BLASTX nr result
ID: Scutellaria24_contig00018456
seq
BLASTX 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.
Query= Scutellaria24_contig00018456
(1650 letters)
Database: ./nr
23,641,837 sequences; 8,123,359,852 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
emb|CBI40437.3| unnamed protein product [Vitis vinifera] 628 e-177
ref|XP_002276054.1| PREDICTED: uncharacterized protein LOC100258... 628 e-177
emb|CAN75717.1| hypothetical protein VITISV_007758 [Vitis vinifera] 617 e-174
ref|XP_002511889.1| conserved hypothetical protein [Ricinus comm... 583 e-164
ref|XP_003533601.1| PREDICTED: uncharacterized protein LOC100778... 571 e-160
>emb|CBI40437.3| unnamed protein product [Vitis vinifera]
Length = 805
Score = 628 bits (1619), Expect = e-177
Identities = 296/470 (62%), Positives = 366/470 (77%), Gaps = 2/470 (0%)
Frame = -1
Query: 1650 QMFQCPLDKAGLNCTFEKHILQTVLRTNPSIPFESKFIPITGKGSGGPNVFSLEPLLSNF 1471
++ +CPL KAGLNCT E+++LQTVLR NP+ FES ++P++ K S F LEPLLSN+
Sbjct: 335 KVLECPLGKAGLNCTQERYMLQTVLRRNPTAFFESYYLPVSEKVSPDSANFPLEPLLSNY 394
Query: 1470 SSGENRDGSWTYFLLDIPYSATGGNIHVHLNAKSKIKYELYARYGGLPSLASWDYFYANS 1291
S+G +WTYFL+D+P+ A GNIH+ L + KI YE+YAR+G LP+ +WDYFYAN
Sbjct: 395 SNGGELGDAWTYFLMDVPHGAAAGNIHIRLTSDVKINYEIYARFGALPTHDTWDYFYANK 454
Query: 1290 TSSSNGSMFFKLYDSRDETINFYMLYVRGGTWGIGLRQLNPADSAG--ETDISLSLERCP 1117
TSSS+GSMFF LY+S +E++NFY+LYVR G+W GLR LN + S +T +S+SLERCP
Sbjct: 455 TSSSDGSMFFMLYNSSEESVNFYILYVREGSWNFGLRYLNSSSSTSTAQTTMSISLERCP 514
Query: 1116 QKCSSHGSCQSALDTSGLTLYSYCACDRNHGGFDCGVELVSHRGHIKQSIFLIVSNAAAV 937
++CSSHG CQSA+D SGLT YSYCACDRNHGGFDC VE+VSH+GHI QSI LI SNAAAV
Sbjct: 515 KRCSSHGQCQSAVDASGLTFYSYCACDRNHGGFDCSVEIVSHQGHIWQSISLIASNAAAV 574
Query: 936 LPAYWALRNKAFAEWVLFTSSGISSALYHSCDVGTWCVLSFRVLQFLDFWLSFMAVISTF 757
LPAYWALR KAFAEWVLFTSSGISS LYH+CDVGTWC LSF VLQF+DFWLSFMAV+STF
Sbjct: 575 LPAYWALRQKAFAEWVLFTSSGISSGLYHACDVGTWCALSFHVLQFMDFWLSFMAVVSTF 634
Query: 756 VYLSTISEVSKRTIHTVLAIVTALLAETGPTRSKNXXXXXXXXXXXXXXXXXIEFCARNR 577
