDQGSKNGAKPETLLVRQLNYNA----- 333
Query: 335 DYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPHRNKSIFGIQYLV 394
PR GLE +WK ++E L+ PY G+M++I TPFPHR ++F +Y V
Sbjct: 334 ------NPREGLEIIWKKMIELGEMGLVFNPYRGKMAQIPSDATPFPHRKGNLFKARYSV 387
Query: 395 NWDKNEETKMH--VEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNR-GNTSYEEAKCW 451
+W + R L++ M PYVSKNPR A+LNYRDLDIGVN G S++E +
Sbjct: 388 SWKDPSPAAAQNFLNQTRELHSCMTPYVSKNPRSAFLNYRDLDIGVNSFGKNSFQEV--Y 445
Query: 452 GLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
G KYF N +RL +VK VDP NFFR+EQSIP
Sbjct: 446 GAKYFNDNLQRLVKVKTAVDPENFFRNEQSIP 477
>Glyma15g14090.1
Length = 532
Score = 323 bits (828), Expect = 2e-88, Method: Compositional matrix adjust.
Identities = 196/497 (39%), Positives = 266/497 (53%), Gaps = 66/497 (13%)
Query: 20 FVAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSY 79
FV + RN RF K LIVTPQ SHVQA + C+ ++ R+ S
Sbjct: 63 FVTQNYIRNARFNTPLTQKLLLIVTPQVESHVQATVICAKSAMIKRVSRTSPRHPLSSST 122
Query: 80 ISNV--------------PFLIIDLSNFRS----------ISIDIEDESAWVQSGATLGE 115
S + + + F S I +++++E A VQ+GATLGE
Sbjct: 123 CSTIMEVKKNKQEQQQQMQQKTMSYTEFCSKSQPNINLGGIIVNVKNEVAMVQAGATLGE 182
Query: 116 LYYAIANQSNVHAFPAGSCPTVXXXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKIL 175
+YY I +S V FPAG CPTV RKHGL+ D+VIDAQI+DV G +L
Sbjct: 183 VYYRIWEKSKVLGFPAGVCPTVDVGGHISGGGYDNMLRKHGLSVDNVIDAQIVDVKGNLL 242
Query: 176 NRNLMGEDLFWAIKGGGGSSFGVITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQT 235
NR MGEDLFWAI+GGGG+SFGVI S+ KLV VP + WQ
Sbjct: 243 NRKTMGEDLFWAIRGGGGASFGVILSFTFKLVPVP--------------------KTWQQ 282
Query: 236 IAHKLPGELFLHSVMG-VSNSPKHGGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRD 294
+A LF+ ++ VS+ GG ++ S L+LG A ++P++ F LGLR++
Sbjct: 283 VAPTTDERLFMRLLLQPVSSKVVKGGNTIRASVVALFLGGANEVVPILAKQFPLLGLRKE 342
Query: 295 DCTEMNWIQSVLYL---AGYPINASLNVLLQRNQTFGSF-KAKSDYVNEPIPRAGLEGLW 350
+CTE++W+ SVL+ A LL R+ F K KSDYV + IPR GLE +W
Sbjct: 343 NCTEVSWMDSVLWWDDDKSLKNGAKPETLLDRHANTADFLKRKSDYVQKAIPREGLEFIW 402
Query: 351 KMLLEEDSPLLILTPYGGRMSEISESETPFPHRNKSIFGIQYLVNWDKNE--ETKMHVEW 408
K ++E L+ PYG +M++ ++F +QY V W + +
Sbjct: 403 KRMIELGKTGLVFNPYGRKMAQ------------GNLFKVQYSVTWKDPSLAAAQNFLNQ 450
Query: 409 MRRLYAYMKPYVSKNPRGAYLNYRDLDIGVN--RGNTSYEEAKCWGLKYFKSNFERLARV 466
R+LY+YM P+VSKNPR A+LNYRDLDIGVN R N S++E + +G KYF NF+RL +V
Sbjct: 451 ARKLYSYMTPFVSKNPRSAFLNYRDLDIGVNNFRKN-SFQEGEVYGAKYFNGNFQRLIKV 509
Query: 467 KAQVDPSNFFRHEQSIP 483
K VD +NFFR+EQSIP
Sbjct: 510 KTVVDSTNFFRNEQSIP 526
>Glyma15g16440.1
Length = 441
Score = 311 bits (796), Expect = 1e-84, Method: Compositional matrix adjust.
