Miyakogusa Predicted Gene

Lj3g3v3689930.1
Show Alignment:  

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= Lj3g3v3689930.1 Non Chatacterized Hit- tr|G7JTL9|G7JTL9_MEDTR
Putative uncharacterized protein OS=Medicago
truncatul,85.8,0,DUF642,Protein of unknown function DUF642; SUBFAMILY
NOT NAMED,NULL; FAMILY NOT NAMED,NULL,CUFF.46193.1
         (340 letters)

Database: Glyma1.pep 
           75,778 sequences; 25,431,882 total letters

Searching..................................................done



                                                                 Score    E
Sequences producing significant alignments:                      (bits) Value

Glyma15g43180.1                                                       610   e-175
Glyma10g11620.1                                                       608   e-174
Glyma09g36220.3                                                       607   e-174
Glyma09g36220.1                                                       607   e-174
Glyma12g01110.1                                                       573   e-164
Glyma09g36220.2                                                       526   e-149
Glyma14g15120.1                                                       379   e-105
Glyma17g31330.1                                                       379   e-105
Glyma06g07440.1                                                       362   e-100
Glyma08g22380.1                                                       357   1e-98
Glyma15g01370.1                                                       351   7e-97
Glyma13g43970.1                                                       347   7e-96
Glyma06g07460.1                                                       346   2e-95
Glyma15g10150.1                                                       280   2e-75
Glyma13g28890.1                                                       278   8e-75

>Glyma15g43180.1 
          Length = 367

 Score =  610 bits (1573), Expect = e-175,   Method: Compositional matrix adjust.
 Identities = 283/337 (83%), Positives = 316/337 (93%)

Query: 4   YLQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVR 63
           YLQNGNFEE+P+P+N++KT+L+GKY+LPKWE+NGLVEY++GGPQPGGM+FPV+HG +AVR
Sbjct: 31  YLQNGNFEEQPNPKNLQKTKLMGKYSLPKWEVNGLVEYVSGGPQPGGMFFPVTHGIHAVR 90

Query: 64  LGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNGDVIA 123
           LGNEASISQ IKVKPGQ YALI+GASRTCAQDEVLRISVP QTGD+PLQTLYSLNGDVIA
Sbjct: 91  LGNEASISQNIKVKPGQLYALILGASRTCAQDEVLRISVPAQTGDVPLQTLYSLNGDVIA 150

Query: 124 WGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFPI 183
           WGFKA+SSV+KVTFHNPGVQEDP+CGPLLDA+AIREFY PM TR NLVKNPGFEEGPFPI
Sbjct: 151 WGFKATSSVVKVTFHNPGVQEDPSCGPLLDAIAIREFYPPMPTRVNLVKNPGFEEGPFPI 210

Query: 184 FNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIAQ 243
           FNSTNGVLLPP+Q D  SPLPGWIIESLKAVKFIDSKHFNVPFG GA+ELVAGRESAIAQ
Sbjct: 211 FNSTNGVLLPPQQQDGFSPLPGWIIESLKAVKFIDSKHFNVPFGLGAVELVAGRESAIAQ 270

Query: 244 ILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKAI 303
           I+RTV NKVYN+ F++GDA+NGCHGSMMVEAFAA+DT KVPFKSEGKG  KT SF+FKAI
Sbjct: 271 IIRTVTNKVYNITFSVGDAKNGCHGSMMVEAFAAKDTFKVPFKSEGKGTSKTVSFKFKAI 330

Query: 304 ESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIVSPVA 340
             RTR+TFYS+FYHTR+ DYGSLCGPV+DQVIV PVA
Sbjct: 331 APRTRLTFYSSFYHTRIDDYGSLCGPVIDQVIVFPVA 367


>Glyma10g11620.1 
          Length = 367

 Score =  608 bits (1568), Expect = e-174,   Method: Compositional matrix adjust.
 Identities = 284/337 (84%), Positives = 315/337 (93%)

Query: 4   YLQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVR 63
           YLQNGNFEE+P+P+ +KKT+L GKYALPKWEINGLVEY++GGPQPGGM+FPV+HG +AVR
Sbjct: 31  YLQNGNFEEQPNPKYLKKTKLFGKYALPKWEINGLVEYVSGGPQPGGMFFPVTHGIHAVR 90

