Miyakogusa Predicted Gene
- Lj2g3v1613100.1
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= Lj2g3v1613100.1 Non Chatacterized Hit- tr|I1LIB0|I1LIB0_SOYBN
Uncharacterized protein OS=Glycine max GN=Gma.49316 PE,78.38,0,WD40
repeats,WD40 repeat; LETHAL GIANT LARVAE-RELATED,NULL; LETHAL(2) GIANT
LARVAE PROTEIN,NULL; seg,CUFF.37561.1
(760 letters)
Database: Glyma1.pep
75,778 sequences; 25,431,882 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
Glyma11g09120.1 1186 0.0
Glyma11g09120.2 1181 0.0
Glyma11g09120.3 1180 0.0
Glyma09g33060.1 1051 0.0
Glyma16g22050.1 999 0.0
Glyma01g36310.1 276 5e-74
>Glyma11g09120.1
Length = 1052
Score = 1186 bits (3067), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 582/754 (77%), Positives = 642/754 (85%), Gaps = 8/754 (1%)
Query: 1 MFVKKLVEKASIKKIGGNSSDGLKGSDVDPRLIFHQGVPSDGDKVAYDNIQKILAISTKD 60
MF+KKLVEKASIK GNS DGLKGSDVDPRL+FHQGVPS G K AYDNIQKILA+STKD
Sbjct: 1 MFIKKLVEKASIKMPLGNSLDGLKGSDVDPRLVFHQGVPSGGAKFAYDNIQKILALSTKD 60
Query: 61 GRIKLFGKDNSQVLLISSELVPSKFLQFIQNQGILINVTSNNHIEVWDIDRKLLCDVYIV 120
GRIKLFG+DN+QVLL S E VPSKFL FIQNQGILINVT NNHIEVWDID+KLL DVYIV
Sbjct: 61 GRIKLFGEDNAQVLLESKEPVPSKFLLFIQNQGILINVTFNNHIEVWDIDKKLLSDVYIV 120
Query: 121 KAKITCFEVIQHSLYMYFGDSNGNISVLKLHKKPWYVVQMKYIIPLSASYGNPTEVSDDT 180
K +ITCF VI+HSL+MY G SNGNISVL L ++PW+VV+MKY IPLSASYGN TE SDDT
Sbjct: 121 KEEITCFSVIKHSLFMYIGFSNGNISVLMLDQEPWHVVRMKYTIPLSASYGNSTEESDDT 180
Query: 181 VVTHILPQPAAESQRVLIIFRNGQIILWDIRESKTIARTGGNMSQPLHNESKRVSCACWV 240
VVTH+LPQPAAESQRVLIIFRNGQIILWDIRE ++I RTGG + Q +NE+++VS ACWV
Sbjct: 181 VVTHVLPQPAAESQRVLIIFRNGQIILWDIREIRSIFRTGGKILQTRYNETRKVSSACWV 240
Query: 241 CPFGSKVVVGYSNGELFIWSIPSLNRTSGSASDLNSQKTPIFKLNLGYKSDRISIRSVKW 300
CPFGSKVVVGY+NGELFIWSIPSLN + A+D NSQ TP+FK NLGYKSD+ SI SVKW
Sbjct: 241 CPFGSKVVVGYNNGELFIWSIPSLNTGNSLATDYNSQNTPMFKFNLGYKSDKTSIGSVKW 300
Query: 301 IYAEGKASRLYVMGAS-----NLLQVVLLNEHIESRTIKLGLSLFECCIDMEIIXXXXXX 355
IYAEGKASRLYVMG S NLLQVVLLNEH ESRTIK+GL L E CIDMEII
