BLASTX nr result
ID: Scutellaria23_contig00014482
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= Scutellaria23_contig00014482
(1308 letters)
Database: ./nr
23,641,837 sequences; 8,123,359,852 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
emb|CBI37192.3| unnamed protein product [Vitis vinifera] 684 0.0
ref|XP_002272156.1| PREDICTED: uncharacterized protein LOC100259... 684 0.0
emb|CAN77840.1| hypothetical protein VITISV_015561 [Vitis vinifera] 683 0.0
ref|XP_002526543.1| conserved hypothetical protein [Ricinus comm... 658 0.0
ref|XP_002320610.1| predicted protein [Populus trichocarpa] gi|2... 648 0.0
>emb|CBI37192.3| unnamed protein product [Vitis vinifera]
Length = 625
Score = 684 bits (1764), Expect = 0.0
Identities = 310/421 (73%), Positives = 360/421 (85%), Gaps = 1/421 (0%)
Frame = +2
Query: 2 NGCGYVWLPQPPEGYKALGFVVTNESKKPDLGEVKCVRADLTDPCEVYRLIENMDSKFSK 181
+ CGY WLPQPPEGY+A+GFVVTN+ +P+L EV+CVRADLTD CE + LI SK SK
Sbjct: 148 DSCGYFWLPQPPEGYEAMGFVVTNKPDRPELDEVRCVRADLTDSCETHHLIFKTISKLSK 207
Query: 182 VPLTVWSTRPLHRGMYGRGVSVGTFYCSTSWSLGKELNIACLKNLDPNLHAMPNMNQIHA 361
VP VWS RP HRGM G+G+ GTF+CS+ W+ G+ELNI CLKNL+P+LHAMPN++QIHA
Sbjct: 208 VPFRVWSLRPCHRGMLGKGIPTGTFFCSSYWNHGEELNIVCLKNLNPSLHAMPNLDQIHA 267
Query: 362 LVRHYGPTVFFHPDEVYLPSSVSWFFRNGALLFSNNNSDGQVIDSDGSILPSGGTNDGKY 541
L++HYGPT+FFHP+E YLPSSV+WFF+NGALL+ SDGQ ID +G LPSGG NDG+Y
Sbjct: 268 LIKHYGPTIFFHPNEAYLPSSVAWFFKNGALLYKKGESDGQAIDPEGLNLPSGGKNDGEY 327
Query: 542 WIDLPCV-GRDYVKHGNLESAKLYLHIKPALGGTFTDIVMWVFCPFNGPGTLKVGMVNIA 718
WIDLP + +K GNLESAKLY+H+KPA GGTFTDIVMWVFCPFNGP TLKVG++NIA
Sbjct: 328 WIDLPSGDNKRSLKSGNLESAKLYVHVKPASGGTFTDIVMWVFCPFNGPATLKVGLMNIA 387
Query: 719 LGKVGQHVGDWEHFTLRINNFTGELWSIYFSQHSGGMWVDAYDLEFIEGNKAIIYSSKNG 898
L K+GQHVGDWEHFTLRI+NFTGELWSIYFSQHSGG+WV+A DLEFIEGNKAI+YSS++G
Sbjct: 388 LSKIGQHVGDWEHFTLRISNFTGELWSIYFSQHSGGIWVNACDLEFIEGNKAIVYSSRSG 447
Query: 899 HASFPHPGNYIQGSSKLGIGVRNDTAQSKYYVDSSRQYEIVAAEYLGDGVFKEPCWLQYM 1078
HASFPHPG+YIQGSSKLGIG+RND A+S YVDSS +YEI+ AEYLGDGV EPCWLQYM
Sbjct: 448 HASFPHPGSYIQGSSKLGIGIRNDAARSNLYVDSSIEYEIIGAEYLGDGVVTEPCWLQYM 507
Query: 1079 REWGPTIVYDSKTELDKIIKRLPPMVRYSMNNILSKLPLELYGEEGPTGPKEKNNWIGDE 1258
REWGP IVYDS++ELDK+I LP MVRYS+ NI +K PLEL GEEGPTGPKEK NW GDE
Sbjct: 508 REWGPNIVYDSRSELDKMINFLPAMVRYSVENIFNKFPLELSGEEGPTGPKEKKNWAGDE 567
Query: 1259 R 1261
R
Sbjct: 568 R 568