Query: 64  LGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNGDVIA 123
           LGN+ASISQ+IKVKPGQ YALI+GASRTCAQDEVLRISVP QTGD+PLQTLYSLNGDVIA
Sbjct: 91  LGNDASISQSIKVKPGQLYALILGASRTCAQDEVLRISVPPQTGDVPLQTLYSLNGDVIA 150

Query: 124 WGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFPI 183
           WGFKA+SSV+KVTFHNPGVQEDP+CGPLLDA+AIREFY PM TR NLVKNPGFEEGPFPI
Sbjct: 151 WGFKATSSVVKVTFHNPGVQEDPSCGPLLDAIAIREFYPPMPTRVNLVKNPGFEEGPFPI 210

Query: 184 FNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIAQ 243
           FNSTNGVLLPP+Q D  SPLPGWIIESLKAVKFIDSKHFNVPFG GA+ELVAGRESAIAQ
Sbjct: 211 FNSTNGVLLPPQQQDGFSPLPGWIIESLKAVKFIDSKHFNVPFGLGAVELVAGRESAIAQ 270

Query: 244 ILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKAI 303
           I+RTV NKVYN+ F++GDA+NGCHGSMMVEAFAA+DT K PFKSEGKG FKT SF+FKAI
Sbjct: 271 IIRTVTNKVYNITFSVGDAKNGCHGSMMVEAFAAKDTFKAPFKSEGKGTFKTVSFKFKAI 330

Query: 304 ESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIVSPVA 340
             RTR+TFYS+FYHTR+ DYGSLCGPV+DQVIV PVA
Sbjct: 331 APRTRLTFYSSFYHTRIDDYGSLCGPVVDQVIVFPVA 367


>Glyma09g36220.3 
          Length = 367

 Score =  607 bits (1566), Expect = e-174,   Method: Compositional matrix adjust.
 Identities = 283/338 (83%), Positives = 314/338 (92%)

Query: 3   VYLQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAV 62
           VYL+NGNFEE P+P+ +KKT LIGKYALPKWEI+G VEY++GGPQPGGMYFPVSHG +AV
Sbjct: 30  VYLKNGNFEENPNPKYLKKTTLIGKYALPKWEISGHVEYVSGGPQPGGMYFPVSHGVHAV 89

Query: 63  RLGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNGDVI 122
           RLGNEASISQTIKVKPG+WYALI+GASRTCAQDEVLRISVP Q+G++PLQTLYSLNGDVI
Sbjct: 90  RLGNEASISQTIKVKPGKWYALILGASRTCAQDEVLRISVPPQSGEVPLQTLYSLNGDVI 149

Query: 123 AWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFP 182
           AWGF+ +SSV KV  HNPG+QEDP CGPLLDAVAI EF  P  TRANLVKNPGFE GPFP
Sbjct: 150 AWGFRPTSSVAKVILHNPGIQEDPACGPLLDAVAIAEFCPPKPTRANLVKNPGFEVGPFP 209

Query: 183 IFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIA 242
           IFNSTNGVLLPP Q D VSPLPGW+IESLKAVKFID+KHFNVPFG GA+EL+AGRES IA
Sbjct: 210 IFNSTNGVLLPPEQEDHVSPLPGWMIESLKAVKFIDAKHFNVPFGQGAVELIAGRESVIA 269

Query: 243 QILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKA 302
           QILRTVPNK+YNM+FTIGDARNGCHGSMM+EAFAA+DTLKVPFKSEGKG+FKT SF+F+A
Sbjct: 270 QILRTVPNKIYNMKFTIGDARNGCHGSMMIEAFAAKDTLKVPFKSEGKGEFKTVSFKFRA 329

Query: 303 IESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIVSPVA 340
           IE+RTRITFYS+FYHTR+HDYGSLCGPV+DQVIV PVA
Sbjct: 330 IENRTRITFYSSFYHTRIHDYGSLCGPVIDQVIVYPVA 367


>Glyma09g36220.1 
          Length = 390

 Score =  607 bits (1565), Expect = e-174,   Method: Compositional matrix adjust.
 Identities = 283/338 (83%), Positives = 314/338 (92%)

Query: 3   VYLQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAV 62
           VYL+NGNFEE P+P+ +KKT LIGKYALPKWEI+G VEY++GGPQPGGMYFPVSHG +AV
Sbjct: 53  VYLKNGNFEENPNPKYLKKTTLIGKYALPKWEISGHVEYVSGGPQPGGMYFPVSHGVHAV 112

