Miyakogusa Predicted Gene
- Lj6g3v0814490.1
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= Lj6g3v0814490.1 Non Chatacterized Hit- tr|I1JJF7|I1JJF7_SOYBN
Uncharacterized protein OS=Glycine max GN=Gma.31035
PE,75.45,0,GDPD,Glycerophosphoryl diester phosphodiesterase; no
description,PLC-like phosphodiesterase, TIM bet,CUFF.58450.1
(668 letters)
Database: Glyma1.pep
75,778 sequences; 25,431,882 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
Glyma02g46590.1 940 0.0
Glyma14g02070.1 940 0.0
Glyma08g43640.1 857 0.0
Glyma08g43650.1 810 0.0
Glyma08g43630.1 694 0.0
Glyma18g09530.1 554 e-157
Glyma13g22290.1 478 e-135
Glyma17g08350.1 453 e-127
Glyma18g35840.1 271 1e-72
Glyma14g10390.1 256 4e-68
Glyma18g35870.1 143 6e-34
Glyma18g07210.1 101 2e-21
Glyma05g00360.1 89 1e-17
Glyma17g08680.1 89 2e-17
Glyma18g09510.1 69 2e-11
>Glyma02g46590.1
Length = 753
Score = 940 bits (2430), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 476/653 (72%), Positives = 531/653 (81%), Gaps = 4/653 (0%)
Query: 1 MNLQNSTYITSYFKNSSKTYLVNGKSTTGSFSIDFTFKDISEVILTQGVYSRTNRFDGRS 60
+NL NSTYI S + N + +YLVNG T G F +D+T KD+S V+LTQGVYSR+N FDG +
Sbjct: 89 INLANSTYIASAYPNKTTSYLVNGVPTRGYFPLDYTLKDLSSVVLTQGVYSRSNLFDGNN 148
Query: 61 FLILRVDDIPPAVNQTNPLLWLNIQHDQFYTQHNLSMRSYVLSVARRVPISYISSPEVGF 120
F IL V+D+ + Q WLNIQHD FY QHNLSMRS+VLSV+R+V SYISSPEVGF
Sbjct: 149 FGILTVEDLA-KLRQKPKGKWLNIQHDAFYAQHNLSMRSFVLSVSRKVVFSYISSPEVGF 207
Query: 121 LRSITSRFNPKTTKLIYRFLEEDTIDPSVNQTYGSLKKNLTFIKTFASGILVPKGYIWPV 180
LRSI SRFNPKTTKL++RF+ +DPS N+TYGSL +NLTFIKTFASGILVPKGYIWPV
Sbjct: 208 LRSIASRFNPKTTKLVFRFMGLSDVDPSTNRTYGSLLQNLTFIKTFASGILVPKGYIWPV 267
Query: 181 DASLYLQPHTSLVSDAHKVGLEVFASDFVNDVPFSFNYSYDPVAEYLQFIDNGDFSVDGV 240
DA+LYLQ HTSLVSDAHK GLEVFASDFVNDVPFSFNYSYDP+AEYLQF+DNGDFSVDGV
Sbjct: 268 DATLYLQSHTSLVSDAHKAGLEVFASDFVNDVPFSFNYSYDPLAEYLQFVDNGDFSVDGV 327
Query: 241 LSDFPITPSAAVDCFAHLGPNATKTDKKTLVISKYGASGDYPPCTDLAYKQAILDGVDVL 300
LSDFPITP A+ CFAHLG NATK DK TLVISKYGASGDYP CTDLAY +AI DGVDVL
Sbjct: 328 LSDFPITPFEAIGCFAHLGTNATKKDK-TLVISKYGASGDYPACTDLAYNKAISDGVDVL 386
Query: 301 DCPVQMSRGGTPFCLSSIDLIESTNVARSSFSKNSIAIPEIQSDPGIFTFDLSWDDIKSL 360
DCPVQMS+ GTPFCL+SIDLIEST VA+SSFSK ++ IPEI+S GIF F+L+W+DIKSL
Sbjct: 387 DCPVQMSKDGTPFCLNSIDLIESTTVAQSSFSKFAMTIPEIKSGIGIFAFNLTWNDIKSL 446
Query: 361 SPQILNPYAKYRLFRNPKFKXXXXXXXXXXXXXXXKNQTSLSGVMIIVENAAYLADKQGL 420
+P ILNP+AKYRLFRNP+ K KNQTSLSGV IIVENAAYLADKQGL
Sbjct: 447 TPSILNPFAKYRLFRNPRSKNAGTLLALSDFLSLTKNQTSLSGVAIIVENAAYLADKQGL 506
Query: 421 SVTDAVIDALSKAGYDKPGAQKVFIQSTNSSVLQKFKEKTKYERVYKVDETIGDAAIAAV 480
SV DAVI ALSKAGYDKPG+QKV+IQSTNSSVL KFKEKT YE VYK+DETIGDAA AAV
Sbjct: 507 SVIDAVIGALSKAGYDKPGSQKVYIQSTNSSVLLKFKEKTSYELVYKIDETIGDAANAAV 566
Query: 481 EDIKSFAGSVVVNKESVYPLSLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDFFS 540
EDIKSFA SVVVNK+S+ P + F T T + KLK ++LSVFVETFSNEFVSQ WDFFS
Sbjct: 567 EDIKSFASSVVVNKDSIIPNNDQFLTAYTNIVPKLKNASLSVFVETFSNEFVSQAWDFFS 626
Query: 541 DATVEINTYIQAAEINGVITDFPKTADRYRRNKCLNF-KNIPSYMEPVSPGDLLTIITTD 599
DATVEINTYI A+I+G+ITDFPKTADRYRRNKCL N P+YMEPV PG L +IT +
Sbjct: 627 DATVEINTYITGAQIDGIITDFPKTADRYRRNKCLGLGDNKPTYMEPVQPGSLFGLITKE 686
Query: 600 SXXXXXXXXXXXTESEVTEAPLPPVVAKIAPASSPGAGTKLPPGNAQPKVTVC 652
TESEV E PLPP VAKIAPASSP AGTK P GN+QPKVTVC
Sbjct: 687 FLPPAEAPFPPLTESEVAEPPLPP-VAKIAPASSPNAGTKSPQGNSQPKVTVC 738
>Glyma14g02070.1
Length = 754
Score = 940 bits (2429), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 473/653 (72%), Positives = 529/653 (81%), Gaps = 4/653 (0%)
Query: 1 MNLQNSTYITSYFKNSSKTYLVNGKSTTGSFSIDFTFKDISEVILTQGVYSRTNRFDGRS 60
+NL NSTYI + + N + +Y VNG T+G F +D+T KD+S VILTQGVYSR+ FDG