VYL+ I E SKRTIHT ++I+TAL+A T TRS N IEF + R
Sbjct: 635 VYLAAIDEGSKRTIHTAVSILTALMAATEATRSANIILVIAIGALGLLVGWLIEFSTKFR 694
Query: 576 RFSFPGEFHMNLLQRWEIIKAWVRNIIKTIIKRFRWGFIILGFTALAMAAVSWKMESTAR 397
FSF FH+N+L RW+ I+ +R++IKT++KRFRWGF++ GF ALAMAA+SWK+E++
Sbjct: 695 SFSFTTGFHVNVLHRWQTIRDSLRSLIKTLLKRFRWGFVLAGFVALAMAAISWKLETSES 754
Query: 396 YWIWHSLWHISIYTSSFLFLCSKANVASFEDERSQESSYELTRQNSFSRG 247
YWIWHS+WH+SIYTSSFLFLCSKA+ + EDE + +YELTRQ+SF RG
Sbjct: 755 YWIWHSMWHVSIYTSSFLFLCSKADYINNEDEGPPDGNYELTRQDSFPRG 804
>ref|XP_002276054.1| PREDICTED: uncharacterized protein LOC100258534 [Vitis vinifera]
Length = 823
Score = 628 bits (1619), Expect = e-177
Identities = 296/470 (62%), Positives = 366/470 (77%), Gaps = 2/470 (0%)
Frame = -1
Query: 1650 QMFQCPLDKAGLNCTFEKHILQTVLRTNPSIPFESKFIPITGKGSGGPNVFSLEPLLSNF 1471
++ +CPL KAGLNCT E+++LQTVLR NP+ FES ++P++ K S F LEPLLSN+
Sbjct: 353 KVLECPLGKAGLNCTQERYMLQTVLRRNPTAFFESYYLPVSEKVSPDSANFPLEPLLSNY 412
Query: 1470 SSGENRDGSWTYFLLDIPYSATGGNIHVHLNAKSKIKYELYARYGGLPSLASWDYFYANS 1291
S+G +WTYFL+D+P+ A GNIH+ L + KI YE+YAR+G LP+ +WDYFYAN
Sbjct: 413 SNGGELGDAWTYFLMDVPHGAAAGNIHIRLTSDVKINYEIYARFGALPTHDTWDYFYANK 472
Query: 1290 TSSSNGSMFFKLYDSRDETINFYMLYVRGGTWGIGLRQLNPADSAG--ETDISLSLERCP 1117
TSSS+GSMFF LY+S +E++NFY+LYVR G+W GLR LN + S +T +S+SLERCP
Sbjct: 473 TSSSDGSMFFMLYNSSEESVNFYILYVREGSWNFGLRYLNSSSSTSTAQTTMSISLERCP 532
Query: 1116 QKCSSHGSCQSALDTSGLTLYSYCACDRNHGGFDCGVELVSHRGHIKQSIFLIVSNAAAV 937
++CSSHG CQSA+D SGLT YSYCACDRNHGGFDC VE+VSH+GHI QSI LI SNAAAV
Sbjct: 533 KRCSSHGQCQSAVDASGLTFYSYCACDRNHGGFDCSVEIVSHQGHIWQSISLIASNAAAV 592
Query: 936 LPAYWALRNKAFAEWVLFTSSGISSALYHSCDVGTWCVLSFRVLQFLDFWLSFMAVISTF 757
LPAYWALR KAFAEWVLFTSSGISS LYH+CDVGTWC LSF VLQF+DFWLSFMAV+STF
Sbjct: 593 LPAYWALRQKAFAEWVLFTSSGISSGLYHACDVGTWCALSFHVLQFMDFWLSFMAVVSTF 652
Query: 756 VYLSTISEVSKRTIHTVLAIVTALLAETGPTRSKNXXXXXXXXXXXXXXXXXIEFCARNR 577
VYL+ I E SKRTIHT ++I+TAL+A T TRS N IEF + R
Sbjct: 653 VYLAAIDEGSKRTIHTAVSILTALMAATEATRSANIILVIAIGALGLLVGWLIEFSTKFR 712