Sbjct: 301 IYAEGKASRLYVMGGSDYAPSNLLQVVLLNEHTESRTIKMGLHLPEGCIDMEIISTSSKH 360
Query: 356 XXXXXXXXXXXXXXGHIYLYDDNLIERYLLQSQSKSNPSLPKEVAVKLPLADSSITTAKF 415
GH+YLYDDNLIERYLLQSQSKS+PSLPKEV VKLPLADS+ITTAKF
Sbjct: 361 RQNYFILLGKS---GHVYLYDDNLIERYLLQSQSKSSPSLPKEVVVKLPLADSNITTAKF 417
Query: 416 ISNNPNMFNSKDEDYSQMVKNYPPLIPIETNHKDWINMSSANFTGFSNVKHLYITGHSNG 475
ISNN N F+S+DE Y+Q+VKNYPPL+PIETN KD IN SS+NFTGFSN++++YITGHSNG
Sbjct: 418 ISNNSNFFSSEDEYYNQLVKNYPPLVPIETNLKDGINFSSSNFTGFSNIRNMYITGHSNG 477
Query: 476 AITFWDASCPFFIPILQIKQQSDSNFSLSGIPLTELYFDINSPLLVSGDQSGMVRIIRFK 535
AI FWDA+CPFF PILQ+KQQS+++FSLSGIPLTELYFD NSPLL SGDQSGMVRI RFK
Sbjct: 478 AINFWDATCPFFTPILQLKQQSENDFSLSGIPLTELYFDSNSPLLFSGDQSGMVRIYRFK 537
Query: 536 PEPYAFNSFMSLTGGTKKGADHVICSVKLVKTIGAVTCMNIDHISGHLAVGSDQGNVSVI 595
PEPYA NSFMSLTGGTKKG DHVI S+KL+KT G V CMNIDH S HLAVGSDQGNVSVI
Sbjct: 538 PEPYASNSFMSLTGGTKKGTDHVIHSMKLIKTSGTVICMNIDHSSRHLAVGSDQGNVSVI 597
Query: 596 DMDGPSLLYQKHIASEFSTGIISLQFITCSLNGFEKNILVVGTMDSSVQALHSETGNTLC 655
++DGPSLLY+KHIASE STGIISLQF TCSL+GFEKNIL VGT DSSV L ETGNTL
Sbjct: 598 NIDGPSLLYRKHIASEISTGIISLQFKTCSLHGFEKNILAVGTKDSSVLTLDGETGNTLS 657
Query: 656 PESVHPTKPSKALFMQVLDRQRKTIIGSITKDGLSLREGNQIEDATTKQLYVLLCSEKAL 715
++HP KPSKA+FMQVLD Q + GS+TKDGL L+EG IEDAT KQLY+LLCSEKAL
Sbjct: 658 IGTIHPKKPSKAIFMQVLDGQGEQTAGSVTKDGLELKEGIHIEDATAKQLYILLCSEKAL 717
Query: 716 YVYSFEHALQGIKKVLYKKKFHSSSCCWASTFYS 749
YVYSF HA+QG+KKVLYKKKFHSSSCCWAST S
Sbjct: 718 YVYSFAHAVQGVKKVLYKKKFHSSSCCWASTINS 751
>Glyma11g09120.2
Length = 1000
Score = 1181 bits (3056), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 582/754 (77%), Positives = 642/754 (85%), Gaps = 8/754 (1%)
Query: 1 MFVKKLVEKASIKKIGGNSSDGLKGSDVDPRLIFHQGVPSDGDKVAYDNIQKILAISTKD 60
MF+KKLVEKASIK GNS DGLKGSDVDPRL+FHQGVPS G K AYDNIQKILA+STKD
Sbjct: 1 MFIKKLVEKASIKMPLGNSLDGLKGSDVDPRLVFHQGVPSGGAKFAYDNIQKILALSTKD 60
Query: 61 GRIKLFGKDNSQVLLISSELVPSKFLQFIQNQGILINVTSNNHIEVWDIDRKLLCDVYIV 120
