Miyakogusa Predicted Gene
- Lj1g3v1932460.1
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= Lj1g3v1932460.1 Non Chatacterized Hit- tr|I1K913|I1K913_SOYBN
Uncharacterized protein OS=Glycine max PE=4 SV=1,76.51,0,SUBFAMILY NOT
NAMED,NULL; FAMILY NOT NAMED,NULL; seg,NULL;
Xan_ur_permease,Xanthine/uracil/vitamin C,CUFF.28157.1
(476 letters)
Database: Glyma1.pep
75,778 sequences; 25,431,882 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
Glyma06g07780.1 706 0.0
Glyma04g07690.1 706 0.0
Glyma17g29850.1 671 0.0
Glyma14g16610.1 656 0.0
Glyma17g29830.1 644 0.0
Glyma17g29950.1 632 0.0
Glyma08g22300.1 431 e-121
Glyma07g03760.1 153 4e-37
>Glyma06g07780.1
Length = 446
Score = 706 bits (1822), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 348/432 (80%), Positives = 389/432 (90%), Gaps = 1/432 (0%)
Query: 36 SAVQKLKRNLILHSTWAELNGAMGDLGTYIPIVLSLTLAKNLNLGTTLIFTGMYNIITGA 95
SAVQK+K NL+ STWAELNGAMGDLGTYIPIVLSLTLA +LNLGTTLIFTGMYNIITGA
Sbjct: 15 SAVQKVKSNLVFRSTWAELNGAMGDLGTYIPIVLSLTLASDLNLGTTLIFTGMYNIITGA 74
Query: 96 IYGVPMPVQPMKSIAAEALSDPNFAVPEIMASGILTGAVLMVLGCTGLMQLAYKLIPLCV 155
IYGVPMPVQPMKSIAA AL+DP F++PEIMASGILTGA ++VLG TGLMQLAYKLIPLCV
Sbjct: 75 IYGVPMPVQPMKSIAAVALADPTFSIPEIMASGILTGATMLVLGVTGLMQLAYKLIPLCV 134
Query: 156 VRGIQLAQGLSFAFTAVKYVRKVQNLPKSKALENRHWFGFDGLVLALVCVCFIVLVNGAS 215
VRGIQLAQGLSFA TAVKYVRKVQ+LP+SK+++ RH GFDGL+LA+ CVCFIV+VNGA
Sbjct: 135 VRGIQLAQGLSFALTAVKYVRKVQDLPRSKSMDQRHSLGFDGLILAIACVCFIVIVNGA- 193
Query: 216 GDDQDQNDGKETSRNYDLGGVEGERKRSSRVKKIIFSIPSAFIVFVLGVILAFVRRPGVV 275
G+D + + + + +++++IF++PSAF+VFVLGV+LAF+RRP VV
Sbjct: 194 GEDPNHDHDHDHDEEPSHQIQARISNKVRKIRRVIFALPSAFLVFVLGVLLAFIRRPRVV 253
Query: 276 HEIKFGPSSIEVVKISKHAWKEGFIKGTIPQLPLSVLNSVIAVCKLSSDLFPGKDFSVTS 335
HEIKFGPSSIEVVK+S+HAWK+GFIKGTIPQLPLS+LNSVIAVCKLSSDLFPGKDFSVTS