Query: 63  RLGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNGDVI 122
           RLGNEASISQTIKVKPG+WYALI+GASRTCAQDEVLRISVP Q+G++PLQTLYSLNGDVI
Sbjct: 113 RLGNEASISQTIKVKPGKWYALILGASRTCAQDEVLRISVPPQSGEVPLQTLYSLNGDVI 172

Query: 123 AWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFP 182
           AWGF+ +SSV KV  HNPG+QEDP CGPLLDAVAI EF  P  TRANLVKNPGFE GPFP
Sbjct: 173 AWGFRPTSSVAKVILHNPGIQEDPACGPLLDAVAIAEFCPPKPTRANLVKNPGFEVGPFP 232

Query: 183 IFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIA 242
           IFNSTNGVLLPP Q D VSPLPGW+IESLKAVKFID+KHFNVPFG GA+EL+AGRES IA
Sbjct: 233 IFNSTNGVLLPPEQEDHVSPLPGWMIESLKAVKFIDAKHFNVPFGQGAVELIAGRESVIA 292

Query: 243 QILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKA 302
           QILRTVPNK+YNM+FTIGDARNGCHGSMM+EAFAA+DTLKVPFKSEGKG+FKT SF+F+A
Sbjct: 293 QILRTVPNKIYNMKFTIGDARNGCHGSMMIEAFAAKDTLKVPFKSEGKGEFKTVSFKFRA 352

Query: 303 IESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIVSPVA 340
           IE+RTRITFYS+FYHTR+HDYGSLCGPV+DQVIV PVA
Sbjct: 353 IENRTRITFYSSFYHTRIHDYGSLCGPVIDQVIVYPVA 390


>Glyma12g01110.1 
          Length = 377

 Score =  573 bits (1478), Expect = e-164,   Method: Compositional matrix adjust.
 Identities = 272/338 (80%), Positives = 300/338 (88%), Gaps = 13/338 (3%)

Query: 3   VYLQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAV 62
           VYL+NGNFEEKP+P+ +KKTRLIGKYALPKWEI+G VEYI+GGPQPGGMYFP        
Sbjct: 53  VYLKNGNFEEKPNPKYLKKTRLIGKYALPKWEISGHVEYISGGPQPGGMYFP-------- 104

Query: 63  RLGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNGDVI 122
                ASISQTIKVKPG+WYALI+GASRTCAQDE+LRISVP Q+GD+PL+TLYSLNGDVI
Sbjct: 105 -----ASISQTIKVKPGKWYALILGASRTCAQDELLRISVPPQSGDVPLRTLYSLNGDVI 159

Query: 123 AWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFP 182
           AWGF+ +SSV KV  HNPG+QEDP CGPLLDAVAI EF  P   RAN VKNPGFEEGPFP
Sbjct: 160 AWGFRPTSSVAKVILHNPGIQEDPACGPLLDAVAIAEFCSPKPARANFVKNPGFEEGPFP 219

Query: 183 IFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIA 242
           IFNSTNGVLLPP Q D VSPLPGW+IESLKAVKFID+KHF+VPFG GA+EL+ GRES IA
Sbjct: 220 IFNSTNGVLLPPEQEDHVSPLPGWMIESLKAVKFIDAKHFDVPFGQGAVELIGGRESVIA 279

Query: 243 QILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKA 302
           QILRTVPNKVYNM+ TIGDARNGCHGSMMVEAF A+DTLKVPFKSEGKGKFKT SF+F+A
Sbjct: 280 QILRTVPNKVYNMKLTIGDARNGCHGSMMVEAFVAKDTLKVPFKSEGKGKFKTVSFKFRA 339

Query: 303 IESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIVSPVA 340
           IE+RTRITFYS+FYHTR+HDYGSLCGPV+DQVIV PVA
Sbjct: 340 IENRTRITFYSSFYHTRIHDYGSLCGPVIDQVIVYPVA 377


>Glyma09g36220.2 
          Length = 290

 Score =  526 bits (1354), Expect = e-149,   Method: Compositional matrix adjust.
 Identities = 246/290 (84%), Positives = 270/290 (93%)

Query: 51  MYFPVSHGTYAVRLGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIP 110
           MYFPVSHG +AVRLGNEASISQTIKVKPG+WYALI+GASRTCAQDEVLRISVP Q+G++P
Sbjct: 1   MYFPVSHGVHAVRLGNEASISQTIKVKPGKWYALILGASRTCAQDEVLRISVPPQSGEVP 60

Query: 111 LQTLYSLNGDVIAWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANL 170
           LQTLYSLNGDVIAWGF+ +SSV KV  HNPG+QEDP CGPLLDAVAI EF  P  TRANL
Sbjct: 61  LQTLYSLNGDVIAWGFRPTSSVAKVILHNPGIQEDPACGPLLDAVAIAEFCPPKPTRANL 120

Query: 171 VKNPGFEEGPFPIFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGA 230
           VKNPGFE GPFPIFNSTNGVLLPP Q D VSPLPGW+IESLKAVKFID+KHFNVPFG GA
Sbjct: 121 VKNPGFEVGPFPIFNSTNGVLLPPEQEDHVSPLPGWMIESLKAVKFIDAKHFNVPFGQGA 180

Query: 231 IELVAGRESAIAQILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGK 290
           +EL+AGRES IAQILRTVPNK+YNM+FTIGDARNGCHGSMM+EAFAA+DTLKVPFKSEGK
Sbjct: 181 VELIAGRESVIAQILRTVPNKIYNMKFTIGDARNGCHGSMMIEAFAAKDTLKVPFKSEGK 240

Query: 291 GKFKTASFRFKAIESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIVSPVA 340
           G+FKT SF+F+AIE+RTRITFYS+FYHTR+HDYGSLCGPV+DQVIV PVA
Sbjct: 241 GEFKTVSFKFRAIENRTRITFYSSFYHTRIHDYGSLCGPVIDQVIVYPVA 290


>Glyma14g15120.1 
          Length = 366

 Score =  379 bits (974), Expect = e-105,   Method: Compositional matrix adjust.
 Identities = 185/332 (55%), Positives = 240/332 (72%), Gaps = 2/332 (0%)

Query: 5   LQNGNFEEKPDPRNVKKTRLIG-KYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVR 63
           + NGNFE  P P  +K T +IG  +++P+WEI+G VEYI  G + G M   V  G YAVR
Sbjct: 27  VANGNFELGPKPSALKGTVVIGGSHSIPEWEISGFVEYIKSGQKQGDMLLVVPEGAYAVR 86

Query: 64  LGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNG-DVI 122
           LGNEASI Q IKV  G +Y++    +RTCAQ+E L ISV    G IP+QTLY+ +G D I
Sbjct: 87  LGNEASIKQRIKVIKGMYYSITFMVARTCAQEERLNISVTPDWGVIPIQTLYTSSGWDPI 146

Query: 123 AWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFP 182
           A+GFKA +  +++  HNPG +EDP CGPL+D+VA+R  Y P AT  N++KN GFEEGP+ 
Sbjct: 147 AFGFKAENETVEMLIHNPGKEEDPACGPLVDSVALRTLYPPRATNQNILKNGGFEEGPYV 206

Query: 183 IFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIA 242
             NS+ GV++PP   D  SPLPGW++ESLKAVK+IDS HF+VP G  A+EL+AG+ESAIA
Sbjct: 207 FPNSSWGVIIPPNIEDDHSPLPGWMVESLKAVKYIDSGHFSVPQGKRAVELIAGKESAIA 266

Query: 243 QILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKA 302
           Q+ RT+P K Y + F++GDA N C GSM+VEAFA +DT+KVP++S+GKG FK A+ +F A
Sbjct: 267 QVARTIPGKTYVLSFSVGDASNSCEGSMIVEAFAGKDTIKVPYESKGKGGFKRAALKFVA 326

Query: 303 IESRTRITFYSAFYHTRVHDYGSLCGPVLDQV 334
           +  RTRI F S FY  R  D+ SLCGPV+D V
Sbjct: 327 VTPRTRIMFLSTFYTMRSDDFSSLCGPVIDDV 358


>Glyma17g31330.1 
          Length = 366

 Score =  379 bits (972), Expect = e-105,   Method: Compositional matrix adjust.
 Identities = 183/332 (55%), Positives = 239/332 (71%), Gaps = 2/332 (0%)

Query: 5   LQNGNFEEKPDPRNVKKTRLIG-KYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVR 63
           + NGNFE  P P  +K T ++G  +++P+WEI+G VEYI  G + G M   V  G YAVR
Sbjct: 27  VANGNFELGPKPSALKGTVVVGGSHSIPEWEISGFVEYIKSGQKQGDMLLVVPEGAYAVR 86