GRIKLFG+DN+QVLL S E VPSKFL FIQNQGILINVT NNHIEVWDID+KLL DVYIV
Sbjct: 61 GRIKLFGEDNAQVLLESKEPVPSKFLLFIQNQGILINVTFNNHIEVWDIDKKLLSDVYIV 120
Query: 121 KAKITCFEVIQHSLYMYFGDSNGNISVLKLHKKPWYVVQMKYIIPLSASYGNPTEVSDDT 180
K +ITCF VI+HSL+MY G SNGNISVL L ++PW+VV+MKY IPLSASYGN TE SDDT
Sbjct: 121 KEEITCFSVIKHSLFMYIGFSNGNISVLMLDQEPWHVVRMKYTIPLSASYGNSTEESDDT 180
Query: 181 VVTHILPQPAAESQRVLIIFRNGQIILWDIRESKTIARTGGNMSQPLHNESKRVSCACWV 240
VVTH+LPQPAAESQRVLIIFRNGQIILWDIRE ++I RTGG + Q +NE+++VS ACWV
Sbjct: 181 VVTHVLPQPAAESQRVLIIFRNGQIILWDIREIRSIFRTGGKILQTRYNETRKVSSACWV 240
Query: 241 CPFGSKVVVGYSNGELFIWSIPSLNRTSGSASDLNSQKTPIFKLNLGYKSDRISIRSVKW 300
CPFGSKVVVGY+NGELFIWSIPSLN + A+D NSQ TP+FK NLGYKSD+ SI SVKW
Sbjct: 241 CPFGSKVVVGYNNGELFIWSIPSLNTGNSLATDYNSQNTPMFKFNLGYKSDKTSIGSVKW 300
Query: 301 IYAEGKASRLYVMGAS-----NLLQVVLLNEHIESRTIKLGLSLFECCIDMEIIXXXXXX 355
IYAEGKASRLYVMG S NLLQVVLLNEH ESRTIK+GL L E CIDMEII
Sbjct: 301 IYAEGKASRLYVMGGSDYAPSNLLQVVLLNEHTESRTIKMGLHLPEGCIDMEIISTSSKH 360
Query: 356 XXXXXXXXXXXXXXGHIYLYDDNLIERYLLQSQSKSNPSLPKEVAVKLPLADSSITTAKF 415
GH+YLYDDNLIERYLLQSQSKS+PSLPKEV VKLPLADS+ITTAKF
Sbjct: 361 RQNYFILLGKS---GHVYLYDDNLIERYLLQSQSKSSPSLPKEVVVKLPLADSNITTAKF 417
Query: 416 ISNNPNMFNSKDEDYSQMVKNYPPLIPIETNHKDWINMSSANFTGFSNVKHLYITGHSNG 475
ISNN N F+S+DE Y+Q+VKNYPPL+PIETN KD IN SS+NFTGFSN++++YITGHSNG
Sbjct: 418 ISNNSNFFSSEDEYYNQLVKNYPPLVPIETNLKDGINFSSSNFTGFSNIRNMYITGHSNG 477
Query: 476 AITFWDASCPFFIPILQIKQQSDSNFSLSGIPLTELYFDINSPLLVSGDQSGMVRIIRFK 535
AI FWDA+CPFF PILQ+KQQS+++FSLSGIPLTELYFD NSPLL SGDQSGMVRI RFK
Sbjct: 478 AINFWDATCPFFTPILQLKQQSENDFSLSGIPLTELYFDSNSPLLFSGDQSGMVRIYRFK 537
Query: 536 PEPYAFNSFMSLTGGTKKGADHVICSVKLVKTIGAVTCMNIDHISGHLAVGSDQGNVSVI 595
PEPYA NSFMSLTGGTKKG DHVI S+KL+KT G V CMNIDH S HLAVGSDQGNVSVI
Sbjct: 538 PEPYASNSFMSLTGGTKKGTDHVIHSMKLIKTSGTVICMNIDHSSRHLAVGSDQGNVSVI 597
Query: 596 DMDGPSLLYQKHIASEFSTGIISLQFITCSLNGFEKNILVVGTMDSSVQALHSETGNTLC 655
++DGPSLLY+KHIASE STGIISLQF TCSL+GFEKNIL VGT DSSV L ETGNTL