Sbjct: 254 HEIKFGPSSIEVVKMSRHAWKQGFIKGTIPQLPLSILNSVIAVCKLSSDLFPGKDFSVTS 313
Query: 336 LSVTVGLMNLVGGWFGAMPSCHGAGGLAGQYKFGGRSGGCVAILGAAKLVLGFVLGTSLA 395
LSVTVGLMNLVGGWFGAMP CHGAGGLAGQYKFGGRSGGCVA+LGAAKL+LGFVLG+SLA
Sbjct: 314 LSVTVGLMNLVGGWFGAMPCCHGAGGLAGQYKFGGRSGGCVALLGAAKLILGFVLGSSLA 373
Query: 396 HFFNQFPVGILGVLLLFAGIELAMASRDINTKEDSFVMLICTAVSLVGSSAALGFLCGMI 455
HFFNQFPVGILGVLLLFAG+ELAMASRD+NTKEDSFVML+CTAVSLVGSSAALGFLCGMI
Sbjct: 374 HFFNQFPVGILGVLLLFAGVELAMASRDMNTKEDSFVMLLCTAVSLVGSSAALGFLCGMI 433
Query: 456 VSGLLWLRTWIT 467
V LL LR WI
Sbjct: 434 VFVLLKLRDWIN 445
>Glyma04g07690.1
Length = 445
Score = 706 bits (1821), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 348/430 (80%), Positives = 387/430 (90%), Gaps = 2/430 (0%)
Query: 36 SAVQKLKRNLILHSTWAELNGAMGDLGTYIPIVLSLTLAKNLNLGTTLIFTGMYNIITGA 95
SAVQK+K NL+ STW ELNGAMGDLGTYIPIVLSLTLA++LNLGTTLIFTGMYNIITGA
Sbjct: 15 SAVQKVKSNLVFRSTWPELNGAMGDLGTYIPIVLSLTLARDLNLGTTLIFTGMYNIITGA 74
Query: 96 IYGVPMPVQPMKSIAAEALSDPNFAVPEIMASGILTGAVLMVLGCTGLMQLAYKLIPLCV 155
IYGVPMPVQPMKSIAA AL+DP F++PEIMASGILTGA L+VLG TGLMQL YKLIPLCV
Sbjct: 75 IYGVPMPVQPMKSIAAVALADPTFSIPEIMASGILTGATLLVLGVTGLMQLVYKLIPLCV 134
Query: 156 VRGIQLAQGLSFAFTAVKYVRKVQNLPKSKALENRHWFGFDGLVLALVCVCFIVLVNGAS 215
VRGIQLAQGLSFA TAVKYVRKVQ+LP+SK+L+ R+WFGFDGLVLA+VCVCFIV+VNGA
Sbjct: 135 VRGIQLAQGLSFALTAVKYVRKVQDLPRSKSLDQRYWFGFDGLVLAIVCVCFIVIVNGAG 194
Query: 216 GDDQDQNDGKETSRNYDLGGVEGERKRSSRVKKIIFSIPSAFIVFVLGVILAFVRRPGVV 275
D + + + + +++++IF++PSAF+VFVLGV+L F+RRP V+
Sbjct: 195 EDHDHDHGHGHGEESTH--QTQARISKVRKIRRVIFALPSAFLVFVLGVVLTFIRRPRVM 252
Query: 276 HEIKFGPSSIEVVKISKHAWKEGFIKGTIPQLPLSVLNSVIAVCKLSSDLFPGKDFSVTS 335
HEIKFGPSSIEVVK+S+HAWK+GFIKGTIPQLPLS+LNSVIAVCKLSSDLFPGKDFSVTS
Sbjct: 253 HEIKFGPSSIEVVKMSRHAWKQGFIKGTIPQLPLSILNSVIAVCKLSSDLFPGKDFSVTS 312
Query: 336 LSVTVGLMNLVGGWFGAMPSCHGAGGLAGQYKFGGRSGGCVAILGAAKLVLGFVLGTSLA 395