Query: 64  LGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNG-DVI 122
           LGNEASI Q IKV  G +Y++    +RTCAQ+E L ISV    G IP+QTLY+ +G D I
Sbjct: 87  LGNEASIKQRIKVIKGMYYSITFMVARTCAQEERLNISVTPDWGVIPIQTLYTSSGWDPI 146

Query: 123 AWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFP 182
           A+GFKA S  +++  HNPG +EDP CGPL+D+VA+R  Y P AT  N++KN GFEEGP+ 
Sbjct: 147 AFGFKAESETVEMLIHNPGKEEDPACGPLVDSVALRTLYPPKATNQNILKNGGFEEGPYV 206

Query: 183 IFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIA 242
             NS+ GV++PP   D  SPLPGW++ESLKAVK+IDS HF+VP G  A+EL+AG+ESAIA
Sbjct: 207 FPNSSWGVIIPPNIEDDHSPLPGWMVESLKAVKYIDSDHFSVPQGKRAVELIAGKESAIA 266

Query: 243 QILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKA 302
           Q+ RT+P K Y + F++GDA N C GSM+VEAFA +DT+KVP++S+G G FK A+ +F A
Sbjct: 267 QVARTIPGKTYVLSFSVGDASNSCEGSMIVEAFAGKDTIKVPYESKGNGGFKRAALKFVA 326

Query: 303 IESRTRITFYSAFYHTRVHDYGSLCGPVLDQV 334
           +  RTR+ F S FY  R  D+ SLCGPV+D V
Sbjct: 327 VTPRTRVMFLSTFYTMRSDDFSSLCGPVIDDV 358


>Glyma06g07440.1 
          Length = 365

 Score =  362 bits (930), Expect = e-100,   Method: Compositional matrix adjust.
 Identities = 172/336 (51%), Positives = 236/336 (70%), Gaps = 4/336 (1%)

Query: 5   LQNGNFEEKPDPRNVKKTRLIGK-YALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVR 63
           + N  FE  P P+++K T + G  +A+P WEI+G +EY+  G + G M   V +G YAVR
Sbjct: 24  IANAEFEFGPKPQDMKGTVVTGGPHAIPGWEISGFIEYLKSGQKQGDMLLVVPNGAYAVR 83

Query: 64  LGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNG-DVI 122
           LGN ASI Q IKV  G +Y++    +RTCAQ+E L +SV      +P+QTLYS NG D  
Sbjct: 84  LGNGASIKQKIKVVKGMYYSITFMVARTCAQEEKLNVSVAPDWVVLPMQTLYSGNGWDAY 143

Query: 123 AWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFP 182
           AW F+A  S++ + FH+PG +EDP CGP++D++A++  Y P  T  N++KN GFEEGP+ 
Sbjct: 144 AWSFQADYSLVDMAFHHPGKEEDPACGPIIDSIALKALYPPRPTNKNVLKNGGFEEGPYV 203

Query: 183 IFNSTNGVLLPPRQNDLV--SPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESA 240
             N+T+GVL+PP   DL   SPLPGWI+ESLKAVK+IDS HF+VP G GA+EL+ G+ESA
Sbjct: 204 FPNTTSGVLIPPNIVDLSDHSPLPGWIVESLKAVKYIDSDHFSVPLGKGAVELIGGKESA 263

Query: 241 IAQILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRF 300
           IAQ+ RT+P K Y + F +GDA N C GS+ VEA+  ++++KVP++S+GKG FK A+ +F
Sbjct: 264 IAQVARTIPGKTYTLSFAVGDAGNSCEGSLSVEAYVGKESVKVPYESKGKGGFKRATLKF 323

Query: 301 KAIESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIV 336
            A+ +RTRI F S FY  R  D+ SLCGPV+D V +
Sbjct: 324 VAVSTRTRILFLSTFYTMRSDDFASLCGPVIDDVTL 359


>Glyma08g22380.1 
          Length = 371

 Score =  357 bits (916), Expect = 1e-98,   Method: Compositional matrix adjust.
 Identities = 177/338 (52%), Positives = 229/338 (67%), Gaps = 10/338 (2%)

Query: 5   LQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVRL 64
           L NG+FE  P P  +K + +     +P W I+G+VEYI  G + G M   V HGTYAVRL
Sbjct: 28  LPNGDFEVGPKPSELKGSIVTTPNGIPHWTISGMVEYIKSGQKQGDMVLVVPHGTYAVRL 87