>ref|XP_002272156.1| PREDICTED: uncharacterized protein LOC100259944 [Vitis vinifera]
Length = 569
Score = 684 bits (1764), Expect = 0.0
Identities = 310/421 (73%), Positives = 360/421 (85%), Gaps = 1/421 (0%)
Frame = +2
Query: 2 NGCGYVWLPQPPEGYKALGFVVTNESKKPDLGEVKCVRADLTDPCEVYRLIENMDSKFSK 181
+ CGY WLPQPPEGY+A+GFVVTN+ +P+L EV+CVRADLTD CE + LI SK SK
Sbjct: 148 DSCGYFWLPQPPEGYEAMGFVVTNKPDRPELDEVRCVRADLTDSCETHHLIFKTISKLSK 207
Query: 182 VPLTVWSTRPLHRGMYGRGVSVGTFYCSTSWSLGKELNIACLKNLDPNLHAMPNMNQIHA 361
VP VWS RP HRGM G+G+ GTF+CS+ W+ G+ELNI CLKNL+P+LHAMPN++QIHA
Sbjct: 208 VPFRVWSLRPCHRGMLGKGIPTGTFFCSSYWNHGEELNIVCLKNLNPSLHAMPNLDQIHA 267
Query: 362 LVRHYGPTVFFHPDEVYLPSSVSWFFRNGALLFSNNNSDGQVIDSDGSILPSGGTNDGKY 541
L++HYGPT+FFHP+E YLPSSV+WFF+NGALL+ SDGQ ID +G LPSGG NDG+Y
Sbjct: 268 LIKHYGPTIFFHPNEAYLPSSVAWFFKNGALLYKKGESDGQAIDPEGLNLPSGGKNDGEY 327
Query: 542 WIDLPCV-GRDYVKHGNLESAKLYLHIKPALGGTFTDIVMWVFCPFNGPGTLKVGMVNIA 718
WIDLP + +K GNLESAKLY+H+KPA GGTFTDIVMWVFCPFNGP TLKVG++NIA
Sbjct: 328 WIDLPSGDNKRSLKSGNLESAKLYVHVKPASGGTFTDIVMWVFCPFNGPATLKVGLMNIA 387
Query: 719 LGKVGQHVGDWEHFTLRINNFTGELWSIYFSQHSGGMWVDAYDLEFIEGNKAIIYSSKNG 898
L K+GQHVGDWEHFTLRI+NFTGELWSIYFSQHSGG+WV+A DLEFIEGNKAI+YSS++G
Sbjct: 388 LSKIGQHVGDWEHFTLRISNFTGELWSIYFSQHSGGIWVNACDLEFIEGNKAIVYSSRSG 447
Query: 899 HASFPHPGNYIQGSSKLGIGVRNDTAQSKYYVDSSRQYEIVAAEYLGDGVFKEPCWLQYM 1078
HASFPHPG+YIQGSSKLGIG+RND A+S YVDSS +YEI+ AEYLGDGV EPCWLQYM
Sbjct: 448 HASFPHPGSYIQGSSKLGIGIRNDAARSNLYVDSSIEYEIIGAEYLGDGVVTEPCWLQYM 507
Query: 1079 REWGPTIVYDSKTELDKIIKRLPPMVRYSMNNILSKLPLELYGEEGPTGPKEKNNWIGDE 1258
REWGP IVYDS++ELDK+I LP MVRYS+ NI +K PLEL GEEGPTGPKEK NW GDE
Sbjct: 508 REWGPNIVYDSRSELDKMINFLPAMVRYSVENIFNKFPLELSGEEGPTGPKEKKNWAGDE 567
Query: 1259 R 1261
R
Sbjct: 568 R 568
>emb|CAN77840.1| hypothetical protein VITISV_015561 [Vitis vinifera]
Length = 569
Score = 683 bits (1762), Expect = 0.0
Identities = 309/421 (73%), Positives = 360/421 (85%), Gaps = 1/421 (0%)
Frame = +2
Query: 2 NGCGYVWLPQPPEGYKALGFVVTNESKKPDLGEVKCVRADLTDPCEVYRLIENMDSKFSK 181
+ CGY WLPQPPEGY+A+GFVVTN+ +P+L EV+CVRADLTD CE + LI SK SK
Sbjct: 148 DSCGYFWLPQPPEGYEAMGFVVTNKPDRPELDEVRCVRADLTDSCETHHLIFKTISKLSK 207
Query: 182 VPLTVWSTRPLHRGMYGRGVSVGTFYCSTSWSLGKELNIACLKNLDPNLHAMPNMNQIHA 361
VP VWS RP HRGM G+G+ GTF+CS+ W+ G+ELNI CLKNL+P+LHAMPN++QIHA
Sbjct: 208 VPFRVWSLRPCHRGMLGKGIPTGTFFCSSYWNHGEELNIVCLKNLNPSLHAMPNLDQIHA 267