Identities = 182/461 (39%), Positives = 276/461 (59%), Gaps = 50/461 (10%)
Query: 27 RNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFL 86
RN RF S+ KP LIVT +SHVQA++ C+ + L +++RSGGH YEG+SY++ PF
Sbjct: 27 RNLRFNTSTTQKPFLIVTAFHVSHVQASVICAKRHDLLMKIRSGGHGYEGVSYVAAQPFF 86
Query: 87 IIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXX 146
++D+ N RSI ++++ E+AWV++GATLGE+YY IA +S VH FPAG PTV
Sbjct: 87 LLDMFNLRSIEVNMDTETAWVEAGATLGEVYYRIAEKSEVHGFPAGVGPTVGVGGRISGG 146
Query: 147 XXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKL 206
RK+G + D+V+DAQ++DV G++LNR+ MGEDLFWAI+GGGG SFGV+ +K+KL
Sbjct: 147 GYGNLMRKYGTSVDNVVDAQVVDVQGRLLNRSSMGEDLFWAIRGGGGGSFGVVLVYKIKL 206
Query: 207 VHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVS 266
V VP + T+F + + L+Q+ + I + K+ K+V +
Sbjct: 207 VRVPERATVFQVERTLEQDATNIVYNGLILEVKII-------------------KTVRAT 247
Query: 267 FTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQ- 325
F L+L ++ L+ + +C E +W+QSVL+ I + +LL+R
Sbjct: 248 FIALFLSDSKTLVS------------QSECIETSWLQSVLFWYNMDIATPVEILLERQPW 295
Query: 326 TFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPHRNK 385
+ K KSDY ++E + ++ PYGGRM+E +ET FPHR
Sbjct: 296 SLKYLKRKSDY---------------KMIELEKAVMYFNPYGGRMAENPSTETAFPHRAG 340
Query: 386 SIFGIQYLVN-WDKNEE-TKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNRGNT 443
+++ IQY + ++ +E K ++ +R L+ YM P+VS+N R A++ Y+DLD+G+N N
Sbjct: 341 NLWMIQYKADRYETGQEVAKYYINLVRDLHKYMTPFVSQNLRQAFMCYKDLDLGINHHNV 400
Query: 444 -SYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIP 483
Y E +G++YF NF+RL ++K +VDP+NFFR EQSIP
Sbjct: 401 YGYFEGSSYGVQYFHDNFKRLVQIKTRVDPANFFRTEQSIP 441
>Glyma07g30940.1
Length = 463
Score = 310 bits (795), Expect = 2e-84, Method: Compositional matrix adjust.
Identities = 182/430 (42%), Positives = 252/430 (58%), Gaps = 35/430 (8%)
Query: 16 MTIDFVAERLTRNTRFLDSSVLKPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYE 75
+T ++A+ T N RF + KP IVT + SHVQ + C+ G+Q+R+RSGGHD E
Sbjct: 53 LTFIYIAQTHTHNHRFYAPTAPKPLAIVTALDESHVQGTVVCAKSNGIQIRIRSGGHDCE 112
Query: 76 GLSYISNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCP 135
GLSY+S+VPF+++D+ +F S+ +DIE+ + WV++GAT+GE+YY A +S VHAFP G CP
Sbjct: 113 GLSYVSDVPFVVLDMFHFGSVDVDIENGTEWVETGATIGEVYYHTAERSGVHAFPGGVCP 172
Query: 136 TVXXXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSS 195
TV D++IDA+++DVNG IL+R MGED FWAI+GGGG S
Sbjct: 173 TVGAGGHFLVVAMEIS------CVDNIIDARLVDVNGNILDRKSMGEDQFWAIRGGGGGS 226
Query: 196 FGVITSWKVKLVHVPPKVTIFDLPK--KLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVS 253
FGVI SWK+K V V PKVT+F + + +L+ + KWQ IA KL +LF+ + V
Sbjct: 227 FGVIHSWKIKFVFVTPKVTVFKVMRNLELEDGAKGLVYKWQLIATKLHEDLFIRVMHDVV 286
Query: 254 NSPKHGGKSVI-VSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYP 312
+ ++ K I V+F GL+LG + L + S L + + +I S+ L G P
Sbjct: 287 DGTQNANKKTIQVTFIGLFLG--QVFLNWVWSKVTAL---KCHGSTPPFIGSITQL-GPP 340
Query: 313 INASLNVLLQRNQTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSE 372
+ L+V + SFK SDYV PI L+ W PYGG+M E
Sbjct: 341 L---LDV--PKEPLSHSFKTMSDYVKRPIRETALKMEWN-------------PYGGKMHE 382
Query: 373 ISESETPFPHRNKSIFGIQYLVNW--DKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLN 430
IS SETPFPHR ++F I+YL +W D + ++ R Y +M PYVS +PR A+LN
Sbjct: 383 ISPSETPFPHRAGNLFLIEYLTSWGQDGVDAGNRYLNISRSFYEFMTPYVSHSPREAFLN 442
Query: 431 YRDLDIGVNR 440
YRDLDIG N
Sbjct: 443 YRDLDIGANH 452
>Glyma09g03110.1
Length = 384
Score = 287 bits (734), Expect = 2e-77, Method: Compositional matrix adjust.