Query: 65  GNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISV-------PWQTGDIPLQTLYSL 117
           GNEASI Q I+V  G +Y+L   ASRTCAQ+E L +SV        W  G  P+QT+Y  
Sbjct: 88  GNEASIKQKIQVVKGMFYSLTFSASRTCAQEEKLNVSVVPSNEKSDW--GVFPIQTMYGS 145

Query: 118 NG-DVIAWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGF 176
           NG D  A GF+A    +++  HNPGV EDP CGPL+D+VA++  + P  TR NL+KN  F
Sbjct: 146 NGCDSYACGFRADYPRVEIVIHNPGVDEDPACGPLIDSVALKLLHSPKRTRDNLLKNGNF 205

Query: 177 EEGPFPIFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAG 236
           EEGP+     + GVL+PP   D  SPLPGW++ESLKAVK+IDS HF VP G  AIELVAG
Sbjct: 206 EEGPYVFPKESWGVLIPPHIEDAYSPLPGWMVESLKAVKYIDSDHFAVPEGKRAIELVAG 265

Query: 237 RESAIAQILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTA 296
           +ESAIAQ++ T+  KVY++ F +GDA N C GSM+VEAFA +DT++V ++S+GKG F   
Sbjct: 266 KESAIAQVVITIIGKVYDLTFVVGDANNSCEGSMVVEAFAGKDTIQVQYQSKGKGGFIRG 325

Query: 297 SFRFKAIESRTRITFYSAFYHTRVHDYGSLCGPVLDQV 334
             RFKA+ +RTRI F S FY T+  + GSLCGP++D +
Sbjct: 326 KLRFKAMSTRTRIRFLSTFYTTKSDNTGSLCGPIIDDI 363


>Glyma15g01370.1 
          Length = 374

 Score =  351 bits (900), Expect = 7e-97,   Method: Compositional matrix adjust.
 Identities = 174/336 (51%), Positives = 225/336 (66%), Gaps = 6/336 (1%)

Query: 5   LQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVRL 64
           L NGNFE+ P P  +K + + G  A+P W I+G VEYI  G + G M   V  G YAVRL
Sbjct: 28  LPNGNFEQGPKPSQLKGSVVTGHDAIPNWTISGFVEYIKSGQKQGDMLLVVPEGDYAVRL 87

Query: 65  GNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQT-----GDIPLQTLYSLNG 119
           GNEASI Q +K+  G +Y++   A+RTCAQ+E L +SV   T     G IP+QT+Y  NG
Sbjct: 88  GNEASIKQKLKLIKGSFYSITFSAARTCAQEEKLNVSVVPTTEKRDWGIIPIQTMYGSNG 147

Query: 120 -DVIAWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEE 178
            +    GF+A     ++  HNPG +EDP CGPL+D+VA++  Y P  TRANL+KN  FEE
Sbjct: 148 WESFTCGFRADFPEAQIVIHNPGKEEDPACGPLIDSVALKVLYPPKRTRANLLKNGNFEE 207

Query: 179 GPFPIFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRE 238
           GP+   NS+ G L+PP   D   PLPGWI+ESLKAVK+IDS HF VP G  AIELVAG+E
Sbjct: 208 GPYIFPNSSWGALIPPHIEDSHGPLPGWIVESLKAVKYIDSDHFAVPEGKRAIELVAGKE 267

Query: 239 SAIAQILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASF 298
           SA+AQ++ T   K Y++ F +GDA N C  SMMVEAFA  +T++VP++S+GKG F     
Sbjct: 268 SALAQVVITTIGKTYDLTFAVGDANNACESSMMVEAFAGTNTVQVPYQSKGKGGFVRGKL 327

Query: 299 RFKAIESRTRITFYSAFYHTRVHDYGSLCGPVLDQV 334
           RFKA+ +RTR+ F S FY  +  + GSLCGPV+D V
Sbjct: 328 RFKAVSTRTRLRFLSTFYTMKSDNSGSLCGPVIDDV 363


>Glyma13g43970.1 
          Length = 374

 Score =  347 bits (891), Expect = 7e-96,   Method: Compositional matrix adjust.
 Identities = 173/336 (51%), Positives = 224/336 (66%), Gaps = 6/336 (1%)

Query: 5   LQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVRL 64
           L NGNFE+ P P  +K + + G  A+P W I+G VEYI  G + G M   V  G YAVRL
Sbjct: 28  LPNGNFEQGPKPSQLKGSVVTGHDAIPNWTISGFVEYIKSGQKQGDMLLVVPEGDYAVRL 87

