Miyakogusa Predicted Gene
- Lj4g3v1562770.1
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= Lj4g3v1562770.1 tr|F4QCB8|F4QCB8_DICFS Inositol 5-phosphatase 2
OS=Dictyostelium fasciculatum (strain SH3)
GN=DFA_12,22.9,3e-18,seg,NULL; no description,Armadillo-like helical;
FAMILY NOT NAMED,NULL; HEAT,HEAT; Cohesin_HEAT,HEAT,CUFF.49421.1
(537 letters)
Database: Glyma1.pep
75,778 sequences; 25,431,882 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
Glyma05g01680.5 748 0.0
Glyma05g01680.4 748 0.0
Glyma05g01680.3 748 0.0
Glyma05g01680.2 748 0.0
Glyma05g01680.1 748 0.0
Glyma06g19940.2 678 0.0
Glyma06g19940.1 678 0.0
Glyma04g34790.1 670 0.0
Glyma17g10200.1 642 0.0
Glyma04g34790.2 578 e-165
Glyma01g04500.1 409 e-114
Glyma02g03050.1 388 e-107
Glyma05g21830.1 213 4e-55
Glyma01g00420.1 202 9e-52
Glyma18g11930.1 191 2e-48
Glyma02g25230.1 188 1e-47
Glyma18g10780.1 70 5e-12
Glyma09g20780.1 63 1e-09
>Glyma05g01680.5
Length = 611
Score = 748 bits (1932), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 393/557 (70%), Positives = 442/557 (79%), Gaps = 36/557 (6%)
Query: 2 STPQTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPV 61
S+PQ IKQRV CLTKLSDRDT SLA AELESIARNLDA T+PAFLSC+YSTDA+DK PV
Sbjct: 3 SSPQNIKQRVFTCLTKLSDRDTQSLAAAELESIARNLDATTLPAFLSCMYSTDASDKPPV 62
Query: 62 RKQCVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQP 121
RKQCV L+ FL++ HGN L+P+LSKIL S++RRLRD DSSVRSACV+S++ALS HV+KQP
Sbjct: 63 RKQCVHLLGFLAQTHGNMLAPYLSKILGSVVRRLRDVDSSVRSACVNSIAALSGHVSKQP 122
Query: 122 FASFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFR 181
SFLKPLAEALFTEQDQN IDGAPDPDPA+L KLLPRFEKLLKRDGF+
Sbjct: 123 LNSFLKPLAEALFTEQDQNAQASAALCLASAIDGAPDPDPARLAKLLPRFEKLLKRDGFK 182
Query: 182 AKPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREF 241
AKPALLTL+GS+V AGGASG A LK+L+PCLVE+LS++DWA RKA+AE LVV+A VER+F
Sbjct: 183 AKPALLTLVGSVVAAGGASGHAQLKSLVPCLVEALSNDDWATRKAAAETLVVVADVERDF 242
Query: 242 LSEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSD 301
LSEFK EC++VFENRRFDKVKLVR+VMNQMLE+WK +PDVSDE+ K N SD
Sbjct: 243 LSEFKGECVRVFENRRFDKVKLVRDVMNQMLEAWKLVPDVSDEVSPPPKSQSSSKENASD 302
Query: 302 GHGRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVAS 361
GRYP VSQNSCSP +MANLR+KS SRFSP DSSSASNAK+T SSNKRMSS
Sbjct: 303 --GRYPQVSQNSCSPRSMMANLRRKSTPFSRFSPADSSSASNAKNTSASSSNKRMSSSV- 359
Query: 362 SRKLNHKNWDAQIFQSNTPSAAMADQGDLQ------------GKSRIFKPEVKRAL---- 405
SRKLNHKNWDAQI A+ADQGDLQ KS + KPE KRAL
Sbjct: 360 SRKLNHKNWDAQI--------AVADQGDLQERDGIVSERSKMDKSGVSKPETKRALLNKS 411
Query: 406 ------KYGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQ 459
KYGGSKAGSRVVPY E+ E+QD+V VS VSKDL RNDKESEDLSLIRDQL Q
Sbjct: 412 SEDKIQKYGGSKAGSRVVPYQED--ESQDSVPVSI-VSKDLQRNDKESEDLSLIRDQLHQ 468
Query: 460 IEKQQSYLVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHT 519
IE QQS L+DLLQKF+GSSQNGM SLETRVHGLEL+LDEISYDLA+SSGRMT D +T
Sbjct: 469 IENQQSSLLDLLQKFMGSSQNGMRSLETRVHGLELALDEISYDLAISSGRMTKPDPHGNT 528
Query: 520 CCLPPGADFLSSKFWRR 536
CC+ PGA+FLSSKFWR+
Sbjct: 529 CCMLPGAEFLSSKFWRK 545
>Glyma05g01680.4
Length = 611
Score = 748 bits (1932), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 393/557 (70%), Positives = 442/557 (79%), Gaps = 36/557 (6%)
Query: 2 STPQTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPV 61
S+PQ IKQRV CLTKLSDRDT SLA AELESIARNLDA T+PAFLSC+YSTDA+DK PV
Sbjct: 3 SSPQNIKQRVFTCLTKLSDRDTQSLAAAELESIARNLDATTLPAFLSCMYSTDASDKPPV 62
Query: 62 RKQCVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQP 121
RKQCV L+ FL++ HGN L+P+LSKIL S++RRLRD DSSVRSACV+S++ALS HV+KQP
Sbjct: 63 RKQCVHLLGFLAQTHGNMLAPYLSKILGSVVRRLRDVDSSVRSACVNSIAALSGHVSKQP 122
Query: 122 FASFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFR 181
SFLKPLAEALFTEQDQN IDGAPDPDPA+L KLLPRFEKLLKRDGF+
Sbjct: 123 LNSFLKPLAEALFTEQDQNAQASAALCLASAIDGAPDPDPARLAKLLPRFEKLLKRDGFK 182
Query: 182 AKPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREF 241
AKPALLTL+GS+V AGGASG A LK+L+PCLVE+LS++DWA RKA+AE LVV+A VER+F
Sbjct: 183 AKPALLTLVGSVVAAGGASGHAQLKSLVPCLVEALSNDDWATRKAAAETLVVVADVERDF 242
Query: 242 LSEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSD 301
LSEFK EC++VFENRRFDKVKLVR+VMNQMLE+WK +PDVSDE+ K N SD
Sbjct: 243 LSEFKGECVRVFENRRFDKVKLVRDVMNQMLEAWKLVPDVSDEVSPPPKSQSSSKENASD 302
Query: 302 GHGRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVAS 361
GRYP VSQNSCSP +MANLR+KS SRFSP DSSSASNAK+T SSNKRMSS