Sbjct: 598 NIDGPSLLYRKHIASEISTGIISLQFKTCSLHGFEKNILAVGTKDSSVLTLDGETGNTLS 657
Query: 656 PESVHPTKPSKALFMQVLDRQRKTIIGSITKDGLSLREGNQIEDATTKQLYVLLCSEKAL 715
++HP KPSKA+FMQVLD Q + GS+TKDGL L+EG IEDAT KQLY+LLCSEKAL
Sbjct: 658 IGTIHPKKPSKAIFMQVLDGQGEQTAGSVTKDGLELKEGIHIEDATAKQLYILLCSEKAL 717
Query: 716 YVYSFEHALQGIKKVLYKKKFHSSSCCWASTFYS 749
YVYSF HA+QG+KKVLYKKKFHSSSCCWAST S
Sbjct: 718 YVYSFAHAVQGVKKVLYKKKFHSSSCCWASTINS 751
>Glyma11g09120.3
Length = 961
Score = 1180 bits (3053), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 582/754 (77%), Positives = 642/754 (85%), Gaps = 8/754 (1%)
Query: 1 MFVKKLVEKASIKKIGGNSSDGLKGSDVDPRLIFHQGVPSDGDKVAYDNIQKILAISTKD 60
MF+KKLVEKASIK GNS DGLKGSDVDPRL+FHQGVPS G K AYDNIQKILA+STKD
Sbjct: 1 MFIKKLVEKASIKMPLGNSLDGLKGSDVDPRLVFHQGVPSGGAKFAYDNIQKILALSTKD 60
Query: 61 GRIKLFGKDNSQVLLISSELVPSKFLQFIQNQGILINVTSNNHIEVWDIDRKLLCDVYIV 120
GRIKLFG+DN+QVLL S E VPSKFL FIQNQGILINVT NNHIEVWDID+KLL DVYIV
Sbjct: 61 GRIKLFGEDNAQVLLESKEPVPSKFLLFIQNQGILINVTFNNHIEVWDIDKKLLSDVYIV 120
Query: 121 KAKITCFEVIQHSLYMYFGDSNGNISVLKLHKKPWYVVQMKYIIPLSASYGNPTEVSDDT 180
K +ITCF VI+HSL+MY G SNGNISVL L ++PW+VV+MKY IPLSASYGN TE SDDT
Sbjct: 121 KEEITCFSVIKHSLFMYIGFSNGNISVLMLDQEPWHVVRMKYTIPLSASYGNSTEESDDT 180
Query: 181 VVTHILPQPAAESQRVLIIFRNGQIILWDIRESKTIARTGGNMSQPLHNESKRVSCACWV 240
VVTH+LPQPAAESQRVLIIFRNGQIILWDIRE ++I RTGG + Q +NE+++VS ACWV
Sbjct: 181 VVTHVLPQPAAESQRVLIIFRNGQIILWDIREIRSIFRTGGKILQTRYNETRKVSSACWV 240
Query: 241 CPFGSKVVVGYSNGELFIWSIPSLNRTSGSASDLNSQKTPIFKLNLGYKSDRISIRSVKW 300
CPFGSKVVVGY+NGELFIWSIPSLN + A+D NSQ TP+FK NLGYKSD+ SI SVKW
Sbjct: 241 CPFGSKVVVGYNNGELFIWSIPSLNTGNSLATDYNSQNTPMFKFNLGYKSDKTSIGSVKW 300
Query: 301 IYAEGKASRLYVMGAS-----NLLQVVLLNEHIESRTIKLGLSLFECCIDMEIIXXXXXX 355
IYAEGKASRLYVMG S NLLQVVLLNEH ESRTIK+GL L E CIDMEII
Sbjct: 301 IYAEGKASRLYVMGGSDYAPSNLLQVVLLNEHTESRTIKMGLHLPEGCIDMEIISTSSKH 360
Query: 356 XXXXXXXXXXXXXXGHIYLYDDNLIERYLLQSQSKSNPSLPKEVAVKLPLADSSITTAKF 415
GH+YLYDDNLIERYLLQSQSKS+PSLPKEV VKLPLADS+ITTAKF