Identities = 152/390 (38%), Positives = 227/390 (58%), Gaps = 39/390 (10%)
Query: 64 QVRVRSGGHDYEGLSYISNVPFLIIDLSNFRSISIDIEDESAWVQSGATLGELYYAIANQ 123
++ RSGGH +EG SYIS+ PF+++D+ N R+I++D+++E A VQ+GATLGE+YY I +
Sbjct: 14 NIKTRSGGHGFEGRSYISDEPFIMLDMFNLRNITVDVQNEVAVVQAGATLGEVYYRIWEK 73
Query: 124 SNVHAFPAGSCPTVXXXXXXXXXXXXXXXRKHGLAADHVIDAQIIDVNGKILNRNLMGED 183
S+VH FPAG C TV RK+GL+ DH++DA+I+DV +ILN+ MGED
Sbjct: 74 SDVHGFPAGECHTVGVGGHFGGGGYGNMMRKYGLSIDHILDAKIVDVKSRILNKESMGED 133
Query: 184 LFWAIKGGGGSSFGVITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHKLPGE 243
LFWAI+GGGG+S L+ + +F + +
Sbjct: 134 LFWAIRGGGGAS--------------------------LEIQIHNLFLSFFSP------- 160
Query: 244 LFLHSVMGVSNSPKHGGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEMNWIQ 303
F H + V ++ K+V + +LG E L+ L++ LGL++++C EM+WI+
Sbjct: 161 -FNHQLHLVISNVGERNKTVRAAVMTKFLGGTEELVSLLEKELPTLGLKKENCIEMSWIE 219
Query: 304 SVLYLAGYPINASLNVLLQRNQTFGSF-KAKSDYVNEPIPRAGLEGLWKMLLEEDSPLLI 362
S ++ +P A LL R F K KSDYV PI + GLE +WK ++E +
Sbjct: 220 SAVWWDSFPNGAHPEALLGRKLNSAKFLKRKSDYVKTPISKDGLEWIWKKMIELRQTSMA 279
Query: 363 LTPYGGRMSEISESETPFPHRNKSIFGIQYLVNWDK---NEETKMHVEWMRRLYAYMKPY 419
P GRM++IS + T FPHR ++F I+Y VNW++ + E ++ +RRL++YM P+
Sbjct: 280 FNPNDGRMNKISANATAFPHRQGNLFKIEYSVNWEEPGISAEKNFTIQ-IRRLHSYMTPF 338
Query: 420 VSKNPRGAYLNYRDLDIGVNRGNTSYEEAK 449
VSKNPR A+LNYRDLDIG+N + + K
Sbjct: 339 VSKNPRRAFLNYRDLDIGINHHDNNSSTKK 368
>Glyma18g17030.1
Length = 276
Score = 271 bits (692), Expect = 1e-72, Method: Compositional matrix adjust.