Sbjct: 89 INLANSTYIATIYPNKTTSYSVNGVPTSGYFPLDYTLKDLSSVILTQGVYSRSTLFDGNG 148
Query: 61 FLILRVDDIPPAVNQTNPLLWLNIQHDQFYTQHNLSMRSYVLSVARRVPISYISSPEVGF 120
F IL VDD+ ++Q +WLNIQHD FY QHNLSMRS+VLSV+R V SYISSPEVGF
Sbjct: 149 FGILTVDDLV-KLDQKPKGIWLNIQHDAFYAQHNLSMRSFVLSVSRSVVFSYISSPEVGF 207
Query: 121 LRSITSRFNPKTTKLIYRFLEEDTIDPSVNQTYGSLKKNLTFIKTFASGILVPKGYIWPV 180
LRSI SRFNPKTTKL++RF+ + +DPS NQTYGSL KNLTFIKTFASGILVPKGYIWPV
Sbjct: 208 LRSIASRFNPKTTKLVFRFMRQSDVDPSTNQTYGSLLKNLTFIKTFASGILVPKGYIWPV 267
Query: 181 DASLYLQPHTSLVSDAHKVGLEVFASDFVNDVPFSFNYSYDPVAEYLQFIDNGDFSVDGV 240
DA+LYLQ HTSLVSDAHK GLEVFASDFVNDVP SFNYSYDP+AEYLQF+DNGDFSVDGV
Sbjct: 268 DATLYLQSHTSLVSDAHKAGLEVFASDFVNDVPSSFNYSYDPLAEYLQFVDNGDFSVDGV 327
Query: 241 LSDFPITPSAAVDCFAHLGPNATKTDKKTLVISKYGASGDYPPCTDLAYKQAILDGVDVL 300
LSDFPITP A+ CFAHLG NATK DK TLVISKYGASGDYP CTDLAY +AI DGVDVL
Sbjct: 328 LSDFPITPFEAIGCFAHLGTNATKKDK-TLVISKYGASGDYPACTDLAYNKAISDGVDVL 386
Query: 301 DCPVQMSRGGTPFCLSSIDLIESTNVARSSFSKNSIAIPEIQSDPGIFTFDLSWDDIKSL 360
DCPVQMS+ GTPFCL+SIDLIEST VA+SSFSK ++ IPEI+S GIF F+L+W+DIK L
Sbjct: 387 DCPVQMSKDGTPFCLNSIDLIESTTVAQSSFSKFAMTIPEIKSGSGIFAFNLTWNDIKIL 446
Query: 361 SPQILNPYAKYRLFRNPKFKXXXXXXXXXXXXXXXKNQTSLSGVMIIVENAAYLADKQGL 420
+P ILNP+AKYRLFRNP+ K KNQTSLSGV IIVENAAYLADKQGL
Sbjct: 447 TPSILNPFAKYRLFRNPRSKNAGTLLALSDFLSLTKNQTSLSGVAIIVENAAYLADKQGL 506
Query: 421 SVTDAVIDALSKAGYDKPGAQKVFIQSTNSSVLQKFKEKTKYERVYKVDETIGDAAIAAV 480
SV DAVI ALSKAGYDKPG+QKV+IQSTNSSVL KFKEKT YE VYK+DET+GDAA AAV
Sbjct: 507 SVIDAVIGALSKAGYDKPGSQKVYIQSTNSSVLLKFKEKTSYELVYKIDETVGDAANAAV 566
Query: 481 EDIKSFAGSVVVNKESVYPLSLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDFFS 540
EDIKSFA SVVVNK+SV P + F T T + KLK +NLSVFVETFSNEFVSQ WDFFS
Sbjct: 567 EDIKSFASSVVVNKDSVIPNNNKFLTAYTNIVPKLKNANLSVFVETFSNEFVSQAWDFFS 626
Query: 541 DATVEINTYIQAAEINGVITDFPKTADRYRRNKCLNF-KNIPSYMEPVSPGDLLTIITTD 599
D TVEIN+YI+ A+I+G+ITDFPKTADRYRRNKCL N P+YMEPV PG L +IT +
Sbjct: 627 DPTVEINSYIEGAQIDGIITDFPKTADRYRRNKCLGLGDNKPTYMEPVQPGGLFGLITKE 686
Query: 600 SXXXXXXXXXXXTESEVTEAPLPPVVAKIAPASSPGAGTKLPPGNAQPKVTVC 652
TESEV E+PLPP VAKIAPASSP A TK P GN+QPKVTVC
Sbjct: 687 FLPPAEAPLPPLTESEVAESPLPP-VAKIAPASSPNARTKFPQGNSQPKVTVC 738
Score = 52.4 bits (124), Expect = 2e-06, Method: Compositional matrix adjust.
Identities = 76/318 (23%), Positives = 139/318 (43%), Gaps = 44/318 (13%)
Query: 270 LVISKYGASGDYPPCTDLAYKQAILD-GVDV-LDCPVQMSRGGTPFCLSSIDLIESTNVA 327
LV+++ G SG P + AY A++ G DV + C VQ+++ G C I+L ST +A
Sbjct: 39 LVVARGGFSGILPDSSGAAYNLAVISTGPDVYIWCDVQLTKDGVGICQPDINLANSTYIA 98
Query: 328 ------RSSFSKNSIAIPEIQSDPGIFTFDLSWDDIKSLSPQILNP--YAKYRLFRNPKF 379
+S+S N + G F D + +K LS IL Y++ LF F
Sbjct: 99 TIYPNKTTSYSVNGVPT------SGYFPLDYT---LKDLSSVILTQGVYSRSTLFDGNGF 149
Query: 380 KXXXXXXXXXXXXXXXKNQTSLSGVMIIVENAAYLADKQGLSVTDAVIDALSKAGYDKPG 439
K G+ + +++ A+ A + LS+ V+ +
Sbjct: 150 G-------ILTVDDLVKLDQKPKGIWLNIQHDAFYA-QHNLSMRSFVLSVSRSVVFSYIS 201
Query: 440 AQKV-FIQSTNSSVLQKFKEKT-----KYERVYKVDETIGDAAIAAVED---IKSFAGSV 490
+ +V F++ S+ +F KT ++ R VD + + +++ IK+FA +
Sbjct: 202 SPEVGFLR----SIASRFNPKTTKLVFRFMRQSDVDPSTNQTYGSLLKNLTFIKTFASGI 257
Query: 491 VVNKESVYPL-SLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDFFSDATVEINTY 549
+V K ++P+ + + T +S + L VF F N+ V +++ D E +
Sbjct: 258 LVPKGYIWPVDATLYLQSHTSLVSDAHKAGLEVFASDFVND-VPSSFNYSYDPLAEYLQF 316
Query: 550 IQAAE--INGVITDFPKT 565
+ + ++GV++DFP T
Sbjct: 317 VDNGDFSVDGVLSDFPIT 334
>Glyma08g43640.1
Length = 724
Score = 857 bits (2214), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 438/658 (66%), Positives = 517/658 (78%), Gaps = 11/658 (1%)