Sbjct: 303 --GRYPQVSQNSCSPRSMMANLRRKSTPFSRFSPADSSSASNAKNTSASSSNKRMSSSV- 359
Query: 362 SRKLNHKNWDAQIFQSNTPSAAMADQGDLQ------------GKSRIFKPEVKRAL---- 405
SRKLNHKNWDAQI A+ADQGDLQ KS + KPE KRAL
Sbjct: 360 SRKLNHKNWDAQI--------AVADQGDLQERDGIVSERSKMDKSGVSKPETKRALLNKS 411
Query: 406 ------KYGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQ 459
KYGGSKAGSRVVPY E+ E+QD+V VS VSKDL RNDKESEDLSLIRDQL Q
Sbjct: 412 SEDKIQKYGGSKAGSRVVPYQED--ESQDSVPVSI-VSKDLQRNDKESEDLSLIRDQLHQ 468
Query: 460 IEKQQSYLVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHT 519
IE QQS L+DLLQKF+GSSQNGM SLETRVHGLEL+LDEISYDLA+SSGRMT D +T
Sbjct: 469 IENQQSSLLDLLQKFMGSSQNGMRSLETRVHGLELALDEISYDLAISSGRMTKPDPHGNT 528
Query: 520 CCLPPGADFLSSKFWRR 536
CC+ PGA+FLSSKFWR+
Sbjct: 529 CCMLPGAEFLSSKFWRK 545
>Glyma05g01680.3
Length = 611
Score = 748 bits (1932), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 393/557 (70%), Positives = 442/557 (79%), Gaps = 36/557 (6%)
Query: 2 STPQTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPV 61
S+PQ IKQRV CLTKLSDRDT SLA AELESIARNLDA T+PAFLSC+YSTDA+DK PV
Sbjct: 3 SSPQNIKQRVFTCLTKLSDRDTQSLAAAELESIARNLDATTLPAFLSCMYSTDASDKPPV 62
Query: 62 RKQCVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQP 121
RKQCV L+ FL++ HGN L+P+LSKIL S++RRLRD DSSVRSACV+S++ALS HV+KQP
Sbjct: 63 RKQCVHLLGFLAQTHGNMLAPYLSKILGSVVRRLRDVDSSVRSACVNSIAALSGHVSKQP 122
Query: 122 FASFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFR 181
SFLKPLAEALFTEQDQN IDGAPDPDPA+L KLLPRFEKLLKRDGF+
Sbjct: 123 LNSFLKPLAEALFTEQDQNAQASAALCLASAIDGAPDPDPARLAKLLPRFEKLLKRDGFK 182
Query: 182 AKPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREF 241
AKPALLTL+GS+V AGGASG A LK+L+PCLVE+LS++DWA RKA+AE LVV+A VER+F
Sbjct: 183 AKPALLTLVGSVVAAGGASGHAQLKSLVPCLVEALSNDDWATRKAAAETLVVVADVERDF 242
Query: 242 LSEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSD 301
LSEFK EC++VFENRRFDKVKLVR+VMNQMLE+WK +PDVSDE+ K N SD
Sbjct: 243 LSEFKGECVRVFENRRFDKVKLVRDVMNQMLEAWKLVPDVSDEVSPPPKSQSSSKENASD 302
Query: 302 GHGRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVAS 361
GRYP VSQNSCSP +MANLR+KS SRFSP DSSSASNAK+T SSNKRMSS
Sbjct: 303 --GRYPQVSQNSCSPRSMMANLRRKSTPFSRFSPADSSSASNAKNTSASSSNKRMSSSV- 359
Query: 362 SRKLNHKNWDAQIFQSNTPSAAMADQGDLQ------------GKSRIFKPEVKRAL---- 405
SRKLNHKNWDAQI A+ADQGDLQ KS + KPE KRAL
Sbjct: 360 SRKLNHKNWDAQI--------AVADQGDLQERDGIVSERSKMDKSGVSKPETKRALLNKS 411
Query: 406 ------KYGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQ 459
KYGGSKAGSRVVPY E+ E+QD+V VS VSKDL RNDKESEDLSLIRDQL Q
Sbjct: 412 SEDKIQKYGGSKAGSRVVPYQED--ESQDSVPVSI-VSKDLQRNDKESEDLSLIRDQLHQ 468
Query: 460 IEKQQSYLVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHT 519
IE QQS L+DLLQKF+GSSQNGM SLETRVHGLEL+LDEISYDLA+SSGRMT D +T
Sbjct: 469 IENQQSSLLDLLQKFMGSSQNGMRSLETRVHGLELALDEISYDLAISSGRMTKPDPHGNT 528
Query: 520 CCLPPGADFLSSKFWRR 536
CC+ PGA+FLSSKFWR+
Sbjct: 529 CCMLPGAEFLSSKFWRK 545
>Glyma05g01680.2
Length = 611
Score = 748 bits (1932), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 393/557 (70%), Positives = 442/557 (79%), Gaps = 36/557 (6%)
Query: 2 STPQTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPV 61
S+PQ IKQRV CLTKLSDRDT SLA AELESIARNLDA T+PAFLSC+YSTDA+DK PV
Sbjct: 3 SSPQNIKQRVFTCLTKLSDRDTQSLAAAELESIARNLDATTLPAFLSCMYSTDASDKPPV 62
Query: 62 RKQCVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQP 121
RKQCV L+ FL++ HGN L+P+LSKIL S++RRLRD DSSVRSACV+S++ALS HV+KQP
Sbjct: 63 RKQCVHLLGFLAQTHGNMLAPYLSKILGSVVRRLRDVDSSVRSACVNSIAALSGHVSKQP 122
Query: 122 FASFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFR 181
SFLKPLAEALFTEQDQN IDGAPDPDPA+L KLLPRFEKLLKRDGF+
Sbjct: 123 LNSFLKPLAEALFTEQDQNAQASAALCLASAIDGAPDPDPARLAKLLPRFEKLLKRDGFK 182
Query: 182 AKPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREF 241
AKPALLTL+GS+V AGGASG A LK+L+PCLVE+LS++DWA RKA+AE LVV+A VER+F
Sbjct: 183 AKPALLTLVGSVVAAGGASGHAQLKSLVPCLVEALSNDDWATRKAAAETLVVVADVERDF 242
Query: 242 LSEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSD 301
LSEFK EC++VFENRRFDKVKLVR+VMNQMLE+WK +PDVSDE+ K N SD
Sbjct: 243 LSEFKGECVRVFENRRFDKVKLVRDVMNQMLEAWKLVPDVSDEVSPPPKSQSSSKENASD 302
Query: 302 GHGRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVAS 361
GRYP VSQNSCSP +MANLR+KS SRFSP DSSSASNAK+T SSNKRMSS
Sbjct: 303 --GRYPQVSQNSCSPRSMMANLRRKSTPFSRFSPADSSSASNAKNTSASSSNKRMSSSV- 359
Query: 362 SRKLNHKNWDAQIFQSNTPSAAMADQGDLQ------------GKSRIFKPEVKRAL---- 405
SRKLNHKNWDAQI A+ADQGDLQ KS + KPE KRAL