LSVTVGLMNLVGGWFGAMP CHGAGGLAGQYKFGGRSGGCVA+LGAAKL+LGFVLG+SLA
Sbjct: 313 LSVTVGLMNLVGGWFGAMPCCHGAGGLAGQYKFGGRSGGCVALLGAAKLILGFVLGSSLA 372
Query: 396 HFFNQFPVGILGVLLLFAGIELAMASRDINTKEDSFVMLICTAVSLVGSSAALGFLCGMI 455
HFFNQFPVGILGVLLLFAG+ELAMASRDINTKEDSFVML+CTAVSLVGSSAALGFLCGMI
Sbjct: 373 HFFNQFPVGILGVLLLFAGVELAMASRDINTKEDSFVMLLCTAVSLVGSSAALGFLCGMI 432
Query: 456 VSGLLWLRTW 465
V LL LR W
Sbjct: 433 VFVLLKLRDW 442
>Glyma17g29850.1
Length = 410
Score = 671 bits (1731), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 334/429 (77%), Positives = 369/429 (86%), Gaps = 24/429 (5%)
Query: 38 VQKLKRNLILHSTWAELNGAMGDLGTYIPIVLSLTLAKNLNLGTTLIFTGMYNIITGAIY 97
V+K+K NL+ HS W ELNGAMGDLGTY+PIVL+LTLA++LNLGTTLIFTG+YNIITG IY
Sbjct: 2 VEKIKNNLVFHSKWGELNGAMGDLGTYVPIVLALTLARDLNLGTTLIFTGVYNIITGVIY 61
Query: 98 GVPMPVQPMKSIAAEALSDPNFAVPEIMASGILTGAVLMVLGCTGLMQLAYKLIPLCVVR 157
GVPMPVQPMKSIAA+ALSD +F VPEIM +GILTG VL VLG TGLMQL Y LIPLCVVR
Sbjct: 62 GVPMPVQPMKSIAAQALSDTDFGVPEIMTAGILTGGVLFVLGVTGLMQLVYMLIPLCVVR 121
Query: 158 GIQLAQGLSFAFTAVKYVRKVQNLPKSKALENRHWFGFDGLVLALVCVCFIVLVNGASGD 217
GIQLAQGLSFA TAVKYVRK+Q+LPKSK+L RHWFG DGLVLA+VC+CFIV+VNGA
Sbjct: 122 GIQLAQGLSFALTAVKYVRKIQDLPKSKSLGERHWFGLDGLVLAIVCLCFIVVVNGA--- 178
Query: 218 DQDQNDGKETSRNYDLGGVEGERKR-SSRVKKIIFSIPSAFIVFVLGVILAFVRRPGVVH 276
GE+ R +SRV+K+IFS+PSAF+VFVLGV+LAF+RR VVH
Sbjct: 179 --------------------GEKSRGTSRVRKVIFSLPSAFMVFVLGVVLAFIRRHEVVH 218
Query: 277 EIKFGPSSIEVVKISKHAWKEGFIKGTIPQLPLSVLNSVIAVCKLSSDLFPGKDFSVTSL 336
EIKFGPSSIEVVK SKHAWK+GF+KG IPQLPLS+LNSV+AVCKLSSDLFPGKDFS TSL
Sbjct: 219 EIKFGPSSIEVVKFSKHAWKKGFVKGAIPQLPLSILNSVVAVCKLSSDLFPGKDFSATSL 278
Query: 337 SVTVGLMNLVGGWFGAMPSCHGAGGLAGQYKFGGRSGGCVAILGAAKLVLGFVLGTSLAH 396
SVTVGLMNL+G WFGAMPSCHGAGGLAGQYKFGGRSGGCVA+LG AKLVLG VLGTSLAH