Identities = 132/269 (49%), Positives = 175/269 (65%), Gaps = 3/269 (1%)
Query: 220 KKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVSFTGLYLGIAENLL 279
K L+Q S++ +WQ +A ++ LF+ ++ N G ++V S+ L+LG A LL
Sbjct: 2 KTLEQGGSKLLHRWQQVAPQIDENLFIRVIIQPGNGTVPGKRTVTTSYNALFLGGANRLL 61
Query: 280 PLMQSNFAELGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQ-RNQTFGSFKAKSDYVN 338
+M+ F ELGL R DC E +WI+SVLY+AGYP + VLLQ ++ T FKAKS++V
Sbjct: 62 QVMKHGFPELGLTRKDCVETSWIKSVLYIAGYPDGTTPEVLLQGKSTTKAYFKAKSNFVR 121
Query: 339 EPIPRAGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPHRNKSIFGIQYLVNW-D 397
E I L LWK+ L++D PL+I YGG+MS I+ES +PFPHR ++ IQ++ W D
Sbjct: 122 EVITEKSLNALWKIFLQDDGPLMIWNSYGGKMSRIAESASPFPHRKGVLYKIQHVTGWLD 181
Query: 398 KNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVN-RGNTSYEEAKCWGLKYF 456
+ H WMR+ Y YM PYVSK PR Y+NY DLDIG+N + NTS EA WG +YF
Sbjct: 182 GEKSMAKHTNWMRKFYFYMAPYVSKYPRETYVNYTDLDIGMNQKNNTSLLEASSWGYRYF 241
Query: 457 KSNFERLARVKAQVDPSNFFRHEQSIPPL 485
K NF RL +VK +VDPSNFFRHEQSIP L
Sbjct: 242 KGNFNRLVKVKTKVDPSNFFRHEQSIPLL 270
>Glyma07g30930.1
Length = 417
Score = 221 bits (563), Expect = 2e-57, Method: Compositional matrix adjust.
Identities = 154/436 (35%), Positives = 223/436 (51%), Gaps = 75/436 (17%)
Query: 49 SHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFLIIDLSNFRSISIDIEDESAWVQ 108
+HVQA + C+ +QVR+RSGGHD+EGLSY+S V ++++D+ + + +DIE AWV+
Sbjct: 53 THVQATVKCAKSNDIQVRIRSGGHDFEGLSYVSEVNYVVLDMFSLHEVDLDIESGMAWVE 112
Query: 109 SGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXXXXXXXXRKHGLAADHVIDAQII 168
+GATLGEL Y IAN+SNVHAFPAG C ++ RK+GL+ D +IDA++
Sbjct: 113 AGATLGELNYQIANKSNVHAFPAGVCSSLGTGGHFSGGGYGNLMRKYGLSVDDIIDAKL- 171
Query: 169 DVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKLVHVPPKVTIFDLPKKLDQNVSE 228
++ GEDLFWAI GGGG+SFGVI +WK+KLV VPP+ ++
Sbjct: 172 --------KSQWGEDLFWAIGGGGGASFGVIVAWKIKLVPVPPQ----------GLYATD 213
Query: 229 IFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVSFTGLYLGIAENLLPLMQSNFAE 288
+ KWQ +A L +L V N +VIVSF G +LG + L+PL+ F E
Sbjct: 214 VAYKWQLVAPNLDKDLLTRVQPNVVNG------TVIVSFIGQFLGPIKRLVPLVSEAFPE 267
Query: 289 LGLRRDDCTEMNWIQSVLYLAGYPINASLNVLLQRNQTFGSFKAKSDYVNEPIPRAGL-E 347
LGL++ DC++M WI S L+ Y + + L +LL+ + ++ Y + RA L E
Sbjct: 268 LGLKQSDCSQMPWINSTLFW--YDL-SQLALLLK--PCYQHLRSHLQYTS----RATLME 318
Query: 348 GLWKMLLEEDSPLLILTPYGGRMSEISESETPFPHRNKSIFGIQYLVNWDKNEETKMHVE 407
G W L + PL + G S S ++F + D E ++
Sbjct: 319 GEWLRYLHKQ-PLFLTGQ--GTCSSFS-----------TLFWTE-----DGAEANNRYMN 359
Query: 408 WMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNRGNTSYEEAKCWGLKYFKSNFERLARVK 467
+ R Y +M + I + N + L Y ++ VK
Sbjct: 360 YSRSFYKFMTSH----------------ILILVPNIQVIQQTSSSLSYMQAMI-----VK 398
Query: 468 AQVDPSNFFRHEQSIP 483
VDPSNFF +EQSIP
Sbjct: 399 ITVDPSNFFSYEQSIP 414
>Glyma08g08470.1
Length = 294
Score = 208 bits (530), Expect = 1e-53, Method: Compositional matrix adjust.