Sbjct: 360 SRKLNHKNWDAQI--------AVADQGDLQERDGIVSERSKMDKSGVSKPETKRALLNKS 411
Query: 406 ------KYGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQ 459
KYGGSKAGSRVVPY E+ E+QD+V VS VSKDL RNDKESEDLSLIRDQL Q
Sbjct: 412 SEDKIQKYGGSKAGSRVVPYQED--ESQDSVPVSI-VSKDLQRNDKESEDLSLIRDQLHQ 468
Query: 460 IEKQQSYLVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHT 519
IE QQS L+DLLQKF+GSSQNGM SLETRVHGLEL+LDEISYDLA+SSGRMT D +T
Sbjct: 469 IENQQSSLLDLLQKFMGSSQNGMRSLETRVHGLELALDEISYDLAISSGRMTKPDPHGNT 528
Query: 520 CCLPPGADFLSSKFWRR 536
CC+ PGA+FLSSKFWR+
Sbjct: 529 CCMLPGAEFLSSKFWRK 545
>Glyma05g01680.1
Length = 611
Score = 748 bits (1932), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 393/557 (70%), Positives = 442/557 (79%), Gaps = 36/557 (6%)
Query: 2 STPQTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPV 61
S+PQ IKQRV CLTKLSDRDT SLA AELESIARNLDA T+PAFLSC+YSTDA+DK PV
Sbjct: 3 SSPQNIKQRVFTCLTKLSDRDTQSLAAAELESIARNLDATTLPAFLSCMYSTDASDKPPV 62
Query: 62 RKQCVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQP 121
RKQCV L+ FL++ HGN L+P+LSKIL S++RRLRD DSSVRSACV+S++ALS HV+KQP
Sbjct: 63 RKQCVHLLGFLAQTHGNMLAPYLSKILGSVVRRLRDVDSSVRSACVNSIAALSGHVSKQP 122
Query: 122 FASFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFR 181
SFLKPLAEALFTEQDQN IDGAPDPDPA+L KLLPRFEKLLKRDGF+
Sbjct: 123 LNSFLKPLAEALFTEQDQNAQASAALCLASAIDGAPDPDPARLAKLLPRFEKLLKRDGFK 182
Query: 182 AKPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREF 241
AKPALLTL+GS+V AGGASG A LK+L+PCLVE+LS++DWA RKA+AE LVV+A VER+F
Sbjct: 183 AKPALLTLVGSVVAAGGASGHAQLKSLVPCLVEALSNDDWATRKAAAETLVVVADVERDF 242
Query: 242 LSEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSD 301
LSEFK EC++VFENRRFDKVKLVR+VMNQMLE+WK +PDVSDE+ K N SD
Sbjct: 243 LSEFKGECVRVFENRRFDKVKLVRDVMNQMLEAWKLVPDVSDEVSPPPKSQSSSKENASD 302
Query: 302 GHGRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVAS 361
GRYP VSQNSCSP +MANLR+KS SRFSP DSSSASNAK+T SSNKRMSS
Sbjct: 303 --GRYPQVSQNSCSPRSMMANLRRKSTPFSRFSPADSSSASNAKNTSASSSNKRMSSSV- 359
Query: 362 SRKLNHKNWDAQIFQSNTPSAAMADQGDLQ------------GKSRIFKPEVKRAL---- 405
SRKLNHKNWDAQI A+ADQGDLQ KS + KPE KRAL
Sbjct: 360 SRKLNHKNWDAQI--------AVADQGDLQERDGIVSERSKMDKSGVSKPETKRALLNKS 411
Query: 406 ------KYGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQ 459
KYGGSKAGSRVVPY E+ E+QD+V VS VSKDL RNDKESEDLSLIRDQL Q
Sbjct: 412 SEDKIQKYGGSKAGSRVVPYQED--ESQDSVPVSI-VSKDLQRNDKESEDLSLIRDQLHQ 468
Query: 460 IEKQQSYLVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHT 519
IE QQS L+DLLQKF+GSSQNGM SLETRVHGLEL+LDEISYDLA+SSGRMT D +T
Sbjct: 469 IENQQSSLLDLLQKFMGSSQNGMRSLETRVHGLELALDEISYDLAISSGRMTKPDPHGNT 528
Query: 520 CCLPPGADFLSSKFWRR 536
CC+ PGA+FLSSKFWR+
Sbjct: 529 CCMLPGAEFLSSKFWRK 545
>Glyma06g19940.2
Length = 623
Score = 678 bits (1749), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 351/550 (63%), Positives = 414/550 (75%), Gaps = 27/550 (4%)
Query: 5 QTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPVRKQ 64
Q IKQRVL CLTKLSDRDT + ELESIAR +D +VP FLSCI+STD++DK+PVRKQ
Sbjct: 11 QNIKQRVLTCLTKLSDRDTQAAGATELESIARTIDPHSVPVFLSCIHSTDSSDKTPVRKQ 70
Query: 65 CVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPFAS 124
CV LVA LS AHG+ALSPFLSKI+A ++RRLRDPDSSVR+AC DSV ALS VT+QPFA+
Sbjct: 71 CVHLVATLSHAHGDALSPFLSKIIACLVRRLRDPDSSVRAACADSVGALSACVTRQPFAA 130
Query: 125 -FLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFRAK 183
FLKPLAEALFTEQD + ++ APDPDPA+L +LLPR E+L+K FRAK
Sbjct: 131 AFLKPLAEALFTEQDPSSQAGAALCLASAVEAAPDPDPARLARLLPRLERLIKSKVFRAK 190
Query: 184 PALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREFLS 243
PALL L+GS+VEA GAS LKNL+PCLVE+L S DWA RK +AEAL LA+VE++ L
Sbjct: 191 PALLVLVGSVVEARGASSGVALKNLVPCLVEALGSEDWATRKGAAEALKKLASVEKDLLP 250
Query: 244 EFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSDGH 303
EFK CLKVFENRRFDKVKLVREVMN+MLE+WKQIPDVSDE K N SD
Sbjct: 251 EFKGGCLKVFENRRFDKVKLVREVMNEMLEAWKQIPDVSDEFSPPPQSQLSSKENASD-- 308
Query: 304 GRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVASSR 363
GRYPPVSQNSCSPG VM+ LRKKS+ VS+ +P D+S+ NAK + + S RMSS +
Sbjct: 309 GRYPPVSQNSCSPGSVMSKLRKKSSQVSKSTPPDTSAVRNAKRSAL--SGDRMSS-GVLQ 365
Query: 364 KLNHKNWDAQIFQSNTPSAAMADQGD-------LQGKSRIFKPEVKRAL----------K 406
KLNH +WD +I SN Q D + +SR FKPE KRAL K
Sbjct: 366 KLNHNHWDVRIAVSNVSDCGERQQKDEDVLERRKKDRSRFFKPETKRALFDKNSDDKMHK 425
Query: 407 YGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQIEKQQSY 466