Query: 576 RFSFPGEFHMNLLQRWEIIKAWVRNIIKTIIKRFRWGFIILGFTALAMAAVSWKMESTAR 397
FSF FH+N+L RW+ I+ +R++IKT++KRFRWGF++ GF ALAMAA+SWK+E++
Sbjct: 713 SFSFTTGFHVNVLHRWQTIRDSLRSLIKTLLKRFRWGFVLAGFVALAMAAISWKLETSES 772
Query: 396 YWIWHSLWHISIYTSSFLFLCSKANVASFEDERSQESSYELTRQNSFSRG 247
YWIWHS+WH+SIYTSSFLFLCSKA+ + EDE + +YELTRQ+SF RG
Sbjct: 773 YWIWHSMWHVSIYTSSFLFLCSKADYINNEDEGPPDGNYELTRQDSFPRG 822
>emb|CAN75717.1| hypothetical protein VITISV_007758 [Vitis vinifera]
Length = 728
Score = 617 bits (1592), Expect = e-174
Identities = 291/470 (61%), Positives = 361/470 (76%), Gaps = 2/470 (0%)
Frame = -1
Query: 1650 QMFQCPLDKAGLNCTFEKHILQTVLRTNPSIPFESKFIPITGKGSGGPNVFSLEPLLSNF 1471
++ +CPL KAGLNCT E+++LQTVLR NP+ FES ++P++ K S F LEPLL N+
Sbjct: 258 KVLECPLGKAGLNCTQERYMLQTVLRRNPTAFFESYYLPVSEKVSPDSANFPLEPLLXNY 317
Query: 1470 SSGENRDGSWTYFLLDIPYSATGGNIHVHLNAKSKIKYELYARYGGLPSLASWDYFYANS 1291
S+G +WTYFL+D+P+ A GNIH+ L + KI YE+YAR+G LP+ +WDYFYAN
Sbjct: 318 SNGGELGDAWTYFLMDVPHGAAAGNIHIRLTSDVKINYEIYARFGALPTHDTWDYFYANK 377
Query: 1290 TSSSNGSMFFKLYDSRDETINFYMLYVRGGTWGIGLRQLNPADSAG--ETDISLSLERCP 1117
SSS+GSMFF LY+S +E++NFY+LYVR G+W GLR LN + S +T +S+SLERCP
Sbjct: 378 XSSSDGSMFFMLYNSSEESVNFYILYVREGSWNFGLRYLNSSSSTSTAQTTMSISLERCP 437
Query: 1116 QKCSSHGSCQSALDTSGLTLYSYCACDRNHGGFDCGVELVSHRGHIKQSIFLIVSNAAAV 937
++CSSHG CQSA+D SGLT YSYCACDRNHGGFDC VE+VSH+GHI QSI LI SNAAAV
Sbjct: 438 KRCSSHGQCQSAVDASGLTFYSYCACDRNHGGFDCSVEIVSHQGHIWQSISLIASNAAAV 497
Query: 936 LPAYWALRNKAFAEWVLFTSSGISSALYHSCDVGTWCVLSFRVLQFLDFWLSFMAVISTF 757
LPAYWALR KAFAEWVLFTSSGISS LYH+CDVGTWC LSF VLQF+DFWLSFMAV+STF
Sbjct: 498 LPAYWALRQKAFAEWVLFTSSGISSGLYHACDVGTWCALSFHVLQFMDFWLSFMAVVSTF 557
Query: 756 VYLSTISEVSKRTIHTVLAIVTALLAETGPTRSKNXXXXXXXXXXXXXXXXXIEFCARNR 577
VYL+ I E SKRTIHT ++I+TAL+A T TRS N IEF + R
Sbjct: 558 VYLAAIDEGSKRTIHTAVSILTALMAATEATRSANIILVIAIGALGLLVGWLIEFSTKFR 617
Query: 576 RFSFPGEFHMNLLQRWEIIKAWVRNIIKTIIKRFRWGFIILGFTALAMAAVSWKMESTAR 397
FSF FH+N+L RW+ I+ +R++IKT++KRFRWGF++ GF ALAMAA+SWK+E++
Sbjct: 618 SFSFTTGFHVNVLHRWQTIRDSLRSLIKTLLKRFRWGFVLAGFVALAMAAISWKLETSES 677