Sbjct: 361 RQNYFILLGKS---GHVYLYDDNLIERYLLQSQSKSSPSLPKEVVVKLPLADSNITTAKF 417
Query: 416 ISNNPNMFNSKDEDYSQMVKNYPPLIPIETNHKDWINMSSANFTGFSNVKHLYITGHSNG 475
ISNN N F+S+DE Y+Q+VKNYPPL+PIETN KD IN SS+NFTGFSN++++YITGHSNG
Sbjct: 418 ISNNSNFFSSEDEYYNQLVKNYPPLVPIETNLKDGINFSSSNFTGFSNIRNMYITGHSNG 477
Query: 476 AITFWDASCPFFIPILQIKQQSDSNFSLSGIPLTELYFDINSPLLVSGDQSGMVRIIRFK 535
AI FWDA+CPFF PILQ+KQQS+++FSLSGIPLTELYFD NSPLL SGDQSGMVRI RFK
Sbjct: 478 AINFWDATCPFFTPILQLKQQSENDFSLSGIPLTELYFDSNSPLLFSGDQSGMVRIYRFK 537
Query: 536 PEPYAFNSFMSLTGGTKKGADHVICSVKLVKTIGAVTCMNIDHISGHLAVGSDQGNVSVI 595
PEPYA NSFMSLTGGTKKG DHVI S+KL+KT G V CMNIDH S HLAVGSDQGNVSVI
Sbjct: 538 PEPYASNSFMSLTGGTKKGTDHVIHSMKLIKTSGTVICMNIDHSSRHLAVGSDQGNVSVI 597
Query: 596 DMDGPSLLYQKHIASEFSTGIISLQFITCSLNGFEKNILVVGTMDSSVQALHSETGNTLC 655
++DGPSLLY+KHIASE STGIISLQF TCSL+GFEKNIL VGT DSSV L ETGNTL
Sbjct: 598 NIDGPSLLYRKHIASEISTGIISLQFKTCSLHGFEKNILAVGTKDSSVLTLDGETGNTLS 657
Query: 656 PESVHPTKPSKALFMQVLDRQRKTIIGSITKDGLSLREGNQIEDATTKQLYVLLCSEKAL 715
++HP KPSKA+FMQVLD Q + GS+TKDGL L+EG IEDAT KQLY+LLCSEKAL
Sbjct: 658 IGTIHPKKPSKAIFMQVLDGQGEQTAGSVTKDGLELKEGIHIEDATAKQLYILLCSEKAL 717
Query: 716 YVYSFEHALQGIKKVLYKKKFHSSSCCWASTFYS 749
YVYSF HA+QG+KKVLYKKKFHSSSCCWAST S
Sbjct: 718 YVYSFAHAVQGVKKVLYKKKFHSSSCCWASTINS 751
>Glyma09g33060.1
Length = 1042
Score = 1051 bits (2718), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 525/751 (69%), Positives = 598/751 (79%), Gaps = 38/751 (5%)
Query: 17 GNSSDGLKGSDVDPRLIFHQGVPSDGDKVAYDNIQKILAISTKDGRIKLFGKDNSQVLLI 76
GNSSDGLK SDVDPRL+FH GVPS G K AYD +ILA++TKDG+IKL+GKDN+Q +L
Sbjct: 1 GNSSDGLKASDVDPRLVFHHGVPSGGAKFAYDTTLRILALATKDGQIKLYGKDNAQAMLE 60
Query: 77 SSELVPSKFLQFIQNQGILINVTSNNHIEVWDIDRKLLCDVYIVKAKITCFEVIQHSLYM 136
SSE +PSKFLQFIQNQG+LINV WDI++KLL DVYI K +IT F VIQHSLYM
Sbjct: 61 SSEPLPSKFLQFIQNQGVLINV--------WDIEKKLLSDVYIAKDEITSFTVIQHSLYM 112
Query: 137 YFGDSNGNISVLKLHKKP-WYVVQMKYIIPLSASYGNPTEVSDDTVVTHILPQPAAESQR 195