Query: 1 MNLQNSTYITSYFKNSSKTYLVNGKSTTGSFSIDFTFKDI-SEVILTQGVYSRTNRFDGR 59
+ L+N+T I + F+N SKTY VNG T+ F++DFTF+++ S+V L QG ++R+++FD
Sbjct: 57 IKLENATNIDNVFQNRSKTYSVNGVQTSAYFAVDFTFEELYSKVFLVQGDFTRSDKFDNN 116
Query: 60 SFLILRVDDIPPAVNQTNPLLWLNIQHDQFYTQHNLSMRSYVLSVARRVPISYISSPEVG 119
F IL V+D+ N+ P LWLNIQHD FY QHNLSM+++VLSV+R V ++YISSPE G
Sbjct: 117 LFQILTVNDL--VKNEAPPGLWLNIQHDAFYEQHNLSMKNFVLSVSRTVNVNYISSPEAG 174
Query: 120 FLRSITSRFNPKTTKLIYRFLEEDTIDPSVNQTYGSLKKNLTFIKTFASGILVPKGYIWP 179
FLR+I +R NP+ TKL++RFLE+D +DPS NQTYGSL KNL IKTFASGILVPKGYIWP
Sbjct: 175 FLRTIRARINPRITKLVFRFLEKDEVDPSTNQTYGSLLKNLASIKTFASGILVPKGYIWP 234
Query: 180 VD-ASLYLQPHTSLVSDAHKVGLEVFASDFVNDVPFSFNYSYDPVAEYLQFIDNGDFSVD 238
+D +SLYL PHTSLVSDAHKVGLEVFASDF+NDVP S+NYSYDPVAEYL FIDNG+FSVD
Sbjct: 235 IDPSSLYLLPHTSLVSDAHKVGLEVFASDFLNDVPISYNYSYDPVAEYLNFIDNGNFSVD 294
Query: 239 GVLSDFPITPSAAVDCFAHLGPNATKTDKKTLVISKYGASGDYPPCTDLAYKQAILDGVD 298
GVLSDFP+TPS A+DCFAH+G NATK TLVISKYGASGDYPPCTDLAY++AI DGVD
Sbjct: 295 GVLSDFPLTPSEAIDCFAHVGLNATK-KVNTLVISKYGASGDYPPCTDLAYEKAISDGVD 353
Query: 299 VLDCPVQMSRGGTPFCLSSIDLIESTNVARSSFSKNSIAIPEIQSDPGIFTFDLSWDDIK 358
VLDCPVQMS+GG PFCLSSIDLIESTNVA+S+FSK IPEI+S GIFTFDL+WDDIK
Sbjct: 354 VLDCPVQMSKGGIPFCLSSIDLIESTNVAQSNFSKLGKIIPEIKSGNGIFTFDLAWDDIK 413
Query: 359 SLSPQILNPYAKYRLFRNPKFKXXXXXXXXXXXXXXXKNQTSLSGVMIIVENAAYLADKQ 418
+L+P +LNPY+ L+RNPK+ K QTSL GV+I +ENAAYLA KQ
Sbjct: 414 TLTPSMLNPYSINSLYRNPKYNKKGHFLTLSDFLNLPKGQTSLLGVVITIENAAYLARKQ 473
Query: 419 GLSVTDAVIDALSKAGYDKPGAQKVFIQSTNSSVLQKFKEKTKYERVYKVDETIGDAAIA 478
LSVT+AVID LSKAGYDKPGA KV IQSTNSSVL KFKEKTKYE VYK+DE +GDA +
Sbjct: 474 NLSVTEAVIDTLSKAGYDKPGAPKVMIQSTNSSVLLKFKEKTKYELVYKIDEIVGDAVDS 533
Query: 479 AVEDIKSFAGSVVVNKESVYPLSLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDF 538
A+ DIK FA SVVV K SVYP+S F TG+T+ + K K+SNLSV+VETF NEFVSQ WDF
Sbjct: 534 AILDIKRFAHSVVVKKASVYPVSKFFVTGSTKIVPKFKSSNLSVYVETFRNEFVSQAWDF 593
Query: 539 FSDATVEINTYIQAAEINGVITDFPKTADRYRRNKCLNFKN-IPSYMEPVSPGDLLTIIT 597
SDATVEINT++Q AEI+GVITDFPKTA+RYRRN+CL+ + P YMEPV G LL +
Sbjct: 594 MSDATVEINTFVQDAEIDGVITDFPKTANRYRRNRCLSLGDSKPPYMEPVRVGSLLLAMD 653
Query: 598 TDSXXXXXXXXXXXTESEVTEAPLPPVVAKIAPASSPGAGT---KLPPGNAQPKVTVC 652
S TE++VTE PLPP ++K AP SSP AGT PP NAQ KVTVC
Sbjct: 654 KYSLPPALAPAPPLTEAKVTEPPLPP-LSKTAP-SSPIAGTGQGAQPPQNAQSKVTVC 709
>Glyma08g43650.1
Length = 761
Score = 810 bits (2092), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 425/657 (64%), Positives = 501/657 (76%), Gaps = 12/657 (1%)
Query: 1 MNLQNSTYITSYFKNSSKTYLVNGKSTTGSFSIDFTFKDI-SEVILTQGVYSRTNRFDGR 59
+ L+N+T I F+N SKTY VNG T+ F++D+T ++ S V+L QG ++R FD
Sbjct: 94 IKLENATDIDKIFENRSKTYSVNGVQTSAYFAVDYTLTELRSNVLLIQGDFARNPNFDD- 152
Query: 60 SFLILRVDDIPPAVNQTNPLLWLNIQHDQFYTQHNLSMRSYVLSVARRVPISYISSPEVG 119
+F IL V+++ + P WLNIQ+D FY QHNLSM+++VLSV+R V +SYISSPE G
Sbjct: 153 NFEILTVNEMITITPASGP--WLNIQYDAFYAQHNLSMKNFVLSVSRTVNVSYISSPEAG 210
Query: 120 FLRSITSRFNPKTTKLIYRFLEEDTIDPSVNQTYGSLKKNLTFIKTFASGILVPKGYIWP 179
FLRSI + NP+ TK+++RFLE+D +DPS N+TYGSL KNL IKTFASGILVPKGYIWP
Sbjct: 211 FLRSIKAHINPRITKVVFRFLEKDEVDPSTNRTYGSLLKNLASIKTFASGILVPKGYIWP 270
Query: 180 VDAS-LYLQPHTSLVSDAHKVGLEVFASDFVNDVPFSFNYSYDPVAEYLQFIDNGDFSVD 238
VD + LYL PHTSLVSDAHKVGLEVFASD +ND+P S+NYSYDPVAEYL FIDNG+FSVD
Sbjct: 271 VDPTGLYLLPHTSLVSDAHKVGLEVFASDILNDIPISYNYSYDPVAEYLNFIDNGNFSVD 330
Query: 239 GVLSDFPITPSAAVDCFAHLGPNATKTDKKTLVISKYGASGDYPPCTDLAYKQAILDGVD 298
GVLSDFP+TPS A+DCFAH+G N+ K LVISKYGASGDYPPCTDLAY++AI DGVD
Sbjct: 331 GVLSDFPLTPSEAIDCFAHIGLNSPK-KVNILVISKYGASGDYPPCTDLAYEKAISDGVD 389
Query: 299 VLDCPVQMSRGGTPFCLSSIDLIESTNVARSSFSKNSIAIPEIQSDPGIFTFDLSWDDIK 358
VLDCPVQMS+ G PFCLSSIDLIEST+VA SSFSK IPEI+S GIFTFDL+WDDIK