Query: 396 YWIWHSLWHISIYTSSFLFLCSKANVASFEDERSQESSYELTRQNSFSRG 247
YWIWHS+WH+SIYTSSF FLCSKA+ + EDE + +YEL RQ+S RG
Sbjct: 678 YWIWHSMWHVSIYTSSFFFLCSKADYINNEDEGPPDGNYELARQDSXPRG 727
>ref|XP_002511889.1| conserved hypothetical protein [Ricinus communis]
gi|223549069|gb|EEF50558.1| conserved hypothetical
protein [Ricinus communis]
Length = 803
Score = 583 bits (1503), Expect = e-164
Identities = 278/471 (59%), Positives = 352/471 (74%), Gaps = 2/471 (0%)
Frame = -1
Query: 1650 QMFQCPLDKAGLNCTFEKHILQTVLRTNPSIPFESKFIPITGKGSGGPNVFSLEPLLSNF 1471
++ QCPL KAGLNCT E ++L+TVLR + S PFES ++PITGK + F +EPL SN
Sbjct: 334 KVLQCPLGKAGLNCTLETYVLETVLRRDSS-PFESYYLPITGKVTPDSANFPIEPLSSNA 392
Query: 1470 SSGENRDGSWTYFLLDIPYSATGGNIHVHLNAKSKIKYELYARYGGLPSLASWDYFYANS 1291
S G D SWTYFLL+IP A GGNIH+ L + +KI YE+YAR GG+PSL + DY+Y N
Sbjct: 393 SYGGEPDNSWTYFLLNIPRGAAGGNIHIRLTSDTKINYEIYARVGGVPSLDNSDYYYVNK 452
Query: 1290 TSSSNGSMFFKLYDSRDETINFYMLYVRGGTWGIGLRQLNPA--DSAGETDISLSLERCP 1117
T SS+GS FF LY+S + ++FY+LYV+ GTW GL+ LN + + +T +S+S+ERCP
Sbjct: 453 TRSSDGSPFFLLYNSSEGKVDFYILYVQEGTWTFGLKHLNTSIKNPNDQTIMSVSVERCP 512
Query: 1116 QKCSSHGSCQSALDTSGLTLYSYCACDRNHGGFDCGVELVSHRGHIKQSIFLIVSNAAAV 937
++CSSHG C+ ALD SGLT YS+C+CDR HGGFDC VE+VSHRGHI+QSI LI SNAAA+
Sbjct: 513 RRCSSHGECKVALDASGLTSYSFCSCDRTHGGFDCSVEIVSHRGHIQQSIALIASNAAAI 572
Query: 936 LPAYWALRNKAFAEWVLFTSSGISSALYHSCDVGTWCVLSFRVLQFLDFWLSFMAVISTF 757
LPAYWALR KA AEWVLFTSSGISS LYH+CDVGTWC LSF VLQF+DFWLSFMAV+STF
Sbjct: 573 LPAYWALRKKALAEWVLFTSSGISSGLYHACDVGTWCALSFGVLQFMDFWLSFMAVVSTF 632
Query: 756 VYLSTISEVSKRTIHTVLAIVTALLAETGPTRSKNXXXXXXXXXXXXXXXXXIEFCARNR 577
VYL+TI+E KRTI T ++I+TAL+A T TRS N IEF R
Sbjct: 633 VYLTTINEAYKRTIQTAVSILTALMAITKATRSSNIILVMAIGALGLFVGWLIEFSTNFR 692
Query: 576 RFSFPGEFHMNLLQRWEIIKAWVRNIIKTIIKRFRWGFIILGFTALAMAAVSWKMESTAR 397
FSF EF ++ W+ I+ W +N++KT+++RFRWGF++ G TAL MAA+SWK+ES+
Sbjct: 693 SFSFSTEFCFSMPTGWQTIRGWFKNLLKTLLRRFRWGFVLAGSTALVMAAISWKLESSES 752
Query: 396 YWIWHSLWHISIYTSSFLFLCSKANVASFEDERSQESSYELTRQNSFSRGE 244