+GGSKAGSRVVP EESQ++ D V +V+KDL+RNDKESE+LSLIR QL+QIEKQQS
Sbjct: 426 FGGSKAGSRVVPCSEESQDS-DPVC---NVTKDLHRNDKESEELSLIRAQLVQIEKQQSS 481
Query: 467 LVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHTCCLPPGA 526
L+DL+QKF+GSS+NGM +LETRVHGLEL+LDEISYDLAVSSGR+T DAP HTCC+ PGA
Sbjct: 482 LLDLVQKFMGSSENGMRTLETRVHGLELALDEISYDLAVSSGRITKFDAPKHTCCMLPGA 541
Query: 527 DFLSSKFWRR 536
+FLSSKFW++
Sbjct: 542 EFLSSKFWKK 551
>Glyma06g19940.1
Length = 623
Score = 678 bits (1749), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 351/550 (63%), Positives = 414/550 (75%), Gaps = 27/550 (4%)
Query: 5 QTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPVRKQ 64
Q IKQRVL CLTKLSDRDT + ELESIAR +D +VP FLSCI+STD++DK+PVRKQ
Sbjct: 11 QNIKQRVLTCLTKLSDRDTQAAGATELESIARTIDPHSVPVFLSCIHSTDSSDKTPVRKQ 70
Query: 65 CVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPFAS 124
CV LVA LS AHG+ALSPFLSKI+A ++RRLRDPDSSVR+AC DSV ALS VT+QPFA+
Sbjct: 71 CVHLVATLSHAHGDALSPFLSKIIACLVRRLRDPDSSVRAACADSVGALSACVTRQPFAA 130
Query: 125 -FLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFRAK 183
FLKPLAEALFTEQD + ++ APDPDPA+L +LLPR E+L+K FRAK
Sbjct: 131 AFLKPLAEALFTEQDPSSQAGAALCLASAVEAAPDPDPARLARLLPRLERLIKSKVFRAK 190
Query: 184 PALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREFLS 243
PALL L+GS+VEA GAS LKNL+PCLVE+L S DWA RK +AEAL LA+VE++ L
Sbjct: 191 PALLVLVGSVVEARGASSGVALKNLVPCLVEALGSEDWATRKGAAEALKKLASVEKDLLP 250
Query: 244 EFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSDGH 303
EFK CLKVFENRRFDKVKLVREVMN+MLE+WKQIPDVSDE K N SD
Sbjct: 251 EFKGGCLKVFENRRFDKVKLVREVMNEMLEAWKQIPDVSDEFSPPPQSQLSSKENASD-- 308
Query: 304 GRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVASSR 363
GRYPPVSQNSCSPG VM+ LRKKS+ VS+ +P D+S+ NAK + + S RMSS +
Sbjct: 309 GRYPPVSQNSCSPGSVMSKLRKKSSQVSKSTPPDTSAVRNAKRSAL--SGDRMSS-GVLQ 365
Query: 364 KLNHKNWDAQIFQSNTPSAAMADQGD-------LQGKSRIFKPEVKRAL----------K 406
KLNH +WD +I SN Q D + +SR FKPE KRAL K
Sbjct: 366 KLNHNHWDVRIAVSNVSDCGERQQKDEDVLERRKKDRSRFFKPETKRALFDKNSDDKMHK 425
Query: 407 YGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQIEKQQSY 466
+GGSKAGSRVVP EESQ++ D V +V+KDL+RNDKESE+LSLIR QL+QIEKQQS
Sbjct: 426 FGGSKAGSRVVPCSEESQDS-DPVC---NVTKDLHRNDKESEELSLIRAQLVQIEKQQSS 481
Query: 467 LVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHTCCLPPGA 526
L+DL+QKF+GSS+NGM +LETRVHGLEL+LDEISYDLAVSSGR+T DAP HTCC+ PGA
Sbjct: 482 LLDLVQKFMGSSENGMRTLETRVHGLELALDEISYDLAVSSGRITKFDAPKHTCCMLPGA 541
Query: 527 DFLSSKFWRR 536
+FLSSKFW++
Sbjct: 542 EFLSSKFWKK 551
>Glyma04g34790.1
Length = 622
Score = 670 bits (1728), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 350/550 (63%), Positives = 412/550 (74%), Gaps = 27/550 (4%)
Query: 5 QTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPVRKQ 64
Q IKQRVL CLTKLSDRDT ELESIAR LD +VP FLSCI+STDA+DK+PVRKQ
Sbjct: 10 QNIKQRVLTCLTKLSDRDTQVAGANELESIARTLDPHSVPVFLSCIHSTDASDKTPVRKQ 69
Query: 65 CVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPFAS 124
CV LVA LS AHG+ALSPFLSKILA ++RRLRDPDSS+R+AC DSV ALS VT+QPFA+
Sbjct: 70 CVHLVATLSHAHGDALSPFLSKILACLVRRLRDPDSSIRAACADSVGALSARVTRQPFAA 129
Query: 125 -FLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFRAK 183
FLKPLAEALFTEQD + I+ APDPDPA+L +LLPR E+L+K FRAK
Sbjct: 130 AFLKPLAEALFTEQDPSSQAGAALCLASAIEAAPDPDPARLARLLPRLERLIKSKVFRAK 189
Query: 184 PALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREFLS 243
PALL L+GS+VEA GA+ A L++L+PCL+E+L S DWA RK +AEAL LA+VER+ L+
Sbjct: 190 PALLALVGSVVEARGATSGAALRSLVPCLLEALGSEDWATRKGAAEALKKLASVERDLLA 249
Query: 244 EFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSDGH 303
EFK CLKVFE+RRFDKVKLVREVMNQMLE+WK IPDVSDE K N SD
Sbjct: 250 EFKGGCLKVFEDRRFDKVKLVREVMNQMLEAWKHIPDVSDEFSPPPQLQLSSKENASD-- 307
Query: 304 GRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVASSR 363
GRYPPVSQNSCSPG VM+ LRKKS+ S+ +P D S+ NAK + LS ++ S V +
Sbjct: 308 GRYPPVSQNSCSPGSVMSKLRKKSSPASKSTPPDRSAVRNAKKS-ALSGDRMGSGVL--Q 364
Query: 364 KLNHKNWDAQIFQSNTPSAAMADQGD-------LQGKSRIFKPEVKRAL----------K 406
KLNH +WD +I SN P Q D + KSR FK E KRAL K
Sbjct: 365 KLNHNHWDVRIAVSNVPDRGERRQKDEDVLERSKKDKSRFFKQETKRALFDKNSDDKMHK 424
Query: 407 YGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQIEKQQSY 466
GGSKAGSRVVP EES QD+ V N V+KDL+RNDKESE+LSLIR QL+QIEKQQS
Sbjct: 425 SGGSKAGSRVVPCSEES---QDSGPVCN-VTKDLHRNDKESEELSLIRAQLVQIEKQQSS 480
Query: 467 LVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHTCCLPPGA 526