Sbjct: 390 VLDCPVQMSKDGIPFCLSSIDLIESTDVALSSFSKLGKIIPEIKSGNGIFTFDLAWDDIK 449
Query: 359 SLSPQILNPYAKYRLFRNPKFKXXXXXXXXXXXXXXXKNQTSLSGVMIIVENAAYLADKQ 418
SL+P +LNPY+ L+RNPK K QTSL GV+II+ENAAYLA KQ
Sbjct: 450 SLAPSMLNPYSTSSLYRNPKSNKKGQFLTLLDFLNLTKAQTSLLGVVIIIENAAYLARKQ 509
Query: 419 GLSVTDAVIDALSKAGYDKPGAQKVFIQSTNSSVLQKFKEKTKYERVYKVDETIGDAAIA 478
LSVT+AVID LSKAGYDKPGA KV IQSTNSSVL KFKEKTKYE VYK+DE I DA +
Sbjct: 510 NLSVTEAVIDTLSKAGYDKPGAPKVMIQSTNSSVLLKFKEKTKYELVYKIDEIIRDAVDS 569
Query: 479 AVEDIKSFAGSVVVNKESVYPLSLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDF 538
A+ DIK FA SVVV K SVYP F TG+T+ + K K+SNL+V+VETFSNEFVSQ WDF
Sbjct: 570 AISDIKRFAHSVVVKKASVYPDRKQFVTGSTKIVPKFKSSNLTVYVETFSNEFVSQAWDF 629
Query: 539 FSDATVEINTYIQAAEINGVITDFPKTADRYRRNKCLNFKN-IPSYMEPVSPGDLLTIIT 597
SDATVEINT+++ A I+GVITDFPKTA+RYRRN+CLN + P YM+PV LL+ I
Sbjct: 630 MSDATVEINTFVKDAGIDGVITDFPKTANRYRRNRCLNLGDRKPPYMKPVQLPGLLSKID 689
Query: 598 TDSXXXXXXXXXXXTESEVTEAPLPPVVAKIAPASSPGAGTK---LPPGNAQPKVTV 651
S TE+EVTE PLPP ++KIAP SSP AGT+ PP NAQ KVTV
Sbjct: 690 NFSLPPALAPVPPLTEAEVTEPPLPP-LSKIAP-SSPIAGTEPGAQPPRNAQAKVTV 744
>Glyma08g43630.1
Length = 690
Score = 694 bits (1792), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 350/629 (55%), Positives = 442/629 (70%), Gaps = 9/629 (1%)
Query: 1 MNLQNSTYITSYFKNSSKTYLVNGKSTTGSFSIDFTFKDISEVILTQGVYSRTNRFDGRS 60
+ L N+T I+ + +K YLVNG ST G FS+D+ F +++ V + QGVYSRTN+FDG
Sbjct: 51 LKLDNATDISIAYPGKAKDYLVNGVSTRGWFSVDYNFGELANVSVVQGVYSRTNKFDGNK 110
Query: 61 FLILRVDDIPPAVNQTNPLLWLNIQHDQFYTQHNLSMRSYVLSV-ARRVPISYISSPEVG 119
IL V+ + + + LWLN QH F+ Q NLS+ +++ S+ R VP++YISSP+V
Sbjct: 111 LPILTVEQVAKLIKSPSTGLWLNFQHASFFKQQNLSVENFLQSLPGRSVPVNYISSPDVD 170
Query: 120 FLRSITSRFNPKTTKLIYRFLEEDTIDPSVNQTYGSLKKNLTFIKTFASGILVPKGYIWP 179
FLR + S F+ T I+R LE+ I+P+ NQTYG L KNL IKTF+SGILVPKGYIWP
Sbjct: 171 FLRRVKSSFSSGPTSFIFRILEQSKIEPTTNQTYGELLKNLALIKTFSSGILVPKGYIWP 230
Query: 180 VDASLYLQPHTSLVSDAHKVGLEVFASDFVNDVPFSFNYSYDPVAEYLQFIDNGDFSVDG 239
VD+ YLQPHT LV+DAH+ GL+VF SD NDVPFS+N+SYDP+AE L FID DFSVDG
Sbjct: 231 VDSDHYLQPHTPLVTDAHREGLQVFVSDLTNDVPFSYNFSYDPLAECLSFIDGDDFSVDG 290
Query: 240 VLSDFPITPSAAVDCFAHLGPNATKTDKKTLVISKYGASGDYPPCTDLAYKQAILDGVDV 299
VLSDFP+TPSAA++CF+ LG NA K TLVI+KYGASGD P CTDLAY QA DG DV
Sbjct: 291 VLSDFPVTPSAAINCFSGLGENA-KRQVDTLVITKYGASGDNPACTDLAYNQAKSDGADV 349
Query: 300 LDCPVQMSRGGTPFCLSSIDLIESTNVARSSFSKNSIAIPEIQSDPGIFTFDLSWDDIKS 359
LDCPVQMS+ G PFCLSSIDL+EST VA + F + I EI+ GI+TF L+WD+IK+
Sbjct: 350 LDCPVQMSKDGIPFCLSSIDLLESTTVADTQFKNRATTILEIKFRSGIYTFSLTWDEIKT 409
Query: 360 LSPQILNPYAKYRLFRNPKFKXXXXXXXXXXXXXXXKNQTSLSGVMIIVENAAYLADKQG 419
L+P ILNPY KY L RNPK K + S ++I +ENAAYLA+KQ
Sbjct: 410 LTPSILNPYEKYILSRNPKSKNLGKLITLSDFLSLNEG----SHILISIENAAYLAEKQN 465
Query: 420 LSVTDAVIDALSKAGYDKPGAQKVFIQSTNSSVLQKFKEKTKYERVYKVDETIGDAAIAA 479
L VTDAV+DAL KA KP + KV IQST+SSVL+ FK+K+K+ERVYKVDE I DAA +A
Sbjct: 466 LHVTDAVLDALQKA---KPRSHKVMIQSTHSSVLKIFKDKSKFERVYKVDENIRDAADSA 522
Query: 480 VEDIKSFAGSVVVNKESVYPLSLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDFF 539
+EDIK+FA SVV+ K SV+P S F +T T+++LK+ L V+VETFSNEFVSQ WD++
Sbjct: 523 IEDIKTFADSVVIGKASVFPESSAFLVNSTNTVARLKSFKLPVYVETFSNEFVSQAWDYY 582
Query: 540 SDATVEINTYIQAAEINGVITDFPKTADRYRRNKCLNFKNIPSYMEPVSPGDLLTIITTD 599
SD ++EIN+++ ++NG+ITDFPKTA+RYRRN CL N Y P+ PG L I+
Sbjct: 583 SDPSIEINSFVIGTKVNGIITDFPKTANRYRRNLCLKNGNKEPYRSPIEPGKLFKQISNL 642
Query: 600 SXXXXXXXXXXXTESEVTEAPLPPVVAKI 628
T+S VTEAPLP V K+
Sbjct: 643 YLPPLPPPLPVLTDSNVTEAPLPGVSGKV 671
>Glyma18g09530.1
Length = 474
Score = 554 bits (1427), Expect = e-157, Method: Compositional matrix adjust.