YWIWHS+WH++IYTSSF FLCSK + + E++ + +Y LTRQ+SFSRGE
Sbjct: 753 YWIWHSMWHVTIYTSSFFFLCSKVDAVNSENQSLPDGNYALTRQDSFSRGE 803
>ref|XP_003533601.1| PREDICTED: uncharacterized protein LOC100778959 [Glycine max]
Length = 810
Score = 571 bits (1472), Expect = e-160
Identities = 271/469 (57%), Positives = 338/469 (72%), Gaps = 2/469 (0%)
Frame = -1
Query: 1650 QMFQCPLDKAGLNCTFEKHILQTVLRTNPSIPFESKFIPITGKGSGGPNVFSLEPLLSNF 1471
Q+ QCPL KAG NCT + ++LQT +R S PFES ++P+ G S F LEPLL N
Sbjct: 341 QVPQCPLGKAGPNCTMDSYLLQTFVRRG-STPFESYYLPVVGGVSYDSANFPLEPLLENS 399
Query: 1470 SSGENRDGSWTYFLLDIPYSATGGNIHVHLNAKSKIKYELYARYGGLPSLASWDYFYANS 1291
S D WTYFLLDIP A GGNIH+ L++ KI YE+YAR+GGLPSL SWDY+YAN
Sbjct: 400 SYIGEPDNVWTYFLLDIPRGAAGGNIHIQLSSDMKISYEVYARFGGLPSLDSWDYYYANK 459
Query: 1290 TSSSNGSMFFKLYDSRDETINFYMLYVRGGTWGIGLRQLNPADSA--GETDISLSLERCP 1117
T S+ S+FF LYDS D +NFY++Y R GTWGIGLR LN + + G T +S+SLERCP
Sbjct: 460 TRRSDPSVFFTLYDSSDAKVNFYIMYAREGTWGIGLRHLNTSSDSMKGLTSMSISLERCP 519
Query: 1116 QKCSSHGSCQSALDTSGLTLYSYCACDRNHGGFDCGVELVSHRGHIKQSIFLIVSNAAAV 937
++CSSHG C+ + D SGLT YS+C+CDRNHGGFDC +E+V+H+GH++QSIFLIVSNAAA+
Sbjct: 520 KRCSSHGECKFSFDASGLTSYSFCSCDRNHGGFDCSIEIVTHQGHVRQSIFLIVSNAAAI 579
Query: 936 LPAYWALRNKAFAEWVLFTSSGISSALYHSCDVGTWCVLSFRVLQFLDFWLSFMAVISTF 757
LPAYWALR KA AEWVL+TSSGISS LYH+CDVGTWC L++ VLQF+DFWLSFMAVISTF
Sbjct: 580 LPAYWALRKKALAEWVLYTSSGISSGLYHACDVGTWCALNYNVLQFMDFWLSFMAVISTF 639
Query: 756 VYLSTISEVSKRTIHTVLAIVTALLAETGPTRSKNXXXXXXXXXXXXXXXXXIEFCARNR 577
+YL+TI EV KR IHT +AI+TAL+A T TRS N IE + R
Sbjct: 640 IYLATIDEVLKRAIHTAVAILTALMAATKATRSSNVILVIVIGALGLFIGWLIEISTKYR 699
Query: 576 RFSFPGEFHMNLLQRWEIIKAWVRNIIKTIIKRFRWGFIILGFTALAMAAVSWKMESTAR 397
SF N Q ++ IK W+ N+ KT+++R+ W F + GF ALAMAA+SW +E++
Sbjct: 700 SLSFSIGISFNFSQCFQTIKRWIYNLAKTLLRRYHWAFALAGFLALAMAAISWTLETSET 759
Query: 396 YWIWHSLWHISIYTSSFLFLCSKANVASFEDERSQESSYELTRQNSFSR 250
YW WHS+WHI+IYTSSF FLCSKAN+ E++ +YELT Q+S R
Sbjct: 760 YWFWHSIWHITIYTSSFFFLCSKANIEDTENQLPTNGNYELTHQDSLPR 808