L+DL+QKF+G+S+NGMH+LETRVHGLEL+LDEISYDLAVSSGR++ SDAP +TCCL PGA
Sbjct: 481 LLDLVQKFMGNSENGMHTLETRVHGLELALDEISYDLAVSSGRISKSDAPKNTCCLLPGA 540
Query: 527 DFLSSKFWRR 536
+FLS+KFW++
Sbjct: 541 EFLSTKFWKK 550
>Glyma17g10200.1
Length = 533
Score = 642 bits (1655), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 347/535 (64%), Positives = 403/535 (75%), Gaps = 23/535 (4%)
Query: 2 STPQTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPV 61
STPQ++KQRV CLTKLSDRDT SLA AELESIARNLD AT+P FLSC+YSTD +DK PV
Sbjct: 15 STPQSLKQRVFRCLTKLSDRDTQSLAAAELESIARNLDGATLPMFLSCMYSTDDSDKPPV 74
Query: 62 RKQCVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQP 121
RKQCV+L+ FL+E HGN L+P+L KIL S++RRLRD DSSVRSACV+S++ALS HV+K P
Sbjct: 75 RKQCVQLLGFLAETHGNMLAPYLPKILGSVVRRLRDADSSVRSACVNSIAALSRHVSKPP 134
Query: 122 FASFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFR 181
+FLKPLAEALFTEQDQN IDGAPDPDPA+L KLLPRFEKLLKRDGF+
Sbjct: 135 LNAFLKPLAEALFTEQDQNAQASAAMCLAAAIDGAPDPDPARLAKLLPRFEKLLKRDGFK 194
Query: 182 AKPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREF 241
AKPALLTL+GS+V AGGASG L +L+PCLVE+LSS+DWA RKA+AE LVV+A VER+F
Sbjct: 195 AKPALLTLVGSVVAAGGASGHVPLNSLVPCLVEALSSDDWATRKAAAETLVVVADVERDF 254
Query: 242 LSEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSD 301
LSEFKAEC++VFENRRFDKVKLVR+VMNQMLE+WKQIPDVSDE+ KG+
Sbjct: 255 LSEFKAECVRVFENRRFDKVKLVRDVMNQMLEAWKQIPDVSDEVSPPPKSQSSSKGDVQS 314
Query: 302 GHGRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVAS 361
R + + VM + KKS SRFSP DSSSASNAK++ SSNKR
Sbjct: 315 AVDRISILDEFRIFRMQVMGAIPKKSTPFSRFSPADSSSASNAKNSSASSSNKR------ 368
Query: 362 SRKLNHKNWDAQIFQSNTPSAAMADQGDLQGKSRIFKPEVKRALKYGGSKAGSRVVPYHE 421
++F + KSR+ K E+KR L +K GSRVVPYHE
Sbjct: 369 -----------RLFGDLQERDGIVLDRSKMDKSRVSKSEMKRVLL---TKTGSRVVPYHE 414
Query: 422 ESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQIEKQQSYLVDLLQKFIGSSQNG 481
+ E+QD+V VS VSKDL RNDKESEDLSLIRDQL QIEKQQS L+DLLQKF+GSSQNG
Sbjct: 415 D--ESQDSVPVSI-VSKDLQRNDKESEDLSLIRDQLHQIEKQQSSLLDLLQKFMGSSQNG 471
Query: 482 MHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHTCCLPPGADFLSSKFWRR 536
M SLETRVHGLEL+LDEISYDLA+SSGRMT SDA + CC+ PGA+FLSSKF R+
Sbjct: 472 MRSLETRVHGLELALDEISYDLAISSGRMTKSDAQGNACCMLPGAEFLSSKFRRK 526
>Glyma04g34790.2
Length = 568
Score = 578 bits (1490), Expect = e-165, Method: Compositional matrix adjust.
Identities = 308/533 (57%), Positives = 370/533 (69%), Gaps = 47/533 (8%)
Query: 5 QTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPVRKQ 64
Q IKQRVL CLTKLSDRDT ELESIAR LD +VP FLSCI+STDA+DK+PVRKQ
Sbjct: 10 QNIKQRVLTCLTKLSDRDTQVAGANELESIARTLDPHSVPVFLSCIHSTDASDKTPVRKQ 69
Query: 65 CVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPFAS 124
CV LVA LS AHG+ALSPFLSKILA ++RRLRDPDSS+R+AC DSV ALS VT+QPFA+
Sbjct: 70 CVHLVATLSHAHGDALSPFLSKILACLVRRLRDPDSSIRAACADSVGALSARVTRQPFAA 129
Query: 125 -FLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFRAK 183
FLKPLAEALFTEQD + I+ APDPDPA+L +LLPR E+L+K FRAK
Sbjct: 130 AFLKPLAEALFTEQDPSSQAGAALCLASAIEAAPDPDPARLARLLPRLERLIKSKVFRAK 189
Query: 184 PALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREFLS 243
PALL L+GS+VEA GA+ A L++L+PCL+E+L S DWA RK +AEAL LA+VER+ L+
Sbjct: 190 PALLALVGSVVEARGATSGAALRSLVPCLLEALGSEDWATRKGAAEALKKLASVERDLLA 249
Query: 244 EFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSDGH 303
EFK CLKVFE+RRFDKVKLVREVMNQMLE+WK IPDVSDE K N SD
Sbjct: 250 EFKGGCLKVFEDRRFDKVKLVREVMNQMLEAWKHIPDVSDEFSPPPQLQLSSKENASD-- 307
Query: 304 GRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRMSSVASSR 363
GRYPPVSQNSCSPG VM+ LRKKS+ S+ +P D S+ NAK + + S RM S SR
Sbjct: 308 GRYPPVSQNSCSPGSVMSKLRKKSSPASKSTPPDRSAVRNAKKSAL--SGDRMGSDFLSR 365
Query: 364 KLNHKNWDAQIFQSNTPSAAMADQGDLQGKSRIFKPEVKRALKYGGSKAGSRVVPYHEES 423
K Q + K + R + G K +V +
Sbjct: 366 K--------------------------QNGLYLIKILMTRCINLVGPKLD--LVWFLVLK 397
Query: 424 QETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQIEKQQSYLVDLLQKFIGSSQNGMH 483
+ +SV ++S LIR QL+QIEKQQS L+DL+QKF+G+S+NGMH
Sbjct: 398 RVKTQVLSVIEELS--------------LIRAQLVQIEKQQSSLLDLVQKFMGNSENGMH 443
Query: 484 SLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHTCCLPPGADFLSSKFWRR 536
+LETRVHGLEL+LDEISYDLAVSSGR++ SDAP +TCCL PGA+FLS+KFW++
Sbjct: 444 TLETRVHGLELALDEISYDLAVSSGRISKSDAPKNTCCLLPGAEFLSTKFWKK 496
>Glyma01g04500.1
Length = 639
Score = 409 bits (1052), Expect = e-114, Method: Compositional matrix adjust.