Identities = 282/481 (58%), Positives = 342/481 (71%), Gaps = 11/481 (2%)
Query: 162 FIKTFASGILVPKGYIWPVDASLYLQPHTSLVSDAHKVGLEVFASDFVNDVPFSFNYSYD 221
IKTFASGILVPKGYIWPVD+ LYLQPHT LV+DAH+ GL+VF SD NDVPFS+N+SYD
Sbjct: 2 LIKTFASGILVPKGYIWPVDSGLYLQPHTPLVTDAHREGLQVFVSDLTNDVPFSYNFSYD 61
Query: 222 PVAEYLQFIDNGDFSVDGVLSDFPITPSAAVDCFAHLGPNATKTDKKTLVISKYGASGDY 281
P+AE L FID DFSVDGVLSDFP+TPSAA++CF+ LG NA K TLVI+KYGASGD
Sbjct: 62 PLAECLSFIDGDDFSVDGVLSDFPVTPSAAINCFSGLGKNAKK-QVDTLVITKYGASGDN 120
Query: 282 PPCTDLAYKQAILDGVDVLDCPVQMSRGGTPFCLSSIDLIESTNVARSSFSKNSIAIPEI 341
P CTDLAY QA DG DVLDCPVQMS+ G PFCLSSIDL EST VA + + IPEI
Sbjct: 121 PACTDLAYNQAKSDGADVLDCPVQMSKDGIPFCLSSIDLSESTTVADTQLKNRATTIPEI 180
Query: 342 QSDPGIFTFDLSWDDIKSLSPQILNPYAKYRLFRNPKFKXXXXXXXXXXXXXXXKNQTSL 401
+ GI+TF L+WD+IK+L+P ILNPY KY L RNPK K + T
Sbjct: 181 KYRSGIYTFSLTWDEIKTLTPSILNPYEKYILSRNPKSKNLGKLITLSDFL----SLTEG 236
Query: 402 SGVMIIVENAAYLADKQGLSVTDAVIDALSKAGYDKPGAQKVFIQSTNSSVLQKFKEKTK 461
S ++I +ENAAYLA+KQ L VTDAV+DAL KA KP + KV IQST+SSVL+ FK+K+K
Sbjct: 237 SRILISIENAAYLAEKQNLRVTDAVLDALQKA---KPRSHKVMIQSTHSSVLKIFKDKSK 293
Query: 462 YERVYKVDETIGDAAIAAVEDIKSFAGSVVVNKESVYPLSLGFATGATRTISKLKASNLS 521
+ERVYKVDE IG AA +A+EDIK+FA +VV+ K SV+P S F T +++LK+ L
Sbjct: 294 FERVYKVDENIGGAADSAIEDIKTFADAVVIGKASVFPESSAFLVNFTNIVARLKSFKLP 353
Query: 522 VFVETFSNEFVSQGWDFFSDATVEINTYIQAAEINGVITDFPKTADRYRRNKCLNFKNIP 581
VFVETFSNEFVSQ WD++SD ++EIN+++ ++NG+ITDFPKTA+RYRRN CL N
Sbjct: 354 VFVETFSNEFVSQAWDYYSDPSIEINSFVIGTKVNGIITDFPKTANRYRRNLCLKHGNEA 413
Query: 582 SYMEPVSPGDLLTIITTDSXXXXXXXXXXXTESEVTEAPLPPVVAKIAPASSPGAGTKLP 641
YM P+ PG L I+ T+S VTEAPLP V ++ +PG G
Sbjct: 414 PYMSPIEPGKLFKQISNLYLPPLPPPLPILTDSNVTEAPLPGVSGRVP---TPGVGVAPA 470
Query: 642 P 642
P
Sbjct: 471 P 471
>Glyma13g22290.1
Length = 747
Score = 478 bits (1231), Expect = e-135, Method: Compositional matrix adjust.
Identities = 264/632 (41%), Positives = 383/632 (60%), Gaps = 25/632 (3%)
Query: 18 KTYLVNGKSTTGSFSIDFTFKDISEVILTQGVYSRTNRFDGRSFLILRVDDIPPAVNQTN 77
KTY V+GK G FS+D+ +TQ ++SR N +DG S +L +D + ++
Sbjct: 108 KTYNVDGKDVRGHFSLDYP--------VTQAIFSRPNFYDGTS-PVLNLDAL--LSGKSP 156
Query: 78 PLLWLNIQHDQFYTQHNLSMRSYVLSVARRVPISYISSPEVGFLRSITSRFNPKTTKLIY 137
P LWLN+Q+ YT++ + + VL + I ++SS +GFL+SI+ + N K TK+++
Sbjct: 157 PRLWLNVQNAALYTENGVQVVDIVLELLSFYQIEFVSSTSIGFLKSISGKSN-KATKVVF 215
Query: 138 RFLEEDTIDPSVNQTYGSLKKNLTFIKTFASGILVPKGYIWPVDASLYLQPHTSLVSDAH 197
+ L + ++PS + YGS+ K+L IK+FASGI+VPK YIWPV YL P T+LV+DAH
Sbjct: 216 KLLNNNKVEPSTKKPYGSIVKDLATIKSFASGIMVPKEYIWPVKPDKYLGPPTTLVADAH 275
Query: 198 KVGLEVFASDFVNDVPFSFNYSYDPVAEYLQFIDNGDFSVDGVLSDFPITPSAAVDCFAH 257
K GLEV+AS F ND S++Y+YDP+AEYLQF+D GD SVDGV++DFP T S A+ CFAH
Sbjct: 276 KSGLEVYASGFANDFFSSYSYNYDPIAEYLQFLDRGD-SVDGVVTDFPATASNAIACFAH 334
Query: 258 LGPNATKTDKKTLVISKYGASGDYPPCTDLAYKQAILDGVDVLDCPVQMSRGGTPFCLSS 317
N TL+IS GASG YP TDLAY+QAI DG D++DC VQM++ G FC +S
Sbjct: 335 --NNTLPKKGPTLIISNNGASGVYPGSTDLAYQQAIDDGADIIDCSVQMTKDGIAFCSNS 392
Query: 318 IDLIESTNVARSSFSKNSIAIPEIQSDPGIFTFDLSWDDIKSLSPQILNPYAKYRLFRNP 377
DL T A F S +PE+Q GIF+FDL+W +I++L PQ+++ + + RNP
Sbjct: 393 TDLTSDT-TAMPKFMSRSSNVPELQPKSGIFSFDLTWSEIQTLKPQMVSKGSDF--LRNP 449
Query: 378 KFKXXXXXXXXXXXXXXXKNQTSLSGVMIIVENAAYLADKQGLSVTDAVIDALSKAGYDK 437
K K + ++ G+++ ++NA YLA ++GL + DAV ALS A +DK
Sbjct: 450 ANKTSGKFVTLSAFLELAKAK-AVPGILVNIQNAPYLASQKGLDIVDAVSTALSNATFDK 508
Query: 438 PGAQKVFIQSTNSSVLQKFKEKTKYERVYKVDETIGDAAIAAVEDIKSFAGSVVVNKESV 497
Q+V IQS +SSVL +FK+ Y+RV + + +GD VE+IK A +V + K S+
Sbjct: 509 QAKQQVLIQSDDSSVLSRFKDIPSYKRVMLLKDKMGDVPRQTVEEIKKHADAVNLPKTSI 568
Query: 498 YPLSLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDFFSDATVEINTYIQAAEING 557
+S G T + +LK +NL+VFV NE+ + +D++SD VEI TY+Q A+++G
Sbjct: 569 IKVSNSILVGMTNVVKELKDANLTVFVHNLKNEYTTLAFDYWSDPNVEIATYVQTAKVDG 628
Query: 558 VITDFPKTADRYRRNKCLNFKNIPSYMEPVSPGDLLTIITTDSXXXXXXXXXXXTESEVT 617
++TDFP TA R+ R+ C + + P+ + P PGDLL I T+ ++V
Sbjct: 629 IVTDFPATASRFMRSPCSDPTHDPTIL-PAKPGDLLNTIPTELLPPAQAPLPPLEVADVV 687
Query: 618 EAPLPPVV-----AKIAPASSPGAGTKLPPGN 644
+ PLP V K PA+ PGA PP +
Sbjct: 688 DPPLPAVTKNSNSTKAEPAAGPGAKPASPPAS 719
>Glyma17g08350.1
Length = 621
Score = 453 bits (1165), Expect = e-127, Method: Compositional matrix adjust.