Y G SNGNISV KL ++P W++ QMKY IPLSAS+GN +E SDDT VTHILPQPAA+S+R
Sbjct: 113 YIGHSNGNISVFKLDQEPSWHLAQMKYTIPLSASHGN-SEASDDTAVTHILPQPAADSKR 171
Query: 196 VLIIFRNGQIILWDIRESKTIARTGGNMSQPLHNESKRVSCACWVCPFGSKVVVGYSNGE 255
VLI+FRNGQ+ILWDIRES++I RTGGNM QPLH E+K+V+ ACWVCPFGSKVVVGY+NGE
Sbjct: 172 VLIVFRNGQMILWDIRESRSIFRTGGNMLQPLHTETKKVTSACWVCPFGSKVVVGYNNGE 231
Query: 256 LFIWSIPSLNRTSGSASDLNSQKTPIFKLNLGYKSDRISIRSVKWIYAEGKASRLYVMGA 315
LFIWSIPSLN +GSAS ++Q TP+ KLNLGYKSD+ISI S+KW+YA GKASRLYVMGA
Sbjct: 232 LFIWSIPSLNIGNGSASKSSNQNTPLLKLNLGYKSDKISIGSIKWVYAGGKASRLYVMGA 291
Query: 316 S-----NLLQVVLLNEHIESRTIKLGLSLFECCIDMEIIXXXXXXXXXXXXXXXXXXXXG 370
S NLLQVVLLNE E+RTIKLGL L ECCIDMEII G
Sbjct: 292 SDFATSNLLQVVLLNEQTEARTIKLGLHLSECCIDMEIISTSTEQSKNKQDSFILLGKSG 351
Query: 371 HIYLYDDNLIERYLLQSQSKSNPSLPKEVAVKLPLADSSITTAKFISNNPNMFNSKDEDY 430
H+YLYDD+LIERYL+Q QSKS PSLPKEV VKLPLA+SSITTAKFISNNPNM S+DE Y
Sbjct: 352 HLYLYDDSLIERYLIQCQSKSTPSLPKEVIVKLPLAESSITTAKFISNNPNMLTSEDEYY 411
Query: 431 SQMVKNYPPLIPIETNHKDWINMSSANFTGFSNVKHLYITGHSNGAITFWDASCPFFIPI 490
Q++KN P +P+ETN KD I++SSA FTGFSNV++LYITGHSNG ITFWDASCP F PI
Sbjct: 412 RQLIKNCPLFVPVETNQKDGISLSSAKFTGFSNVQNLYITGHSNGTITFWDASCPIFTPI 471
Query: 491 LQIKQQSDSNFSLSGIPLTELYFDINSPLLVSGDQSGMVRIIRFKPEPYAFNSFMSL--- 547
LQ+KQQS+++ SLSGIPLT LYF+ NS LLVSGDQ GMV I RFKPEPYA NSF+SL
Sbjct: 472 LQLKQQSENDCSLSGIPLTALYFNSNSLLLVSGDQCGMVCIFRFKPEPYATNSFLSLTVN 531
Query: 548 --------TGGTKKGADHVICSVKLVKTIGAVTCMNIDHISGHLAVGSDQGNVSVIDMDG 599
TGGTKKG DH+I SVK VK+ GA+ +NID S HLAVGSDQG+VSV ++DG
Sbjct: 532 TSLFHSFFTGGTKKGTDHIIQSVKRVKSNGAILSLNIDPSSMHLAVGSDQGHVSVFNIDG 591
Query: 600 PSLLYQKHIASEFSTGIISLQFITCSLNGFEKNILVVGTMDSSVQALHSETGNTLCPESV 659
P+LLYQKHIASE S GIISLQF+T SL+GF NIL VGT DSSV AL ETGNTL ++
Sbjct: 592 PTLLYQKHIASEISAGIISLQFLTSSLHGFGTNILAVGTKDSSVLALDKETGNTLGTGTI 651
Query: 660 HPTKPSKALFMQVLDRQRKTIIGSITKDGLSLREGNQIEDATTKQLYVLLCSEKALYVYS 719
HP KPSKALFMQVL+ DGL L E N IEDATTKQLY+LLCSEKALYVYS
Sbjct: 652 HPKKPSKALFMQVLE------------DGLELSERNHIEDATTKQLYILLCSEKALYVYS 699