Identities = 250/550 (45%), Positives = 350/550 (63%), Gaps = 48/550 (8%)
Query: 5 QTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPVRKQ 64
++QRV+ CL KLSDRDT + A AELESIAR L+ + +FLSCI++TD++ KSPVRKQ
Sbjct: 21 HNLRQRVITCLNKLSDRDTLAGAAAELESIARTLNHDSFSSFLSCIHNTDSSSKSPVRKQ 80
Query: 65 CVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPF-A 123
CV L+ LS HG ALSPF+SK+LA+++RRLRD DS+VRS CVD+V+++S +T+ PF A
Sbjct: 81 CVHLLNVLSRFHGEALSPFISKMLATVLRRLRDTDSAVRSECVDAVASMSSRITRPPFSA 140
Query: 124 SFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGK-LLPRFEKLLKRDGFRA 182
+FL+PL +AL EQ+ N ++ +PDPD L + LPR KL+K D RA
Sbjct: 141 AFLRPLMDALAQEQEANAQIGAALCLAAAVEASPDPDAEALRRSALPRLGKLVKSDACRA 200
Query: 183 KPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREFL 242
+ ALL LIGS+V AGGAS + + L+PCLVE L S DW VRKA+AEAL +A+VER+
Sbjct: 201 RAALLVLIGSVVGAGGASSRGAVNWLVPCLVEFLGSEDWTVRKAAAEALAKVASVERDLA 260
Query: 243 SEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXXXXXXXXKGNGSDG 302
S+ KA CL +NRRFDK+K+VRE MN+ LE+WK++ E G+D
Sbjct: 261 SQHKALCLDSLQNRRFDKIKVVRETMNRALETWKEVT----EDAPASQVKSECASVGTD- 315
Query: 303 HGRYPPVSQNSCSPGL------VMANLRKKSASVSRFSPQDSSSASNAKSTKVLSSNKRM 356
G+ V+++S + G V+AN + ASV Q+ SS ++ + SS+ M
Sbjct: 316 DGKSQCVTKSSPNVGFKSSSKTVIAN--RSPASVG----QEKSSDEKLETPFLGSSHSNM 369
Query: 357 SSVASSRKLNHKNWDAQIFQSNTPSAAMADQGDLQGKSRIFKPEVKRAL----------K 406
S ++ N + +Q +Q + ++ E+KR L +
Sbjct: 370 SREDDIKRCNVEVSKPPPYQ---------NQNGVNSRA-----EIKRVLFSKMSDEKMRR 415
Query: 407 YGGSKAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQIEKQQSY 466
+ GSK SRVVP ++ D + V+N + ++ + ++ E+ +LIR+QLLQIE QQS
Sbjct: 416 FSGSK--SRVVPCIDDDDLDADVI-VNN--ANEVCESPQDVEEFALIREQLLQIENQQSN 470
Query: 467 LVDLLQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHTCCLPPGA 526
L+DLLQ+FIGSSQ+GM+SLE+RVHGLE++LDEIS+DLAVS GR+++ DA TCC PG
Sbjct: 471 LLDLLQRFIGSSQSGMNSLESRVHGLEMALDEISHDLAVSGGRVSNIDATEDTCCKLPGT 530
Query: 527 DFLSSKFWRR 536
DFLSSKFW++
Sbjct: 531 DFLSSKFWKK 540
>Glyma02g03050.1
Length = 608
Score = 388 bits (996), Expect = e-107, Method: Compositional matrix adjust.
Identities = 245/546 (44%), Positives = 333/546 (60%), Gaps = 71/546 (13%)
Query: 5 QTIKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPVRKQ 64
Q ++QRV+ CL KLSDRDT + A AELESIAR L+ + +FLSCI++TD++ K+PVRKQ
Sbjct: 21 QNLRQRVITCLNKLSDRDTLAGAAAELESIARTLNHDSFSSFLSCIHNTDSSSKAPVRKQ 80
Query: 65 CVRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPF-A 123
CV L+ LS HG AL PF+SK+LA+++RRLRD DS+VRSACVD+V+++S +T F A
Sbjct: 81 CVHLLNVLSRFHGEALWPFISKMLATVLRRLRDSDSAVRSACVDAVASMSSRITGPSFSA 140
Query: 124 SFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGK-LLPRFEKLLKRDGFRA 182
+FL+PL +AL EQ+ N ++ APDPD L + LPR KL+K + RA
Sbjct: 141 AFLRPLMDALAQEQEANAQIGAALCLAAAVEAAPDPDAEALRRSALPRLGKLVKSEACRA 200
Query: 183 KPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREFL 242
+ ALL LIGS+V AGGAS + + L+PCLVE L S DW VRKA+AEAL +A+VER+
Sbjct: 201 RAALLVLIGSVVGAGGASSRGAVNWLVPCLVEFLGSKDWTVRKAAAEALAKVASVERDLA 260
Query: 243 SEFKAECLKVFENRRFDKVKLVREVMNQMLES----W--------KQIPDVSDELXXXXX 290
S+ K CL +NRRFDK+K+VRE MN+ LE+ W + P VS L
Sbjct: 261 SQHKVLCLNSLQNRRFDKIKVVRETMNRALETGTRPWPRGARPWSSRRPKVSSYL----- 315
Query: 291 XXXXXKGNGSDGHGRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSSSASNAKSTKVL 350
+G GH YP N+ L+ KS VS+ SP +SN K
Sbjct: 316 -----RGLEVFGHSVYP----NTRVLSLLRGTDDGKSQCVSKSSPDGHEKSSNEKRETPF 366
Query: 351 SSNKRMSSVASSRKLNHKNWDAQIFQSNTPSAAMADQGDLQGKSRIFKPEVKRALKYGGS 410
S + +H N ++ + D+ KS++ +++R + S
Sbjct: 367 S------------RSSHSN--------------LSREDDI--KSKVSDEKMRR---FSSS 395
Query: 411 KAGSRVVPYHEESQETQDAVSVSNDVSKDLNRNDKESEDLSLIRDQLLQIEKQQSYLVDL 470
K S VVP ++ + DA N+V + + ++ ED +LIR+QLLQIE QQS L+DL
Sbjct: 396 K--SCVVPCIDD--DDLDA----NEVCE----SPQDVEDFALIREQLLQIENQQSNLLDL 443
Query: 471 LQKFIGSSQNGMHSLETRVHGLELSLDEISYDLAVSSGRMTSSDAPAHTCCLPPGADFLS 530
LQ+FIGSSQ+GM+SLE+RVHGLE++LDEIS DLAV R+++ DA TCC PG DFLS
Sbjct: 444 LQRFIGSSQSGMNSLESRVHGLEIALDEISQDLAVPGARVSNIDATEDTCCKLPGTDFLS 503
Query: 531 SKFWRR 536
SKFW++
Sbjct: 504 SKFWKK 509
>Glyma05g21830.1
Length = 172
Score = 213 bits (542), Expect = 4e-55, Method: Compositional matrix adjust.