Identities = 255/607 (42%), Positives = 366/607 (60%), Gaps = 20/607 (3%)
Query: 45 LTQGVYSRTNRFDGRSFLILRVDDIPPAVNQTNPLLWLNIQHDQFYTQHNLSMRSYVLSV 104
LTQ +YSR N +DG S +L +D + ++ P WLN+Q+ Y ++ + + VL +
Sbjct: 1 LTQAIYSRPNFYDGAS-PVLNLDAL--LSGKSPPRTWLNVQNAALYIENGVQVVDIVLEL 57
Query: 105 ARRVPISYISSPEVGFLRSITSRFNPKTTKLIYRFLEEDTIDPSVNQTYGSLKKNLTFIK 164
+ I ++SS ++GFL+SI+ + N K TK++++ L + ++PS + YGS+ K+L IK
Sbjct: 58 LKVYQIEFVSSSDIGFLKSISGKSN-KATKVVFKLLNNNKVEPSTKKPYGSIVKDLVTIK 116
Query: 165 TFASGILVPKGYIWPVDASLYLQPHTSLVSDAHKVGLEVFASDFVNDVPFSFNYSYDPVA 224
+FASGI+VPK YIWPV YL T+LV+DAHK GLEV+AS F ND S++Y YDPVA
Sbjct: 117 SFASGIMVPKEYIWPVKPDKYLGLPTTLVADAHKSGLEVYASGFANDFFTSYSYDYDPVA 176
Query: 225 EYLQFIDNGDFSVDGVLSDFPITPSAAVDCFAHLGPNATKTDKKTLVISKYGASGDYPPC 284
EYLQF+D GD SVDGV++DFP T S A+ CFAH N TL+IS GASG YP
Sbjct: 177 EYLQFVDRGD-SVDGVVTDFPATASNAIACFAH--NNTLPKKAPTLIISNNGASGVYPGS 233
Query: 285 TDLAYKQAILDGVDVLDCPVQMSRGGTPFCLSSIDLIESTNVARSSFSKNSIAIPEIQSD 344
+DLAY++AI DG D++DC VQM++ G FC S DL T A F S ++PEIQ
Sbjct: 234 SDLAYQKAIDDGADIIDCSVQMTKDGIAFCSESTDLTSDTT-AMPKFMSRSSSVPEIQPK 292
Query: 345 PGIFTFDLSWDDIKSLSPQILNPYAKYRLFRNPKFKXXXXXXXXXXXXXXXKNQTSLSGV 404
GIF+FDL+W +I++L PQ+++ + + RNP K K + ++ G+
Sbjct: 293 SGIFSFDLTWKEIQTLKPQMVSKSSDF--LRNPANKTSGKIVTLSEFLELAKAK-AVPGI 349
Query: 405 MIIVENAAYLADKQGLSVTDAVIDALSKAGYDKPGAQKVFIQSTNSSVLQKFKEKTKYER 464
++ ++NA YLA K+GL + DAV AL A +DK Q+V IQS +SSVL +FK+ Y+R
Sbjct: 350 LVNIQNAPYLASKKGLDIVDAVSIALINATFDKQTKQQVLIQSDDSSVLSRFKDIPSYKR 409
Query: 465 VYKVDETIGDAAIAAVEDIKSFAGSVVVNKESVYPLSLGFATGATRTISKLKASNLSVFV 524
V + + +GD + E+IK A +V + K S+ +S G T + +LK +NL+VFV
Sbjct: 410 VMLLIDKMGDVPKQSAEEIKKHADAVNLPKTSILKISNAILVGMTSIVQELKDANLTVFV 469
Query: 525 ETFSNEFVSQGWDFFSDATVEINTYIQAAEINGVITDFPKTADRYRRNKCLNFKNIPSYM 584
+ NE+ + +D++SD VEI TYIQ A+++G++TDFP TA R+ R+ C N PS +
Sbjct: 470 HSLKNEYTTLAFDYWSDPNVEIATYIQIAKVDGIVTDFPATASRFMRSPCSIPTNDPSIL 529
Query: 585 EPVSPGDLLTIITTDSXXXXXXXXXXXTESEVTEAPLPPV--------VAKIAPASSPGA 636
P PGDLL I T+ + V + PLP V VA+ A A + A
Sbjct: 530 -PAKPGDLLNTIPTEIQPPALAPLPPLEVANVVDPPLPAVTKSSKNSTVAEPADAGATPA 588
Query: 637 GTKLPPG 643
LP G
Sbjct: 589 SPPLPSG 595
>Glyma18g35840.1
Length = 296
Score = 271 bits (694), Expect = 1e-72, Method: Compositional matrix adjust.
Identities = 138/197 (70%), Positives = 157/197 (79%), Gaps = 1/197 (0%)
Query: 404 VMIIVENAAYLADKQGLSVTDAVIDALSKAGYDKPGAQKVFIQSTNSSVLQKFKEKTKYE 463
V IIVENA YL DKQGLSV D VI ALSKAGYDKPG+QKV+IQSTNSSVL KFKEKT YE
Sbjct: 42 VAIIVENATYLVDKQGLSVIDVVISALSKAGYDKPGSQKVYIQSTNSSVLLKFKEKTSYE 101
Query: 464 RVYKVDETIGDAAIAAVEDIKSFAGSVVVNKESVYPLSLGFATGATRTISKLKASNLSVF 523
VYK+DET+GDAA A VEDIKSFA SVVVNK+SV P + F T T + KLK +NL VF
Sbjct: 102 LVYKIDETVGDAANATVEDIKSFASSVVVNKDSVIPNNNQFLTTYTNIVPKLKIANLLVF 161
Query: 524 VETFSNEFVSQGWDFFSDATVEINTYIQAAEINGVITDFPKTADRYRRNKCLNF-KNIPS 582
VETFS+EFVS WDFF+DATVEINTYI+ A+I+G+IT+FPK DRYRRNKCL N P+
Sbjct: 162 VETFSSEFVSPAWDFFADATVEINTYIEGAQIDGIITNFPKIVDRYRRNKCLGLGDNKPT 221
Query: 583 YMEPVSPGDLLTIITTD 599
YMEPV G + +IT +
Sbjct: 222 YMEPVQSGGIFGLITKE 238
>Glyma14g10390.1
Length = 336
Score = 256 bits (655), Expect = 4e-68, Method: Compositional matrix adjust.