Identities = 109/218 (50%), Positives = 143/218 (65%), Gaps = 10/218 (4%)
Query: 38 KPNLIVTPQELSHVQAAITCSVKQGLQVRVRSGGHDYEGLSYISNVPFLIIDLSNFRSIS 97
KP +IVTP +SHVQA I CS + G+Q+R RSGGHDYEGLSY++ VPF++I+L N R I
Sbjct: 6 KPLVIVTPLVVSHVQATIICSQRHGMQIRTRSGGHDYEGLSYVAKVPFVVINLINLREIK 65
Query: 98 IDIEDESAWVQSGATLGELYYAIANQSNVHAFPAGSCPTVXXXXXXXXXXXXXXXRKHGL 157
+D+++ +AWVQ+GAT+GELYY I+ +S FPAG PT+ RK GL
Sbjct: 66 VDVKNNTAWVQAGATIGELYYKISEKSKTLGFPAGVWPTMGTGGHFSGGGYGFLMRKFGL 125
Query: 158 AADHVIDAQIIDVNGKILNRNLMGEDLFWAIKGGGGSSFGVITSWKVKLVHVPPKVTIFD 217
AAD+V DA II+ G +L+R MGEDLFW I+GGGG FG+I +WK+KLV VP VT
Sbjct: 126 AADNVFDAHIINPKGNLLDREAMGEDLFWVIRGGGGPGFGIIVAWKIKLVPVPSTVT--- 182
Query: 218 LPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNS 255
N ++I KWQ +A+KL L + VSN+
Sbjct: 183 -------NATDIIHKWQLVANKLDNGLMIRVNECVSNT 213
>Glyma02g26990.1
Length = 315
Score = 192 bits (487), Expect = 1e-48, Method: Compositional matrix adjust.
Identities = 109/300 (36%), Positives = 162/300 (54%), Gaps = 40/300 (13%)
Query: 180 MGEDLFWAIKGGGGSSFGVITSWKVKLVHVPPKVTIFDLPKKLDQNVSEIFQKWQTIAHK 239
MGEDLFWAI GGG +SF VP V +F + K L+QN ++I W A
Sbjct: 52 MGEDLFWAITGGGEASF------------VPKTVIVFRVLKTLEQNSTDIVYNWHHFAPT 99
Query: 240 LPGELFLHSVMGVSNSPKHGGKSVIVSFTGLYLGIAENLLPLMQSNFAELGLRRDDCTEM 299
+ LF+ V+ V+ ++G K++ +F L+LG +++L+ L+ F++LGL++ DC E
Sbjct: 100 INNNLFITLVLNVT---QNGIKTIRETFVALFLGDSKSLVSLLNDKFSQLGLKQSDCIET 156
Query: 300 NWIQSVLYLAGYPINASLNVLLQRN-QTFGSFKAKSDYVNEPIPRAGLEGLWKMLLEEDS 358
+W+ SVL+ I A + V L R Q+ K K YV + I + GLEG+W+ ++E
Sbjct: 157 SWLGSVLFSKNTNITALVEVFLNRQPQSVNYLKRKYHYVKKSISKEGLEGIWRKMIELVD 216
Query: 359 PLLILTPYGGRMSEISESETPFPHRNKSIFGIQYLVNWDK-NEETKMHVEWMRRLYAYMK 417
L PYGGRM++I + + FPHR +++ IQYL NW+K +E H
Sbjct: 217 TSLNFNPYGGRMAKIPSTTSHFPHRAGNLWKIQYLANWNKPGKEVANH------------ 264
Query: 418 PYVSKNPRGAYLNY-RDLDIGVNRGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFF 476
Y+N R L G SY + K +G+KYFK NF RL +++ +VDP NFF
Sbjct: 265 ----------YINLTRKLHNNNCNGKNSYAKGKVYGVKYFKDNFNRLVQIRTKVDPDNFF 314
>Glyma05g25520.1
Length = 249
Score = 129 bits (324), Expect = 8e-30, Method: Compositional matrix adjust.