Query: 362 LVRHYGPTVFFHPDEVYLPSSVSWFFRNGALLFSNNNSDGQVIDSDGSILPSGGTNDGKY 541
L++HYGPT+FFHP+E YLPSSV+WFF+NGALL+ SDGQ ID +G LPSGG NDG+Y
Sbjct: 268 LIKHYGPTIFFHPNEAYLPSSVAWFFKNGALLYKKGESDGQAIDPEGLNLPSGGKNDGEY 327
Query: 542 WIDLPCV-GRDYVKHGNLESAKLYLHIKPALGGTFTDIVMWVFCPFNGPGTLKVGMVNIA 718
WIDLP + +K GNLESAKLY+H+KPA GGTFTDIVMWVFCPFNGP TLKVG++NIA
Sbjct: 328 WIDLPSGDNKRSLKSGNLESAKLYVHVKPASGGTFTDIVMWVFCPFNGPATLKVGLMNIA 387
Query: 719 LGKVGQHVGDWEHFTLRINNFTGELWSIYFSQHSGGMWVDAYDLEFIEGNKAIIYSSKNG 898
L K+GQHVGDWEHFTLRI+NFTGELWSIYFSQHSGG+W +A DLEFIEGNKAI+YS+++G
Sbjct: 388 LSKIGQHVGDWEHFTLRISNFTGELWSIYFSQHSGGIWANACDLEFIEGNKAIVYSARSG 447
Query: 899 HASFPHPGNYIQGSSKLGIGVRNDTAQSKYYVDSSRQYEIVAAEYLGDGVFKEPCWLQYM 1078
HASFPHPG+YIQGSSKLGIG+RND A+S YVDSS +YEI+ AEYLGDGV EPCWLQYM
Sbjct: 448 HASFPHPGSYIQGSSKLGIGIRNDAARSNLYVDSSIEYEIIGAEYLGDGVVTEPCWLQYM 507
Query: 1079 REWGPTIVYDSKTELDKIIKRLPPMVRYSMNNILSKLPLELYGEEGPTGPKEKNNWIGDE 1258
REWGPTIVYDS++ELDK+I LP MVRYS+ NI +K PLEL GEEGPTGPKEK NW GDE
Sbjct: 508 REWGPTIVYDSRSELDKMINFLPAMVRYSVENIFNKFPLELSGEEGPTGPKEKKNWAGDE 567
Query: 1259 R 1261
R
Sbjct: 568 R 568
>ref|XP_002526543.1| conserved hypothetical protein [Ricinus communis]
gi|223534104|gb|EEF35821.1| conserved hypothetical
protein [Ricinus communis]
Length = 571
Score = 658 bits (1698), Expect = 0.0
Identities = 299/422 (70%), Positives = 350/422 (82%), Gaps = 1/422 (0%)
Frame = +2
Query: 2 NGCGYVWLPQPPEGYKALGFVVTNESKKPDLGEVKCVRADLTDPCEVYRLIENMDSKFSK 181
+GCG+ WLPQPP+GYK LG++VTN KPDL EV+CVRADLTD C+ YR I N+ SKFS
Sbjct: 151 DGCGFFWLPQPPDGYKPLGYLVTNNPDKPDLDEVRCVRADLTDGCQAYRPILNVYSKFSS 210
Query: 182 VPLTVWSTRPLHRGMYGRGVSVGTFYCSTSWSLGKELNIACLKNLDPNLHAMPNMNQIHA 361
P VWSTRP HRGM G+GVSVGTF+C + + G+ELNIACL+N +P LH+MPN+ QIHA
Sbjct: 211 FPFEVWSTRPSHRGMIGKGVSVGTFFCGSYCTSGEELNIACLRNANPELHSMPNLEQIHA 270
Query: 362 LVRHYGPTVFFHPDEVYLPSSVSWFFRNGALLFSNNNSDGQVIDSDGSILPSGGTNDGKY 541
L+ HYGPTVFFHPDEVYLPSSVSWFF+NGALL+ N G+ ID+ GS P+GGTND +
Sbjct: 271 LINHYGPTVFFHPDEVYLPSSVSWFFKNGALLYRAGNLTGESIDASGSNFPAGGTNDRAF 330
Query: 542 WIDLPCVG-RDYVKHGNLESAKLYLHIKPALGGTFTDIVMWVFCPFNGPGTLKVGMVNIA 718
WIDLP RD VKHGNLESAKLY+H+KPA GGTFTD+ MWVFCPFNGPGTLKVG ++
Sbjct: 331 WIDLPSDDHRDTVKHGNLESAKLYVHVKPAYGGTFTDLAMWVFCPFNGPGTLKVGPLSFP 390
Query: 719 LGKVGQHVGDWEHFTLRINNFTGELWSIYFSQHSGGMWVDAYDLEFIEGNKAIIYSSKNG 898
K+GQHVGDWEHFTLRI NF+GELWS+YFSQHSGG W++AY+LE+IEGNK I+YSSKNG