Identities = 107/160 (66%), Positives = 123/160 (76%)
Query: 126 LKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFRAKPA 185
LK L +ALFTEQDQN ID A D D +L KLL RF+KLLKRD F+ KP
Sbjct: 1 LKSLVKALFTEQDQNTQASVVLCLASTIDRASDLDLTRLSKLLSRFKKLLKRDDFKVKPV 60
Query: 186 LLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREFLSEF 245
LLTL+ SIV AGGAS A LK+LIPCLVE+LSS DWA RKA+AE L+V+A VER+FLSEF
Sbjct: 61 LLTLVESIVAAGGASDPAQLKSLIPCLVEALSSEDWATRKAAAEMLMVVADVERDFLSEF 120
Query: 246 KAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDEL 285
K EC++VFENR FDKVKLVR VMNQMLE+WK +PDVSDE+
Sbjct: 121 KGECVRVFENRWFDKVKLVRGVMNQMLEAWKLVPDVSDEV 160
>Glyma01g00420.1
Length = 805
Score = 202 bits (514), Expect = 9e-52, Method: Compositional matrix adjust.
Identities = 111/277 (40%), Positives = 165/277 (59%), Gaps = 5/277 (1%)
Query: 7 IKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPVRKQCV 66
+KQR++G L K+ DRDT + + EL+ +A+ L A + +FLSCI +D K+ +RK+CV
Sbjct: 12 MKQRIVGALNKVGDRDTQQIGMEELDRMAQGLRAEGIWSFLSCILDSDWEQKASIRKECV 71
Query: 67 RLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTK----QPF 122
RL+ L+ + + P L K++ASI++RLRDPDS VR CV++V+ L+ + + + F
Sbjct: 72 RLMGTLATYYDGLVLPHLPKMVASIVKRLRDPDSVVRDVCVNTVALLASKLGRDGEDKVF 131
Query: 123 ASFLKPLAEALFTEQDQNXXXXXXXXXXXXIDGAPDPDPAKLGKLLPRFEKLLKRDGFRA 182
++P+ EAL EQ+++ ID P P + L K+L R KLLK F A
Sbjct: 132 VVLVRPIFEAL-GEQNKHVQSSSALCLARIIDNTPHPPLSLLHKMLSRTLKLLKNPHFIA 190
Query: 183 KPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAEALVVLATVEREFL 242
KPALL SI+ AGGA +L I + +SL +DW+ RKA++ AL +A FL
Sbjct: 191 KPALLDFTRSIILAGGAPTHNILSAAISSIQDSLKHSDWSTRKAASLALADIALSAASFL 250
Query: 243 SEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIP 279
F+A CL+ E+ RFDKVK VR+ + Q L+ W +P
Sbjct: 251 GFFRASCLQSLESCRFDKVKPVRDAVMQALKYWTILP 287
>Glyma18g11930.1
Length = 881
Score = 191 bits (485), Expect = 2e-48, Method: Compositional matrix adjust.
Identities = 178/563 (31%), Positives = 269/563 (47%), Gaps = 92/563 (16%)
Query: 7 IKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSP-VRKQC 65
+KQ++L L+KLSDRDTH +AV +LE L +P L+C+Y ATD P V++
Sbjct: 32 LKQKILTSLSKLSDRDTHQIAVEDLEKTISGLSPDAIPMILNCLYDA-ATDPKPAVKRDA 90
Query: 66 VRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPFAS- 124
+RL+A + AH +A + L+KI+A ++RRL+D DS+VR AC D+V AL+ K
Sbjct: 91 LRLLAAVCGAHSDAAAAHLTKIIAHVVRRLKDADSAVRDACRDTVGALAAQYLKGDGGGG 150
Query: 125 ----------FLKPLAEALFTEQDQNXXXXXXXXXXXXID-----GAPDPDPAKLGKLLP 169
F+KPL EA+ EQ++ ++ G A KL P
Sbjct: 151 GGGVGTVVGLFVKPLFEAM-GEQNKGVQAGAAVCMAKMVECAGGSGGEAVPVAAFQKLCP 209
Query: 170 RFEKLLKRDGFRAKPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKASAE 229
R KLL F AK A+L ++ S+ + G + Q+ L++L+P + E LSS DWA RKA+AE
Sbjct: 210 RIYKLLNSPNFMAKAAILPVVASLSQVGAIAPQS-LEHLLPSIHECLSSTDWATRKAAAE 268
Query: 230 ALVVLATVEREFLSEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXXXX 289
AL LA +++ A L V E RFDK+K VR+ +N+ L+ WK+I
Sbjct: 269 ALSSLALHSSSLVTDRAAPTLAVLEACRFDKIKPVRDSINEALQLWKKI----------- 317
Query: 290 XXXXXXKGNG--------SDGHGRYPPVSQNSCSPGLVMANLRKKSASV----SRFSPQD 337
KG+G SDG G +S + P V + RK + V + S D
Sbjct: 318 ----AGKGDGSPDDSKPSSDG-GNESAISSEASDPKKVNLDERKTDSPVKGSSTSSSNMD 372
Query: 338 SSSASNAK-STKVLSSNKRMSSVASSRKLNHKNWDAQIFQSNTPSAAMADQGDLQGKSRI 396
S+ A A S K + K+ V S ++LN + FQ + +G +
Sbjct: 373 STKAKAASISEKAVVILKKKPPVLSDKELN-----PEFFQK------LERRGSDDLPVEV 421
Query: 397 FKPEVKRALKYGGSKAGSRVVPYHEESQETQDAV-SVSNDVSKDLNRNDKESED------ 449
P +R L S ++S+E ++V ++ ND N E+E+
Sbjct: 422 VVP--RRGLNSSNSNNEEESEANAKDSKERINSVGNIPNDDHGSSNSLKGETENDQRDGS 479
Query: 450 ----------------LSLIRDQLLQIEKQ-------QSYLVDLLQKFIGSSQNGMHSLE 486
S R L I++Q Q +L+++LQ F+G S + M +LE
Sbjct: 480 ANAAGFSKTDGQSEVPFSNNRANWLAIQRQLLQLERQQVHLMNMLQDFMGGSHDSMVTLE 539
Query: 487 TRVHGLELSLDEISYDLAVSSGR 509
RV GLE ++++S DL++SSGR
Sbjct: 540 NRVRGLERIVEDMSRDLSISSGR 562
>Glyma02g25230.1
Length = 877
Score = 188 bits (478), Expect = 1e-47, Method: Compositional matrix adjust.