Identities = 89/273 (32%), Positives = 129/273 (47%), Gaps = 56/273 (20%)
Query: 216 FDLPKKLDQNVSEIFQKWQTIAHKLPGELFLHSVMGVSNSPKHGGKSVIVSFTGLYLGIA 275
F K L + S + +WQ +A K+ LF+ +++ F L+LG A
Sbjct: 24 FRNEKTLKKGASGLVYQWQYVADKIHDGLFI--------------RTIRAKFHVLFLGNA 69
Query: 276 ENLLPLMQSNFAELGLRRDDCTEMNWIQSVLYLA---GYPINASLNVLLQRNQTFGSFKA 332
+ LL +M + +LGL + C ++ + + G + +LQ+ K
Sbjct: 70 QELLYVMNQSSPQLGLVAEQCIKIGSNRCCFRITIQWGLRLMFCFKGMLQKENFL---KK 126
Query: 333 KSDYVNEPIPRAGLEGLWKMLLEEDS----PLLILTPYGGRMSEISESETPFPHRNKSIF 388
KSD V +E+D PYGG+M EISE ETPFPHR +I+
Sbjct: 127 KSDDVQ--------------YMEDDDETRKACFHFNPYGGKMGEISEFETPFPHRAGNIY 172
Query: 389 GIQYLVNWDKNEETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNR-GNTSYEE 447
IQY V+W++ E V+ +YLN RD+DIGV+ GN +Y +
Sbjct: 173 EIQYSVSWNEEGED-----------------VANQYLSSYLNCRDVDIGVDGPGNATYAQ 215
Query: 448 AKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQ 480
A WG KYF NF+ L +VK +VDPSNFFR+EQ
Sbjct: 216 ASVWGRKYFNRNFDSLVQVKTKVDPSNFFRYEQ 248
>Glyma06g47990.1
Length = 151
Score = 112 bits (281), Expect = 7e-25, Method: Compositional matrix adjust.
Identities = 55/107 (51%), Positives = 73/107 (68%), Gaps = 6/107 (5%)
Query: 377 ETPFPHRNKSIFGIQYLVNWDKN--EETKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDL 434
E RN +++ IQY+V W N EETK H++W +R+Y YM PYVSK+PR AY NY+DL
Sbjct: 47 ENASRRRNGNLYNIQYVVKWKLNSKEETKRHLQWAKRVYRYMTPYVSKSPRDAYFNYKDL 106
Query: 435 DIGVNR-GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQ 480
D+G N+ NTSY +A WG K NF RLA++K + DP FF++EQ
Sbjct: 107 DLGKNKHHNTSYSKASVWGN---KGNFRRLAQIKTKFDPQIFFKNEQ 150
>Glyma05g28740.1
Length = 221
Score = 112 bits (279), Expect = 1e-24, Method: Compositional matrix adjust.
Identities = 60/118 (50%), Positives = 75/118 (63%), Gaps = 17/118 (14%)
Query: 372 EISESETPFPHRNKSIFGIQYLVNWDKNEE--TKMHVEWMRRLYAYMKPYVSKNPRGAYL 429
+ISE ETPFP R +I+ IQY V W + E +++ +RRLY YM PYV
Sbjct: 110 KISEVETPFPPRAGNIYKIQYSVTWKEEGEDVANRYLDRIRRLYDYMTPYV--------- 160
Query: 430 NYRDLDIGVN-RGNTSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFRHEQSIPPLS 486
DIGVN GN ++ EA+ WG KYFK NF+RL VK +VDPSNFFR+EQSIP L+
Sbjct: 161 -----DIGVNGPGNANHAEARVWGKKYFKRNFDRLVEVKTKVDPSNFFRYEQSIPSLA 213
>Glyma06g38070.1
Length = 381
Score = 93.2 bits (230), Expect = 6e-19, Method: Compositional matrix adjust.