Sbjct: 391 FSKIGQHVGDWEHFTLRICNFSGELWSMYFSQHSGGQWIEAYNLEYIEGNKPIVYSSKNG 450
Query: 899 HASFPHPGNYIQGSSKLGIGVRNDTAQSKYYVDSSRQYEIVAAEYLGDGVFKEPCWLQYM 1078
HAS+PHPG YIQGS+KL IG+RND A+S +VDSS YEI+A EY+ + EP WLQYM
Sbjct: 451 HASYPHPGTYIQGSAKLWIGIRNDAARSNLFVDSSTHYEIIAGEYIAGDII-EPGWLQYM 509
Query: 1079 REWGPTIVYDSKTELDKIIKRLPPMVRYSMNNILSKLPLELYGEEGPTGPKEKNNWIGDE 1258
REWGPTIVY+S+ ELDKI RLP M+RYS+ NI KLP+ELYGEEGPTGPKEKNNW+GDE
Sbjct: 510 REWGPTIVYNSRNELDKIFNRLPVMLRYSVENIFYKLPVELYGEEGPTGPKEKNNWVGDE 569
Query: 1259 RG 1264
RG
Sbjct: 570 RG 571
>ref|XP_002320610.1| predicted protein [Populus trichocarpa] gi|222861383|gb|EEE98925.1|
predicted protein [Populus trichocarpa]
Length = 568
Score = 648 bits (1671), Expect = 0.0
Identities = 304/421 (72%), Positives = 351/421 (83%), Gaps = 1/421 (0%)
Frame = +2
Query: 5 GCGYVWLPQPPEGYKALGFVVTNESKKPDLGEVKCVRADLTDPCEVYRLIENMDSKFSKV 184
GCG+ WLPQPPEGYK LGF+VTN KPDL EV+CVRADLTD CE YRL+ SKF +
Sbjct: 150 GCGFFWLPQPPEGYKPLGFLVTNNPDKPDLDEVRCVRADLTDECEPYRLLLESYSKFLNL 209
Query: 185 PLTVWSTRPLHRGMYGRGVSVGTFYCSTSWSLGKELNIACLKNLDPNLHAMPNMNQIHAL 364
P+ V STRP HRG+ G+GVSVGTF+C W+ +ELNIACLKNL+ LHAMPN+ QIHAL
Sbjct: 210 PVRVSSTRPSHRGVLGKGVSVGTFFCGY-WTSEEELNIACLKNLN-QLHAMPNLEQIHAL 267
Query: 365 VRHYGPTVFFHPDEVYLPSSVSWFFRNGALLFSNNNSDGQVIDSDGSILPSGGTNDGKYW 544
++HYGPTVFFHP+EVYLPSSV WF +NGALL+ +S G+ ID++G+ LP GGTNDG +W
Sbjct: 268 MKHYGPTVFFHPNEVYLPSSVPWFLKNGALLYKAGDSSGEPIDAEGTNLPGGGTNDGAFW 327
Query: 545 IDLPCVG-RDYVKHGNLESAKLYLHIKPALGGTFTDIVMWVFCPFNGPGTLKVGMVNIAL 721
IDLP G R+ VK G+LESAKLY+H+KPALGGTFTD+ +WVF PFNGPGTLKVG +NI+L
Sbjct: 328 IDLPSDGKRNTVKQGSLESAKLYVHVKPALGGTFTDLAVWVFYPFNGPGTLKVGPLNISL 387
Query: 722 GKVGQHVGDWEHFTLRINNFTGELWSIYFSQHSGGMWVDAYDLEFIEGNKAIIYSSKNGH 901
GK+GQHVGDWEHFTLRI NFTGELWSIYFSQHSGG WVDAYDLE+IEGNKAI+YSSKNGH
Sbjct: 388 GKIGQHVGDWEHFTLRICNFTGELWSIYFSQHSGGEWVDAYDLEYIEGNKAIVYSSKNGH 447
Query: 902 ASFPHPGNYIQGSSKLGIGVRNDTAQSKYYVDSSRQYEIVAAEYLGDGVFKEPCWLQYMR 1081
ASFPHPG YIQGS+KLGIG+RND A+S YVDSS +YEI+AAEYL F EPCWLQ+M
Sbjct: 448 ASFPHPGCYIQGSTKLGIGIRNDAARSNLYVDSSTRYEIIAAEYLEGSDFIEPCWLQFMG 507
Query: 1082 EWGPTIVYDSKTELDKIIKRLPPMVRYSMNNILSKLPLELYGEEGPTGPKEKNNWIGDER 1261
+WGPTIVY S+ ELDKII LP RYS+ NI P+EL GEEGPTGPK+KNNW+GDER
Sbjct: 508 KWGPTIVYGSRIELDKIINHLPVGFRYSVKNIFDGFPVELCGEEGPTGPKDKNNWVGDER 567
Query: 1262 G 1264
G
Sbjct: 568 G 568