Identities = 185/569 (32%), Positives = 274/569 (48%), Gaps = 94/569 (16%)
Query: 7 IKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSP-VRKQC 65
+KQ++L L+KLSDRDTH +AV +LE L +P L+C+Y ATD P V++
Sbjct: 32 LKQKILTSLSKLSDRDTHQIAVEDLEKTISGLSPDAIPMILNCLYDA-ATDPKPAVKRDA 90
Query: 66 VRLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPFAS- 124
+RL+A + AH +A + L+KI+A ++RRL+D DS+VR AC D+V AL+ K
Sbjct: 91 LRLLAAVCAAHSDAAAAHLTKIIAHVVRRLKDADSAVRDACRDTVGALAAQYLKGDGGGG 150
Query: 125 -----------FLKPLAEALFTEQDQNXXXXXXXXXXXXID-----GAPDPDP-AKLGKL 167
F+KPL EA+ EQ++ ++ G + P A KL
Sbjct: 151 GGGGVGTVVGLFVKPLFEAM-GEQNKGVQAGAAVCMAKMVECGGGGGGGEAVPVAAFQKL 209
Query: 168 LPRFEKLLKRDGFRAKPALLTLIGSIVEAGGASGQAVLKNLIPCLVESLSSNDWAVRKAS 227
PR KLL F AK A+L + + GA L++L+P + E LSS DWA RKA+
Sbjct: 210 CPRICKLLNSPNFMAKAAILPVGCQLGHRVGAVAPQSLEHLLPSIHECLSSTDWATRKAA 269
Query: 228 AEALVVLATVEREFLSEFKAECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDELXX 287
AEAL LA ++ L V E RFDK+K VR+ +N+ L+ WK+I
Sbjct: 270 AEALSSLALHSSNLVTNRAEPTLAVLEACRFDKIKPVRDSINEALQLWKKI--------- 320
Query: 288 XXXXXXXXKGNG--------SDGHGRYPPVSQNSCSPGLVMANLRKKSASVSRFSPQDSS 339
KG+G SDG G +S + P V + RK + V +DSS
Sbjct: 321 ------AGKGDGSPNDSKPSSDG-GNESAISSEASDPKKVNLDERKTDSPV-----KDSS 368
Query: 340 S-ASNAKSTKVLSSNKRMSSVASSRK----LNHKNWDAQIFQ------------------ 376
+ +SN STK ++ +V +K L+ K + + FQ
Sbjct: 369 NISSNMDSTKAKAAGISEKAVVILKKKPPVLSDKELNPEFFQKLERRGSDDLPVEVVVPR 428
Query: 377 -------SNTPSAAMADQGDLQGKSRIFK-PEVKRALKYGGSKAGSRVVPYHEESQETQD 428
SN + A+ D K RI + +G SK R Y + + D
Sbjct: 429 RGLNSLNSNNEEESEANAKD--SKERINSVGNIPNDDFHGSSKL--RTKAYDTDDRTEND 484
Query: 429 AVSVSNDVSKDLNRNDKESE--------DLSLIRDQLLQIEKQQSYLVDLLQKFIGSSQN 480
S +VS ++ D +SE + I+ QLLQ+E+QQ +L+++LQ F+G S +
Sbjct: 485 QREGSANVSG-FSKIDGQSEVPFSNNRGNWLAIQRQLLQLERQQVHLMNMLQDFMGGSHD 543
Query: 481 GMHSLETRVHGLELSLDEISYDLAVSSGR 509
M +LE RV GLE ++++S DL++SSGR
Sbjct: 544 SMVTLENRVRGLERIVEDMSRDLSISSGR 572
>Glyma18g10780.1
Length = 225
Score = 70.5 bits (171), Expect = 5e-12, Method: Compositional matrix adjust.
Identities = 57/187 (30%), Positives = 88/187 (47%), Gaps = 26/187 (13%)
Query: 7 IKQRVLGCLTKLSDRDTHSLAVAELESIARNLDAATVPAFLSCIYSTDATDKSPVRKQCV 66
+KQ++L L+KLSD DTH +AV +LE+ L +P + +Y K V++ +
Sbjct: 32 LKQKILTSLSKLSDCDTHQIAVEDLENTILGLLPDAIPMIFNSLYEAATNPKPAVKRVTL 91
Query: 67 RLVAFLSEAHGNALSPFLSKILASIIRRLRDPDSSVRSACVDSVSALSCHVTKQPFAS-- 124
RL+A + H +A +A ++RRL+D +S+VR AC ++V AL K
Sbjct: 92 RLLAAVCARHSDA-------AVAHVVRRLKDANSAVRDACRNTVGALIVQYLKGDDGGGG 144
Query: 125 ----------FLKPLAEALFTEQDQNXXXXXXXXXXXXID-----GAPDPDP-AKLGKLL 168
F+KPL EA+ EQ++ ++ G + P A KL
Sbjct: 145 RGGVGTVVGLFVKPLFEAM-GEQNKGVQAGAAVCMAKMVECGSGSGGGEAVPVAAFQKLC 203
Query: 169 PRFEKLL 175
PR KLL
Sbjct: 204 PRICKLL 210
>Glyma09g20780.1
Length = 144
Score = 62.8 bits (151), Expect = 1e-09, Method: Compositional matrix adjust.
Identities = 27/39 (69%), Positives = 35/39 (89%)
Query: 247 AECLKVFENRRFDKVKLVREVMNQMLESWKQIPDVSDEL 285
A +KVFEN+ F+KVKLVR+VMNQMLE+WK +P+VSDE+
Sbjct: 94 ARGVKVFENQWFNKVKLVRDVMNQMLEAWKLVPNVSDEV 132