Identities = 145/295 (49%), Positives = 185/295 (62%), Gaps = 20/295 (6%)
Query: 47 QGVYSRTNRFDGRSFLILRVDDIPPAVNQTNPLLWLNIQHDQFYTQHNLSMRSYVLSVA- 105
QGVY + DG SF L ++ + N +W Q LS+ +++LS++
Sbjct: 27 QGVYCWNEKLDGTSFTFLLLN-----MKVLNLCIW---GLTLISVQQKLSVENFLLSLST 78
Query: 106 RRVPISYISSPEVGFLRSITSRFNPKTTKLIYRFLEEDTIDPSVNQTYGSLKKNLTFIKT 165
+ V I YI S +V FLR + S FN T I++ LE+ I+P+ NQTYG L KNLT IKT
Sbjct: 79 KSVSIYYIPSLDVDFLRRVKSNFNYGPTSFIFKILEQIKIEPTTNQTYGELLKNLTQIKT 138
Query: 166 FASGILVPKGYIWPVDASLYLQPHTSLVSDAHKVGLEVFASDFVNDVPFSFNYSYDPVAE 225
FASGILVPKGYIWPVD+ LYLQPHT LVS+AH+ GL+VF SD VNDVPFS++ SYDP+ E
Sbjct: 139 FASGILVPKGYIWPVDSDLYLQPHTPLVSNAHREGLQVFVSDVVNDVPFSYDSSYDPLDE 198
Query: 226 YLQFIDNGDFSVDGVLSDFPITPSAAVDCFAHLGPNATKTDKKTLVISK--YGASGDYPP 283
L FID GDFSVDGVL DFP T S + F + L +S Y DYP
Sbjct: 199 RLSFIDGGDFSVDGVLFDFPTTASTVISKFVSF--------LRVLPLSNTIYHKFYDYPT 250
Query: 284 CTDLAY-KQAILDGVDVLDCPVQMSRGGTPFCLSSIDLIESTNVARSSFSKNSIA 337
CTD+AY +A DGVDVLD P+QMS+ PFCLSSIDL+ + R +++++
Sbjct: 251 CTDIAYNNKAKSDGVDVLDYPIQMSKDVIPFCLSSIDLLSHLDQHRGLKNRSNVV 305
>Glyma18g35870.1
Length = 111
Score = 143 bits (361), Expect = 6e-34, Method: Compositional matrix adjust.
Identities = 68/96 (70%), Positives = 82/96 (85%)
Query: 268 KTLVISKYGASGDYPPCTDLAYKQAILDGVDVLDCPVQMSRGGTPFCLSSIDLIESTNVA 327
KTLVISKYGASGD+ CT+LAY +AI DGVDVLDCPVQMS+ GTPF L+SIDLIEST VA
Sbjct: 1 KTLVISKYGASGDHLACTNLAYNKAISDGVDVLDCPVQMSKDGTPFFLNSIDLIESTTVA 60
Query: 328 RSSFSKNSIAIPEIQSDPGIFTFDLSWDDIKSLSPQ 363
+SSFSK S+ IPEI+S GIF F+L+W+DI +L+ +
Sbjct: 61 QSSFSKFSMTIPEIKSSSGIFAFNLTWNDINNLTRK 96
>Glyma18g07210.1
Length = 273
Score = 101 bits (252), Expect = 2e-21, Method: Compositional matrix adjust.
Identities = 85/269 (31%), Positives = 124/269 (46%), Gaps = 45/269 (16%)
Query: 338 IPEIQSDPGIFTFDLSWDDIKSLS------PQI-LNPYAKYRLFRNPKFKXXXXXXXXXX 390
+PE+Q GIF+FDL W +I++L P I L+P L + F
Sbjct: 9 VPELQPKSGIFSFDLIWSEIQTLKQTLQTRPTINLSPSKFLELAKTKAFPGILVKHTMCL 68
Query: 391 XXXXXKNQTSLSGVMIIVENAAYLADKQGLSVTDAVIDALSKAGYDKPGAQKVFIQSTNS 450
TSL N L + DAV LS A +DK Q+V IQS +S
Sbjct: 69 NECARVLPTSL--------NFYLKKLLLFLDIVDAVSTVLSNATFDKQAKQQVLIQSDDS 120
Query: 451 SVLQKFKEKTKYERVYKVDETIGDAAIAAVEDIKSFAGSVVVNKESVYPLSLGFATGATR 510
SVL KFK DI S+ G + K+ V ++L T + +
Sbjct: 121 SVLSKFK------------------------DIPSYKGLLEEIKKHVEAMNLP-KTLSYQ 155
Query: 511 TISKLKASNLSVFVETFSNEFVSQGWDFFSDATVEINTYIQAAEINGVITDFPKTADRYR 570
+I L +NL+V V NE+ + +D++SD V+I TYIQ A+++G++TDF TA R+
Sbjct: 156 SICFLLNANLTVVVHNLKNEYTTLAFDYWSDPDVKIATYIQTAKVDGIVTDFLATASRF- 214
Query: 571 RNKCLNFKNIPSYMEPVSPGDLLTIITTD 599
++ + K P + PGDLL I T+
Sbjct: 215 MSELFHSKWSPMIL----PGDLLNTIPTE 239
>Glyma05g00360.1
Length = 392
Score = 89.0 bits (219), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 77/324 (23%), Positives = 135/324 (41%), Gaps = 31/324 (9%)
Query: 272 ISKYGASGDYPPCTDLAYKQAILDGVDVLDCPVQMSRGGTPFCLSSIDLIESTNVARSSF 331
I+ G++G+ P T AY +AI +G D ++ + S+ G C + L +T++A +
Sbjct: 47 IAHRGSNGELPEETHPAYLRAIEEGADFIETDILSSKDGVLVCFHDVTLDNTTDIANRTE 106
Query: 332 SKNSIAIPEIQSD--PGIFTFDLSWDDIKSLSPQILNPYAKYRL-FRNPKFKXXXXXXXX 388
N E+Q + G FT D + ++KSL K R FR+ +F
Sbjct: 107 FANRKRTYEVQGENMTGFFTVDFTLKELKSLR-------VKQRCSFRDQQFNGKFQIITF 159
Query: 389 XXXXXXXKNQTSLSGVMIIVENAAYLADK----QGLSVTDAVIDALSKAGYDKPG----- 439
+ + G+ ++N ++ G D ++ L K GY
Sbjct: 160 EEFITIALDAPRVVGIYPEIKNPVFINQHVKWSHGKRFEDKFVETLQKYGYKGSYLSKDW 219
Query: 440 -AQKVFIQSTNSSVLQKFKEKTKYERVYKVDETI-----------GDAAIAAVEDIKSFA 487
Q VFIQS + L KT +V+ +D+ + +E IK +
Sbjct: 220 LRQPVFIQSFAPTSLVYISNKTDLPKVFLIDDVTVPTQDTNQSYWEITSDEYLEYIKQYV 279
Query: 488 GSVVVNKESVYPLSLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDFFSDATVEIN 547
+ K++V P+ + T T +++ A NL V T+ NEF ++F D +E +
Sbjct: 280 VGIGPWKDTVVPVVKNYMTNPTNLVARAHAHNLQVHPYTYRNEFPFLHFNFSQDPYMEYD 339
Query: 548 TYIQAAEINGVITDFPKTADRYRR 571
+I ++G+ TDF + RY+
Sbjct: 340 FWINKIGVDGLFTDFTGSLHRYQE 363
Score = 70.9 bits (172), Expect = 4e-12, Method: Compositional matrix adjust.