Query: 65  GNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQT-----GDIPLQTLYSLNG 119
           GNEASI Q +K+  G +Y++   A+RTCAQ+E L +SV   T     G IP+QT+Y  NG
Sbjct: 88  GNEASIKQKLKLIKGSFYSITFSAARTCAQEEKLNVSVVPTTEKRDWGIIPIQTMYGSNG 147

Query: 120 -DVIAWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEE 178
            +    GF+A     ++  HNPG +EDP CGPL+D+VA++  Y P  TRANL+KN   EE
Sbjct: 148 WESFTCGFRADFPEAEIVIHNPGKEEDPACGPLIDSVALKVLYPPKRTRANLLKNGNLEE 207

Query: 179 GPFPIFNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRE 238
           GP+   NS+ G L+PP   D   PLPGWI+ESLKAVK+IDS HF VP G  AIELVAG+E
Sbjct: 208 GPYIFPNSSWGALIPPHIEDSHGPLPGWIVESLKAVKYIDSDHFAVPEGKRAIELVAGKE 267

Query: 239 SAIAQILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASF 298
           SA+AQ++ T   K Y++ F +GDA N C  SMMVEAFA  +T++VP++S+GKG F     
Sbjct: 268 SALAQVVITTIGKTYDLTFAVGDANNECEASMMVEAFAGANTVQVPYQSKGKGGFVRGKL 327

Query: 299 RFKAIESRTRITFYSAFYHTRVHDYGSLCGPVLDQV 334
           RFKA+ +RTR+ F S FY  +  + GSLCGPV+D V
Sbjct: 328 RFKAVSTRTRLRFLSTFYTMKSDNSGSLCGPVIDDV 363


>Glyma06g07460.1 
          Length = 370

 Score =  346 bits (888), Expect = 2e-95,   Method: Compositional matrix adjust.
 Identities = 165/337 (48%), Positives = 233/337 (69%), Gaps = 4/337 (1%)

Query: 4   YLQNGNFEEKPDPRNVKKTRLIGK-YALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAV 62
           ++ NG FE  P P+++K T + G  +++P WEI+G +EYI  G +   M   V +G YAV
Sbjct: 22  HVINGEFELGPKPQDMKGTVVTGGPHSIPGWEISGFIEYIKSGQKQDDMLLVVPNGAYAV 81

Query: 63  RLGNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNG-DV 121
           RLGNEASI Q +KV  G +Y++    +RTCAQ+E L +S       +P+QT+Y  NG D 
Sbjct: 82  RLGNEASIKQNLKVVKGMYYSITFVVARTCAQEEKLNVSAAPDWVVLPMQTVYGGNGWDA 141

Query: 122 IAWGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPF 181
            AW F+A    + + FHNPG +EDP CGP++D++AI+  Y P  T  N++KN GFEEGP+
Sbjct: 142 YAWSFRADYPSVDMVFHNPGKEEDPACGPIIDSIAIQPLYPPRLTNKNVLKNGGFEEGPY 201

Query: 182 PIFNSTNGVLLPPRQNDLV--SPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRES 239
              N+++GVL+PP   D +  SPLPGW++ESLKAV++IDS HF+VP G  A+EL+ G+ES
Sbjct: 202 VFPNTSSGVLIPPNIVDHIEHSPLPGWMVESLKAVRYIDSDHFSVPKGKRAVELIGGKES 261

Query: 240 AIAQILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFR 299
           AIAQ+ RT+P K Y + F +GDA N C GS+ VEA+  ++++KVP++S+GKG FK A+ +
Sbjct: 262 AIAQVARTIPGKTYTLFFAVGDAGNSCEGSLSVEAYVGKESVKVPYESKGKGGFKRATLK 321

Query: 300 FKAIESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIV 336
           F A+ +RTRI F S FY+ R  D  SLCGPV+D V +
Sbjct: 322 FVAVSTRTRILFLSTFYNMRSDDLASLCGPVIDDVTL 358


>Glyma15g10150.1 
          Length = 393

 Score =  280 bits (715), Expect = 2e-75,   Method: Compositional matrix adjust.
 Identities = 140/333 (42%), Positives = 205/333 (61%), Gaps = 1/333 (0%)

Query: 5   LQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVRL 64
           + NG+FE  P      +  + G   +P W+ NG VE +  G + GGM   V  G +AVRL
Sbjct: 33  VANGDFEVSPSSGFPNEAIVEGPSEVPNWKSNGNVELVESGQKQGGMILIVPQGRHAVRL 92