Sbjct: 279 SVTVGLMNLIGSWFGAMPSCHGAGGLAGQYKFGGRSGGCVALLGVAKLVLGLVLGTSLAH 338
Query: 397 FFNQFPVGILGVLLLFAGIELAMASRDINTKEDSFVMLICTAVSLVGSSAALGFLCGMIV 456
QFPVGILGVLLLFAGIELAM +RD+NTKEDSFV L+ TAVSLVGSSAALGFLCGM+V
Sbjct: 339 ILKQFPVGILGVLLLFAGIELAMCARDMNTKEDSFVTLVITAVSLVGSSAALGFLCGMVV 398
Query: 457 SGLLWLRTW 465
LL LR W
Sbjct: 399 YVLLRLRNW 407
>Glyma14g16610.1
Length = 431
Score = 656 bits (1693), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 331/421 (78%), Positives = 366/421 (86%), Gaps = 6/421 (1%)
Query: 58 MGDLGTYIPIVLSLTLAKNLNLGTTLIFTGMYNIITGAIYGVPMPVQPMKSIAAEALSDP 117
MGDLGTYIPIVL+LTLA++LNLGTTLIFTG+YNIITGAIYGVPMPVQPMKSIAA+ALSD
Sbjct: 1 MGDLGTYIPIVLALTLARDLNLGTTLIFTGVYNIITGAIYGVPMPVQPMKSIAAQALSDT 60
Query: 118 NFAVPEIMASGILTGAVLMVLGCTGLMQLAYKLIPLCVVRGIQLAQGLSFAFTAVKYVRK 177
+F VPEIM +GILTG VL VLG TGLMQL Y LIPLCVVRGIQLAQGLSFA TAVKYVRK
Sbjct: 61 DFGVPEIMTAGILTGGVLFVLGVTGLMQLVYMLIPLCVVRGIQLAQGLSFALTAVKYVRK 120
Query: 178 VQNLPKSKALENRHWFGFDGLVLALVCVCFIVLVNGASGDDQDQNDGKETSRNYDLGGVE 237
+Q+LPKSK+L RHWFG DGLVLA+VC+CFIV+VNGA + D E+ + DLGG +
Sbjct: 121 IQDLPKSKSLGQRHWFGLDGLVLAIVCLCFIVIVNGAGEKSRGCCDVVESGGDDDLGGQK 180
Query: 238 G-----ERKRSSRVKKIIFSIPSAFIVFVLGVILAFVRRPGVVHEIKFGPSSIEVVKISK 292
ER R+ V+K+IFS+PSAF+VFVLGV+LAF+RR VVHEIKFGPS+IEVVK SK
Sbjct: 181 RRNEVVERNRTRWVRKVIFSLPSAFMVFVLGVVLAFIRRHEVVHEIKFGPSTIEVVKFSK 240
Query: 293 HAWKEGFIKGTIPQLPLSVLNSVIAVCKLSSDLFPGKDFSVTSLSVTVGLMNLVGGWFGA 352
HAWK+GF+KG IPQLPLS+LNSV+AVCKLSSDLFPGKDFS TSLSVTVGLMNL+G WFGA
Sbjct: 241 HAWKKGFVKGAIPQLPLSILNSVVAVCKLSSDLFPGKDFSPTSLSVTVGLMNLIGSWFGA 300
Query: 353 MPSCHGAGGLAGQYKFGGRSGGCVAILGAAKLVLGFVLGTSLAHFFNQFPVGILGVLLLF 412
MPSCHGAGGLAGQYKFGGRSGGCVA+LGAAKLVLG VLGTSLAH QFPVGILGVLLLF
Sbjct: 301 MPSCHGAGGLAGQYKFGGRSGGCVALLGAAKLVLGLVLGTSLAHILKQFPVGILGVLLLF 360
Query: 413 AGIELAMASRDINTKEDSFVMLICTAVSLVGSSAALGFLCGMIVSGLLWLRTWITSSKPT 472