Query: 720 FEHALQGIKKVLYKKKFHSSSCCWASTFYSP 750
HA+QG+KKVLYKKKFHSS+CCWASTF SP
Sbjct: 700 LVHAIQGVKKVLYKKKFHSSTCCWASTFCSP 730
>Glyma16g22050.1
Length = 994
Score = 999 bits (2582), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 496/694 (71%), Positives = 562/694 (80%), Gaps = 18/694 (2%)
Query: 74 LLISSELVPSKFLQFIQNQGILINVTSNNHIE-----------VWDIDRKLLCDVYIVKA 122
+L SSE +PSKFLQFIQNQG+LINVTSNNHIE VWDID+KLL DVY+ K
Sbjct: 1 MLESSEPLPSKFLQFIQNQGVLINVTSNNHIEASISMDLLTFIVWDIDKKLLSDVYMAKE 60
Query: 123 KITCFEVIQHSLYMYFGDSNGNISVLKLHKKP-WYVVQMKYIIPLSASYGNPTEVSDDTV 181
+IT F VI HSLYMY G SNGNISVLKL ++P W++VQMKY IPLSASYGN +EVSDDTV
Sbjct: 61 EITSFAVIHHSLYMYIGHSNGNISVLKLDQEPSWHLVQMKYTIPLSASYGN-SEVSDDTV 119
Query: 182 VTHILPQPAAESQRVLIIFRNGQIILWDIRESKTIARTGGNMSQPLHNESKRVSCACWVC 241
VTHILPQPAAES+RVLIIFRNGQ+ILW+IRES++I +TG NM QPLH E+K+V+ ACWVC
Sbjct: 120 VTHILPQPAAESKRVLIIFRNGQMILWNIRESRSIFKTGENMLQPLHTETKKVTSACWVC 179
Query: 242 PFGSKVVVGYSNGELFIWSIPSLNRTSGSASDLNSQKTPIFKLNLGYKSDRISIRSVKWI 301
PFGSK +VGY+NGELFIWSI SLN +GSAS+ + Q TP+ KLNLGYKSD+ISI S+KW+
Sbjct: 180 PFGSKAIVGYNNGELFIWSIRSLNIGNGSASEHSYQNTPLLKLNLGYKSDKISIGSIKWV 239
Query: 302 YAEGKASRLYVMGAS-----NLLQVVLLNEHIESRTIKLGLSLFECCIDMEIIXXXXXXX 356
YA GKASRLY+MGAS NLLQVVLLNEH E+RTIKLGL L ECCIDMEII
Sbjct: 240 YAGGKASRLYIMGASDCATSNLLQVVLLNEHTEARTIKLGLHLSECCIDMEIISTSTEQS 299
Query: 357 XXXXXXXXXXXXXGHIYLYDDNLIERYLLQSQSKSNPSLPKEVAVKLPLADSSITTAKFI 416
GH+YLYDD LIERYLLQ QSKS PSLPKEV VKLPLA+SSITTAKFI
Sbjct: 300 KNKQDSFILLGKSGHLYLYDDILIERYLLQCQSKSTPSLPKEVTVKLPLAESSITTAKFI 359
Query: 417 SNNPNMFNSKDEDYSQMVKNYPPLIPIETNHKDWINMSSANFTGFSNVKHLYITGHSNGA 476
SNNPN+ +DE Y Q++ +YP +P+ETN KD I++SSA FTGFS V++LYITGHSNGA
Sbjct: 360 SNNPNVLTFEDEYYRQLITSYPLFVPVETNQKDEISLSSAKFTGFSKVQNLYITGHSNGA 419
Query: 477 ITFWDASCPFFIPILQIKQQSDSNFSLSGIPLTELYFDINSPLLVSGDQSGMVRIIRFKP 536
I FWDASCP F PILQ+KQQS+++ SLSGIPLT LYFD NSPLLVSGDQSGMV + RFK