Identities = 77/273 (28%), Positives = 128/273 (46%), Gaps = 40/273 (14%)
Query: 1 MNLQNSTYIT--SYFKNSSKTYLVNGKSTTGSFSIDFTFKDISEVILTQGVYSRTNRFDG 58
+ L N+T I + F N +TY V G++ TG F++DFT K++ + + Q R +F+G
Sbjct: 93 VTLDNTTDIANRTEFANRKRTYEVQGENMTGFFTVDFTLKELKSLRVKQRCSFRDQQFNG 152
Query: 59 RSFLILRVDDIPPAVNQTNPL-LWLNIQHDQFYTQHNLSMRSYVLSVARRVPISYISS-P 116
+ +I + I A++ + ++ I++ F QH S +R ++ +
Sbjct: 153 KFQIITFEEFITIALDAPRVVGIYPEIKNPVFINQH------VKWSHGKRFEDKFVETLQ 206
Query: 117 EVGFLRSITSR-----------FNPKTTKLIY---------RFLEEDTIDPS--VNQTYG 154
+ G+ S S+ F P T L+Y FL +D P+ NQ+Y
Sbjct: 207 KYGYKGSYLSKDWLRQPVFIQSFAP--TSLVYISNKTDLPKVFLIDDVTVPTQDTNQSYW 264
Query: 155 SLKKN--LTFIKTFASGILVPKGYIWPVDASLYLQPHTSLVSDAHKVGLEVFASDFVNDV 212
+ + L +IK + GI K + PV + P T+LV+ AH L+V + N+
Sbjct: 265 EITSDEYLEYIKQYVVGIGPWKDTVVPVVKNYMTNP-TNLVARAHAHNLQVHPYTYRNEF 323
Query: 213 PF-SFNYSYDPVAEYLQFIDNGDFSVDGVLSDF 244
PF FN+S DP EY +I+ VDG+ +DF
Sbjct: 324 PFLHFNFSQDPYMEYDFWINK--IGVDGLFTDF 354
>Glyma17g08680.1
Length = 388
Score = 89.0 bits (219), Expect = 2e-17, Method: Compositional matrix adjust.
Identities = 75/323 (23%), Positives = 140/323 (43%), Gaps = 29/323 (8%)
Query: 272 ISKYGASGDYPPCTDLAYKQAILDGVDVLDCPVQMSRGGTPFCLSSIDLIESTNVARSSF 331
I+ G++G+ P T AY +AI +G D ++ V S+ G C + L ++T++A +
Sbjct: 47 IAHRGSNGELPEETRPAYLRAIEEGADFIETDVLSSKDGVLICFHDVTLDDTTDIANHTG 106
Query: 332 SKNSIAIPEIQ--SDPGIFTFDLSWDDIKSLSPQILNPYAKYRLFRNPKFKXXXXXXXXX 389
N E+Q + G F D + ++KSL ++ Y+ FR+ +F
Sbjct: 107 FANRKRTYEVQGINMTGFFPVDFTLKELKSL--RVKQRYS----FRDQQFNGKFQIITFE 160
Query: 390 XXXXXXKNQTSLSGVMIIVENAAYLADK----QGLSVTDAVIDALSKAGYDKPG------ 439
++ + G+ ++N ++ + G D ++ L K GY
Sbjct: 161 EFITIAQDAPRVVGIYPEIKNPVFINQQVKWSHGKRFEDKFVETLQKYGYKGSYLSKDWL 220
Query: 440 AQKVFIQSTNSSVLQKFKEKTKYERVYKVDETI-----------GDAAIAAVEDIKSFAG 488
Q VFIQS + L KT +++ +D+ I + ++ IK +
Sbjct: 221 RQPVFIQSFAPTSLVYISNKTDLPKIFLIDDVIVPTQDTNQSFWEITSDEYLDYIKQYVV 280
Query: 489 SVVVNKESVYPLSLGFATGATRTISKLKASNLSVFVETFSNEFVSQGWDFFSDATVEINT 548
+ K++V P+ + T T +++ A NL V T+ NEF ++F D +E +
Sbjct: 281 GIGPWKDTVVPVVENYMTNPTNLVARAHAHNLQVHPYTYRNEFPFLHFNFSQDPYMEYDY 340
Query: 549 YIQAAEINGVITDFPKTADRYRR 571
+I ++G+ TDF + RY+
Sbjct: 341 WINKIGVDGLFTDFTGSLHRYQE 363
Score = 68.2 bits (165), Expect = 3e-11, Method: Compositional matrix adjust.
Identities = 85/301 (28%), Positives = 136/301 (45%), Gaps = 46/301 (15%)
Query: 1 MNLQNSTYITSY--FKNSSKTYLVNGKSTTGSFSIDFTFKDISEVILTQGVYSRTNRFDG 58
+ L ++T I ++ F N +TY V G + TG F +DFT K++ + + Q R +F+G
Sbjct: 93 VTLDDTTDIANHTGFANRKRTYEVQGINMTGFFPVDFTLKELKSLRVKQRYSFRDQQFNG 152
Query: 59 RSFLIL------------RVDDIPPAVNQTNPLLWLNIQ---------HDQFYT--QHNL 95
+ +I RV I P + NP+ +N Q D+F Q
Sbjct: 153 KFQIITFEEFITIAQDAPRVVGIYPEIK--NPVF-INQQVKWSHGKRFEDKFVETLQKYG 209
Query: 96 SMRSYVLSVARRVPISYISSPEVGFLRSITSRFNPKTTKLIYRFLEEDTIDPS--VNQTY 153
SY+ R P+ +I S L I+++ T L FL +D I P+ NQ++
Sbjct: 210 YKGSYLSKDWLRQPV-FIQSFAPTSLVYISNK-----TDLPKIFLIDDVIVPTQDTNQSF 263
Query: 154 GSLKKN--LTFIKTFASGILVPKGYIWPVDASLYLQPHTSLVSDAHKVGLEVFASDFVND 211
+ + L +IK + GI K + PV + P T+LV+ AH L+V + N+
Sbjct: 264 WEITSDEYLDYIKQYVVGIGPWKDTVVPVVENYMTNP-TNLVARAHAHNLQVHPYTYRNE 322
Query: 212 VPF-SFNYSYDPVAEYLQFIDNGDFSVDGVLSDFPITPSAAVDCFAHLGPNATKTDKKTL 270
PF FN+S DP EY +I+ VDG+ +DF + ++ + N D K L
Sbjct: 323 FPFLHFNFSQDPYMEYDYWINK--IGVDGLFTDF----TGSLHRYQEWTSNHKDDDDKNL 376
Query: 271 V 271
+
Sbjct: 377 L 377
>Glyma18g09510.1
Length = 154
Score = 68.9 bits (167), Expect = 2e-11, Method: Compositional matrix adjust.
Identities = 30/39 (76%), Positives = 34/39 (87%)
Query: 226 YLQFIDNGDFSVDGVLSDFPITPSAAVDCFAHLGPNATK 264
YL FID +FSVDGVLSDFP+TPS A+DCFAH+G NATK
Sbjct: 114 YLNFIDIRNFSVDGVLSDFPLTPSEAIDCFAHIGLNATK 152