Query: 65  GNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNG-DVIA 123
           GN+A ISQ + V+ G  Y+L   A+RTCAQ E + +SV   +  + LQTLY++ G +  A
Sbjct: 93  GNDAEISQELPVEKGSIYSLTFCAARTCAQLESINVSVAPASQTVDLQTLYNVQGWNPYA 152

Query: 124 WGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFPI 183
             F A     ++ F NPG+++DPTCGP++D +AI++ + P   + N V N  FEEGP+  
Sbjct: 153 VSFNADEDTFRLVFKNPGMEDDPTCGPIIDNIAIKKLFTPDKPKDNAVINGDFEEGPWMF 212

Query: 184 FNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIAQ 243
            N++ GVLLP   ++  S LPGWI+ES +AV++IDS H++VP G  AIEL++G+E  I+Q
Sbjct: 213 RNTSLGVLLPTNLDEEASSLPGWIVESNRAVRYIDSDHYSVPQGRRAIELLSGKEGIISQ 272

Query: 244 ILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKAI 303
           ++ T P+K+Y++ F++G A + C   + V AFA      + +       F+TA+  F A 
Sbjct: 273 MVETKPDKLYSLTFSLGHADDKCKEPLAVMAFAGDQAQNIHYTPNSNSTFQTANVNFTAK 332

Query: 304 ESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIV 336
             RTRI FYS +Y+TR  D  SLCGPV+D V V
Sbjct: 333 AERTRIAFYSIYYNTRSDDMSSLCGPVVDDVRV 365


>Glyma13g28890.1 
          Length = 393

 Score =  278 bits (710), Expect = 8e-75,   Method: Compositional matrix adjust.
 Identities = 140/333 (42%), Positives = 205/333 (61%), Gaps = 1/333 (0%)

Query: 5   LQNGNFEEKPDPRNVKKTRLIGKYALPKWEINGLVEYITGGPQPGGMYFPVSHGTYAVRL 64
           + NG+FE  P      +  + G   +P W+ NG VE +  G + GGM   V  G +AVRL
Sbjct: 33  VANGDFEATPRNGFPNEAIVEGPSEVPNWKSNGNVELVESGQKQGGMILIVPQGRHAVRL 92

Query: 65  GNEASISQTIKVKPGQWYALIIGASRTCAQDEVLRISVPWQTGDIPLQTLYSLNG-DVIA 123
           GN+A ISQ + V+ G  Y+L   A+RTCAQ E + +SV   +  I LQTLY++ G +  A
Sbjct: 93  GNDAEISQELPVEKGSIYSLTFCAARTCAQFESINVSVLPASQTIDLQTLYNVQGWNPYA 152

Query: 124 WGFKASSSVIKVTFHNPGVQEDPTCGPLLDAVAIREFYRPMATRANLVKNPGFEEGPFPI 183
             F A     ++ F NPG+++DPTCGP++D +AI++ + P+  + N V N  FEEGP+  
Sbjct: 153 VSFNADQDTFRLLFKNPGMEDDPTCGPIIDNIAIKKLFTPLKPKDNAVINGDFEEGPWMF 212

Query: 184 FNSTNGVLLPPRQNDLVSPLPGWIIESLKAVKFIDSKHFNVPFGNGAIELVAGRESAIAQ 243
            N++ GVLLP   ++  S LPGWI+ES +AV++IDS H++VP G  AIEL++G+E  I+Q
Sbjct: 213 RNTSLGVLLPTNLDEETSSLPGWIVESNRAVRYIDSDHYSVPQGRRAIELLSGKEGIISQ 272

Query: 244 ILRTVPNKVYNMRFTIGDARNGCHGSMMVEAFAARDTLKVPFKSEGKGKFKTASFRFKAI 303
           ++ T P+ +Y++ F++G A + C   + V AFA      + +       F+TA+  F A 
Sbjct: 273 MVETKPDMLYSLTFSLGHADDKCKEPLAVMAFAGDQAQNIHYTPNSNSTFQTANVNFTAK 332

Query: 304 ESRTRITFYSAFYHTRVHDYGSLCGPVLDQVIV 336
             RTRI FYS +Y+TR  D  SLCGPV+D V V
Sbjct: 333 AERTRIAFYSIYYNTRSDDMSSLCGPVVDDVRV 365