Sbjct: 420 INFWDASCPIFTPILQLKQQSENDCSLSGIPLTALYFDSNSPLLVSGDQSGMVCVFRFKT 479
Query: 537 EPYAFNSFMSLTGGTKKGADHVICSVKLVKTIGAVTCMNIDHISGHLAVGSDQGNVSVID 596
EPYA NSFMSLTGGTKKG DH+I SVK VK GA+ +NID HLAVGSDQG+VSV +
Sbjct: 480 EPYATNSFMSLTGGTKKGTDHIIQSVKHVKINGAILSLNIDPSLMHLAVGSDQGHVSVFN 539
Query: 597 MDGPSLLYQKHIASEFSTGIISLQFITCSLNGFEKNILVVGTMDSSVQALHSETGNTLCP 656
+DGP+LLYQKHIASE S GIISLQF+T SL+GFEKNIL VGT DSSV AL E GNTL
Sbjct: 540 IDGPTLLYQKHIASEISAGIISLQFLTSSLHGFEKNILAVGTKDSSVLALDKEAGNTLGT 599
Query: 657 ESVHPTKPSKALFMQVLDRQRKTIIGSITKDGLSLREGNQIEDATTKQLYVLLCSEKALY 716
++HP KPSKALFMQVLD Q + GSITKDGL E N IEDATTKQ Y+LLCSEKALY
Sbjct: 600 GTIHPKKPSKALFMQVLDGQGAPVNGSITKDGLESSERNHIEDATTKQQYILLCSEKALY 659
Query: 717 VYSFEHALQGIKKVLYKKKFHSSSCCWASTFYSP 750
VYS HA+QG+KKVLYKK+FHSS+CCWASTFYSP
Sbjct: 660 VYSLVHAIQGVKKVLYKKRFHSSTCCWASTFYSP 693
>Glyma01g36310.1
Length = 252
Score = 276 bits (707), Expect = 5e-74, Method: Compositional matrix adjust.
Identities = 161/293 (54%), Positives = 185/293 (63%), Gaps = 47/293 (16%)
Query: 339 LFECCIDMEIIXXXXXXXXXXXXXXXXXXXXGHIYLYDDNLIERYLLQSQSKSNPSLPKE 398
L E CIDMEII GH+Y YDDNLIERY LQ+QSKS PSLPKE
Sbjct: 5 LSEGCIDMEIISTSSKHRQNYFILLGKS---GHVYQYDDNLIERYPLQNQSKSTPSLPKE 61
Query: 399 VAVKLPLADSSITTAKFISNNPNMFNSKDEDYSQMVKNYPPLIPIETNHKDWINMSSANF 458
V VKLPLADSSITTAKFISNNPN+F S+DE + S+NF
Sbjct: 62 VVVKLPLADSSITTAKFISNNPNLFTSEDE-----------------------VLCSSNF 98
Query: 459 TGFSNVKHLYITGHSNGAITFWDASCPFFIPILQIKQQSDSNFSLSGIPLTELYFDINSP 518
FSN+K LYITGHSNGAI FWDASCPFF P+LQ+KQQ L L + FD N+P
Sbjct: 99 AVFSNIKKLYITGHSNGAINFWDASCPFFTPVLQLKQQ--QMIFLKWYTLDRIIFDSNTP 156
Query: 519 LLVSGDQSGMVRIIRFKPEPYAFNSFMSLTGGTKKGADHVICSVKLVKTIGAVTCMNIDH 578
LLVSGDQSG VRI RFKPEPYA NSFM +T V C +++IG +I+H
Sbjct: 157 LLVSGDQSGTVRIYRFKPEPYASNSFMPITYC-------VACDFITLRSIGDYQG-SIEH 208
Query: 579 ISGHLAVGSDQGNVSVIDMDGPSLLYQKHIASEFSTGIISLQFITCSLNGFEK 631
IS +SVI++DGPSLLY+K+IA E STGI+SLQF TCSL+GFEK
Sbjct: 209 IS-----------ISVINIDGPSLLYRKNIAIEISTGIVSLQFKTCSLHGFEK 250