AGIELAM +RD+NTKEDSFV L+ TAVSLVGSSAALGFLCGM+V LL LR W T KP
Sbjct: 361 AGIELAMCARDMNTKEDSFVTLVITAVSLVGSSAALGFLCGMVVYVLLRLRNW-TKDKPL 419
Query: 473 S 473
S
Sbjct: 420 S 420
>Glyma17g29830.1
Length = 404
Score = 644 bits (1661), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 325/417 (77%), Positives = 357/417 (85%), Gaps = 25/417 (5%)
Query: 58 MGDLGTYIPIVLSLTLAKNLNLGTTLIFTGMYNIITGAIYGVPMPVQPMKSIAAEALSDP 117
MGDLGTY+PIVL+LTLA++LNLGTTLIFTG+YNIITG IYGVPMPVQPMKSIAA+ALSD
Sbjct: 1 MGDLGTYVPIVLALTLARDLNLGTTLIFTGVYNIITGVIYGVPMPVQPMKSIAAQALSDT 60
Query: 118 NFAVPEIMASGILTGAVLMVLGCTGLMQLAYKLIPLCVVRGIQLAQGLSFAFTAVKYVRK 177
+F VPEIM +GILTG VL VLG TGLMQL Y LIPLCVVRGIQLAQGLSFA TAVKYVRK
Sbjct: 61 DFGVPEIMTAGILTGGVLFVLGVTGLMQLVYMLIPLCVVRGIQLAQGLSFALTAVKYVRK 120
Query: 178 VQNLPKSKALENRHWFGFDGLVLALVCVCFIVLVNGASGDDQDQNDGKETSRNYDLGGVE 237
+Q+LPKSK+L RHWFG DGLVLA+VC+CFIV+VNGA
Sbjct: 121 IQDLPKSKSLGERHWFGLDGLVLAIVCLCFIVVVNGA----------------------- 157
Query: 238 GERKR-SSRVKKIIFSIPSAFIVFVLGVILAFVRRPGVVHEIKFGPSSIEVVKISKHAWK 296
GE+ R +SRV+K+IFS+PSAF+VFVLGV+LAF+RR VVHEIKFGPSSIEVVK SKHAWK
Sbjct: 158 GEKSRGTSRVRKVIFSLPSAFMVFVLGVVLAFIRRHEVVHEIKFGPSSIEVVKFSKHAWK 217
Query: 297 EGFIKGTIPQLPLSVLNSVIAVCKLSSDLFPGKDFSVTSLSVTVGLMNLVGGWFGAMPSC 356
+GF+KG IPQLPLS+LNSV+AVCKLSSDLFPGKDFS TSLSVTVGLMNL+G WFGAMPSC
Sbjct: 218 KGFVKGAIPQLPLSILNSVVAVCKLSSDLFPGKDFSATSLSVTVGLMNLIGSWFGAMPSC 277
Query: 357 HGAGGLAGQYKFGGRSGGCVAILGAAKLVLGFVLGTSLAHFFNQFPVGILGVLLLFAGIE 416
HGAGGLAGQYKFGGRSGGCVA+LG AKLVLG VLGTSLAH QFPVGILGVLLLFAGIE
Sbjct: 278 HGAGGLAGQYKFGGRSGGCVALLGVAKLVLGLVLGTSLAHILKQFPVGILGVLLLFAGIE 337
Query: 417 LAMASRDINTKEDSFVMLICTAVSLVGSSAALGFLCGMIVSGLLWLRTWITSSKPTS 473
LAM +RD+NTKEDSFV L+ TAVSLVGSSAALGFLCGM+V LL LR W T KP S
Sbjct: 338 LAMCARDMNTKEDSFVTLVITAVSLVGSSAALGFLCGMVVYVLLRLRNW-TRDKPLS 393