Identities = 42/80 (52%), Positives = 59/80 (73%), Gaps = 4/80 (5%)
Query: 59 VKQGLQVRVRSGGHDYEGLSYISNV--PFLIIDLSNFRSISIDIEDESAWVQSGATLGEL 116
+K G+ +R+RSGGHDYEGLSY+S V PF+I+DLS ++++DIED +AW+Q GAT+GE+
Sbjct: 51 LKLGIHLRIRSGGHDYEGLSYVSEVETPFIIVDLSKLHAVNVDIEDNTAWIQVGATIGEV 110
Query: 117 YYAIANQSNVHAFPA--GSC 134
YY I +S + A G C
Sbjct: 111 YYKIYEKSLFRCWRAHHGRC 130
>Glyma16g21120.1
Length = 199
Score = 89.0 bits (219), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 40/74 (54%), Positives = 52/74 (70%), Gaps = 3/74 (4%)
Query: 410 RRLYAYMKPYVSKNPRGAYLNYRDLDIGVNRGNTSYEEAKCWGLKYFKSNFERLARVKAQ 469
R+L+ YM P+VSKNPR A+ NYRDLD+G N + + +G+KYFK NF RL ++K +
Sbjct: 128 RKLHKYMTPFVSKNPRRAFFNYRDLDLGSINCNA---KGRVYGVKYFKDNFNRLVQIKTK 184
Query: 470 VDPSNFFRHEQSIP 483
VDP NFF QSIP
Sbjct: 185 VDPDNFFITAQSIP 198
>Glyma03g22870.1
Length = 66
Score = 80.9 bits (198), Expect = 3e-15, Method: Composition-based stats.
Identities = 37/66 (56%), Positives = 46/66 (69%), Gaps = 2/66 (3%)
Query: 416 MKPYVSKNPRGAYLNYRDLDIGVNR--GNTSYEEAKCWGLKYFKSNFERLARVKAQVDPS 473
M P+VSKNPRGA+ NYRDLD N G SY + K +G+KYFK+NF RL ++K +VD
Sbjct: 1 MTPFVSKNPRGAFFNYRDLDCRSNNYNGKNSYAKVKVYGMKYFKNNFNRLVQIKTKVDLD 60
Query: 474 NFFRHE 479
NFF E
Sbjct: 61 NFFITE 66
>Glyma03g14220.1
Length = 70
Score = 79.7 bits (195), Expect = 6e-15, Method: Composition-based stats.
Identities = 39/60 (65%), Positives = 44/60 (73%), Gaps = 2/60 (3%)
Query: 420 VSKNPRGAYLNYRDLDIGVNRGN--TSYEEAKCWGLKYFKSNFERLARVKAQVDPSNFFR 477
VSK+ R YLNYRDLDI VN N TSY A WGLKYFK+NF RL +VK +V+P NFFR
Sbjct: 1 VSKSHRATYLNYRDLDIEVNNNNGYTSYNHANIWGLKYFKNNFNRLEKVKTKVNPLNFFR 60
>Glyma08g08560.1
Length = 60
Score = 72.4 bits (176), Expect = 1e-12, Method: Composition-based stats.
Identities = 30/52 (57%), Positives = 40/52 (76%), Gaps = 1/52 (1%)
Query: 424 PRGAYLNYRDLDIGVNRGN-TSYEEAKCWGLKYFKSNFERLARVKAQVDPSN 474
PRG Y+NYRDLD+G+N N TSY +A W +YFK+NF+RL ++K +VDP N
Sbjct: 5 PRGQYVNYRDLDLGINTQNSTSYIQASAWSYRYFKNNFDRLVKIKTKVDPQN 56
>Glyma09g03140.1
Length = 182
Score = 64.7 bits (156), Expect = 2e-10, Method: Compositional matrix adjust.
Identities = 40/142 (28%), Positives = 59/142 (41%), Gaps = 48/142 (33%)
Query: 344 AGLEGLWKMLLEEDSPLLILTPYGGRMSEISESETPFPHRNKSIFGIQYLVNW--DKNEE 401
+G++ + +++ L+ PYGG+M+EI PHR +F IQY VNW
Sbjct: 81 SGVKAMITRMIKLGKTRLVFNPYGGKMAEI-------PHRKGKLFKIQYTVNWVDPSPCA 133
Query: 402 TKMHVEWMRRLYAYMKPYVSKNPRGAYLNYRDLDIGVNRGNTSYEEAKCWGLKYFKSNFE 461
K R+LY+YM P++ F+
Sbjct: 134 AKNFTNQARKLYSYMAPFL---------------------------------------FQ 154
Query: 462 RLARVKAQVDPSNFFRHEQSIP 483
RL +VK VDP FFR EQ++P
Sbjct: 155 RLVKVKTAVDPGKFFRSEQNVP 176