>Glyma17g29950.1
Length = 429
Score = 632 bits (1631), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 319/434 (73%), Positives = 360/434 (82%), Gaps = 16/434 (3%)
Query: 40 KLKRNLILHSTWAELNGAMGDLGTYIPIVLSLTLAKNLNLGTTLIFTGMYNIITGAIYGV 99
K+K NL+L S W ELNGAMGDLGT+IPI LSLTL+++LNLGTTLIFTG+YNIITGAIYGV
Sbjct: 1 KVKTNLVLRSKWGELNGAMGDLGTFIPITLSLTLSRDLNLGTTLIFTGIYNIITGAIYGV 60
Query: 100 PMPVQPMKSIAAEALSDPNFAVPEIMASGILTGAVLMVLGCTGLMQLAYKLIPLCVVRGI 159
PMPVQPMKSIAAEALSD F V EIMA+GILTG VL +LG T LMQL Y LIPLCVVRGI
Sbjct: 61 PMPVQPMKSIAAEALSDSGFGVAEIMAAGILTGVVLFLLGVTRLMQLVYTLIPLCVVRGI 120
Query: 160 QLAQGLSFAFTAVKYVRKVQNLPKSKALENRHWFGFDGLVLALVCVCFIVLVNGASGDDQ 219
QLAQGLSFAFTA S+AL +RHWFG DGLVLA+VC+CFIV+V+GA ++
Sbjct: 121 QLAQGLSFAFTA------------SRALGDRHWFGLDGLVLAIVCLCFIVIVSGAG--EK 166
Query: 220 DQNDGKETSRNYDLGGVEGERKRSSRVKKIIFSIPSAFIVFVLGVILAFVRRPGVVHEIK 279
DQ DG+ S + E R +RV++++FS+PSAFIVF+LGV+LAF+RRP VVHE+K
Sbjct: 167 DQCDGESESLGKRVE--EARNMRKNRVRRLVFSLPSAFIVFMLGVVLAFIRRPKVVHEVK 224
Query: 280 FGPSSIEVVKISKHAWKEGFIKGTIPQLPLSVLNSVIAVCKLSSDLFPGKDFSVTSLSVT 339
FGPSS+EVVK SKHAWK+GF+KGTIPQLPLS+LNSVIAVCKLS DLFP ++FS TSLSV+
Sbjct: 225 FGPSSMEVVKFSKHAWKKGFVKGTIPQLPLSILNSVIAVCKLSKDLFPEREFSATSLSVS 284
Query: 340 VGLMNLVGGWFGAMPSCHGAGGLAGQYKFGGRSGGCVAILGAAKLVLGFVLGTSLAHFFN 399
VGLMNLVG WFGAMP CHGAGGLAGQYKFGGRSGGCVA+LG AKLVLG VLGTSLAH
Sbjct: 285 VGLMNLVGSWFGAMPCCHGAGGLAGQYKFGGRSGGCVALLGVAKLVLGLVLGTSLAHILR 344
Query: 400 QFPVGILGVLLLFAGIELAMASRDINTKEDSFVMLICTAVSLVGSSAALGFLCGMIVSGL 459
QFPVGILGVLLL AGIELA RDI TKEDSFVML+CTA SLVGSSAALGF CGM V L
Sbjct: 345 QFPVGILGVLLLSAGIELATCCRDIRTKEDSFVMLVCTAFSLVGSSAALGFSCGMAVYVL 404
Query: 460 LWLRTWITSSKPTS 473
+ LR+W + KP S
Sbjct: 405 IKLRSWTINDKPFS 418
>Glyma08g22300.1
Length = 469
Score = 431 bits (1108), Expect = e-121, Method: Compositional matrix adjust.
Identities = 241/431 (55%), Positives = 312/431 (72%), Gaps = 14/431 (3%)
Query: 41 LKRNLILHST-------WAELNGAMGDLGTYIPIVLSLTLAKNLNLGTTLIFTGMYNIIT 93
L+RN L S+ ++EL+GA+GDLGTYIPIVL+L+L NL+L TTL+FT +YNI T
Sbjct: 17 LRRNRWLPSSIKLKTTLFSELSGAVGDLGTYIPIVLALSLVNNLDLTTTLVFTALYNIAT 76
Query: 94 GAIYGVPMPVQPMKSIAAEALSDPN-FAVPEIMASGILTGAVLMVLGCTGLMQLAYKLIP 152
G ++G+PMPVQPMKSIAA A+S +P+I A+G+ AVL++LG TGLM + Y+ +P
Sbjct: 77 GLLFGLPMPVQPMKSIAAVAISAAPPLTIPQISAAGLSVAAVLLLLGATGLMSVLYRYLP 136
Query: 153 LCVVRGIQLAQGLSFAFTAVKYVRKVQNLPKSKALENRHWFGFDGLVLALVCVCFIVLVN 212
L VVRG+QL+QGLSFAF+AVKY+R Q+L KSK+ R W DG+ +AL V F+VL
Sbjct: 137 LPVVRGVQLSQGLSFAFSAVKYIRYDQDLAKSKSGPPRPWLAVDGVAVALAAVLFLVLTT 196
Query: 213 GASGDDQDQNDGKETSRNYDLGGVEGERKRSSRVKKIIFSIPSAFIVFVLGVILAFVRRP 272
GA GD+ ++ D R++ R +++ +IP+A IVF+ G++L F+R P
Sbjct: 197 GA-GDEPPPPPPQQQEEEID-----DRREKVRRRLRVLSTIPAALIVFLFGLVLCFIRDP 250
Query: 273 GVVHEIKFGPSSIEVVKISKHAWKEGFIKGTIPQLPLSVLNSVIAVCKLSSDLFPGKDFS 332
+ +++FGPS I ++KI+ K GF+ IPQ+PLSVLNSVIAVCKLS DLFP ++ S
Sbjct: 251 SIFGDLRFGPSRISLIKITWEDLKIGFVSAAIPQIPLSVLNSVIAVCKLSGDLFPEREAS 310
Query: 333 VTSLSVTVGLMNLVGGWFGAMPSCHGAGGLAGQYKFGGRSGGCVAILGAAKLVLGFVLGT 392
+SV+VGLMN VG WFGAMP CHGAGGLAGQY+FGGRSG V LG AKLVL V G
Sbjct: 311 AMHVSVSVGLMNFVGCWFGAMPCCHGAGGLAGQYRFGGRSGASVVFLGIAKLVLALVFGN 370
Query: 393 SLAHFFNQFPVGILGVLLLFAGIELAMASRDINTKEDSFVMLICTAVSLVGSSAALGFLC 452
SL QFP+GILGVLLLFAGIELAMA++D+NTK++SFVML+C AVSL GSSAALGF
Sbjct: 371 SLGRILGQFPIGILGVLLLFAGIELAMAAKDMNTKQESFVMLVCAAVSLTGSSAALGFFV 430
Query: 453 GMIVSGLLWLR 463
G+++ LL LR
Sbjct: 431 GIVLYLLLKLR 441
>Glyma07g03760.1
Length = 193
Score = 153 bits (387), Expect = 4e-37, Method: Compositional matrix adjust.
Identities = 97/206 (47%), Positives = 120/206 (58%), Gaps = 42/206 (20%)
Query: 252 SIPSAFIVFVLGVILAFVRRPGVVHEIKFGPSS-IEVVKISKHAWKEGFIKGTIPQLPLS 310
S+ A IVF+ G++L F+R + +++FGPS I +VKI W GF+ IPQ+PL
Sbjct: 7 SLRPAPIVFLFGLVLCFIRDTSIFGDLRFGPSRRISLVKIKWEDWMIGFVSAAIPQIPLL 66
Query: 311 VLNSVIAVCKLSSDLFPGKDFSVTSLSVTVGLMNLVGGWFGAMPSCHGAGGLAGQYKFGG 370
S + V SV+VGLMN VG WFGAMP +GGLAGQY+FGG
Sbjct: 67 RFASAMHV------------------SVSVGLMNFVGCWFGAMPCT--SGGLAGQYRFGG 106
Query: 371 RSGGCVAILGAAKLVLGFVLGTSLAHFFNQFPVGILGVLLLFAGIELAMASRDINTKEDS 430
RSG V LG AKLV F FP+ ILGVLLLFAGIELAMA++D
Sbjct: 107 RSGASVVFLGIAKLV------------FALFPIEILGVLLLFAGIELAMAAKD------- 147
Query: 431 FVMLICTAVSLVGSSAALGFLCGMIV 456
ML+C AVSL GSS ALGF G+++
Sbjct: 148 --MLVCEAVSLTGSSGALGFFVGIVL 171