BLASTX nr result
ID: Aconitum21_contig00015095
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= Aconitum21_contig00015095
(1297 letters)
Database: ./nr
23,641,837 sequences; 8,123,359,852 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
ref|XP_002301386.1| predicted protein [Populus trichocarpa] gi|2... 551 e-154
ref|XP_002276292.2| PREDICTED: uncharacterized protein LOC100262... 542 e-152
emb|CBI40456.3| unnamed protein product [Vitis vinifera] 542 e-152
emb|CAN69310.1| hypothetical protein VITISV_003086 [Vitis vinifera] 540 e-151
ref|XP_002511940.1| transferase, transferring glycosyl groups, p... 537 e-150
>ref|XP_002301386.1| predicted protein [Populus trichocarpa] gi|222843112|gb|EEE80659.1|
predicted protein [Populus trichocarpa]
Length = 990
Score = 551 bits (1420), Expect = e-154
Identities = 269/432 (62%), Positives = 341/432 (78%)
Frame = -1
Query: 1297 WLNYDGILVHSIETKSIFSCFLQEPFKYLPVIWTIHERELAIRAREYSSNGKTQLIDDWK 1118
WLNYDGILV+S+ET+S+ SCF+QEPFK +P+IWTIHER LAIR+R+Y+S+ + +L++DW+
Sbjct: 215 WLNYDGILVNSLETRSVISCFMQEPFKSVPLIWTIHERALAIRSRQYTSSWQIELLNDWR 274
Query: 1117 HVFNRATIVVFPNYFLPMMYSTFDAGNYFVIPGSPDQAWEANGLMVSNNGDDLRVKMDYE 938
FNRAT+VVFPN+ LPMMYS FDAGNY+VIPGSP + WEA+ M N DD+RVKM YE
Sbjct: 275 KAFNRATVVVFPNHVLPMMYSAFDAGNYYVIPGSPAEVWEADTTMALYN-DDIRVKMGYE 333
Query: 937 PDDFVIAIVGSEFSYSGLWLEHAMVLQALIQVFADFPSNSNSSSRLKLCILKGNSSSNYT 758
P D VIA+VGS+F Y GLWLEHA+VL+AL+ + DFP +SNS S LK+ +L G+S+ NY+
Sbjct: 334 PTDIVIAVVGSQFLYRGLWLEHALVLKALLPLLQDFPLDSNSISHLKIIVLSGDSTGNYS 393
Query: 757 AAVESIALKLEYPKGSVQHIGMDGNVNKFLSISDLVIYGSFLEEQSFPEILVLAMCHGKP 578
AAVE+IA+ L YP+G+V+H +DG+V+ LS DLVIYGSFLEEQSFPE LV AM GKP
Sbjct: 394 AAVEAIAVNLSYPRGTVKHFAVDGDVSSALSAVDLVIYGSFLEEQSFPEFLVRAMSIGKP 453
Query: 577 IVAPDLSVIKKYIDNRVNGLLFSKGDIGALTQVLFQAISGGKLSTLALHVASNGKGLGKN 398
I+APDLS+I KY+D+RVNG LF K ++ ALTQ++ QAIS G LS LA ++AS GK KN
Sbjct: 454 IIAPDLSMIGKYVDDRVNGYLFPKENLKALTQIVLQAISKGTLSPLARNIASIGKSTAKN 513
Query: 397 LMVSETIEGYSTLLANVLKFPSEVRTPKAVSEVPPRLKEEWQWHLFDENVSSNFFNGTDK 218
LMV ETIEGY+TLL NVLK PSEV PKAV E+PP+LK+EW W+LF ++S + T K
Sbjct: 514 LMVLETIEGYATLLENVLKLPSEVALPKAVPEIPPKLKKEWCWNLFKAFLNSTHEDVTLK 573
Query: 217 SYRFLDDVEEKWNRSNRENLEVSSAIDVAFSYTDWEEEKIIDLINARRRQEDEELKGRTD 38
S R+L+ VEE+WN E+ +A D +FSY WEEEK I ++N R+R+E+EELK RTD
Sbjct: 574 SSRYLNKVEEQWNHEQGESTGSIAATDDSFSYDIWEEEKNILMLNTRKRREEEELKDRTD 633
Query: 37 QPHGTWEEVYRN 2
QP GTWEEVYR+
Sbjct: 634 QPRGTWEEVYRS 645
>ref|XP_002276292.2| PREDICTED: uncharacterized protein LOC100262009 [Vitis vinifera]
Length = 1026
Score = 542 bits (1396), Expect = e-152
Identities = 263/433 (60%), Positives = 337/433 (77%), Gaps = 1/433 (0%)
Frame = -1
Query: 1297 WLNYDGILVHSIETKSIFSCFLQEPFKYLPVIWTIHERELAIRAREYSSNGKTQLIDDWK 1118
WLNYDGI+V+S+E + + SCF+QEPFK LP+IWTI E LA R R+Y+ GK +L++DWK
Sbjct: 205 WLNYDGIIVNSLEARGVVSCFVQEPFKSLPLIWTIPEGTLATRLRQYNLTGKIELVNDWK 264
Query: 1117 HVFNRATIVVFPNYFLPMMYSTFDAGNYFVIPGSPDQAWEANGLMVSNNGDDLRVKMDYE 938
VFNRAT VVFPNY LPM+YSTFD+GNYFVIPGSP QAWE + M S+ D RVKM Y
Sbjct: 265 KVFNRATAVVFPNYVLPMIYSTFDSGNYFVIPGSPAQAWEVDNFMASHR-DSPRVKMGYG 323
Query: 937 PDDFVIAIVGSEFSYSGLWLEHAMVLQALIQVFADFPSNSNSSSRLKLCILKGNSSSNYT 758
PDDFVIA+V S+F Y GLWLEHA++LQAL+ + A+FP ++NS+S LK+ I GNS++NY+
Sbjct: 324 PDDFVIALVRSQFLYKGLWLEHALILQALLPLVAEFPVDNNSNSHLKILITSGNSANNYS 383
Query: 757 AAVESIALKLEYPKGSVQHIGMD-GNVNKFLSISDLVIYGSFLEEQSFPEILVLAMCHGK 581
AVE+IALKL YPKG V+HI +D G + L+ +D+VIYGSFLEEQSFP+IL+ AM GK
Sbjct: 384 VAVEAIALKLRYPKGVVKHIAIDVGEADNVLAAADIVIYGSFLEEQSFPDILIKAMSFGK 443
Query: 580 PIVAPDLSVIKKYIDNRVNGLLFSKGDIGALTQVLFQAISGGKLSTLALHVASNGKGLGK 401
I+APDLS+IKKY+D+RVNG LF K I LTQV+ Q IS GKLS L ++AS GK K
Sbjct: 444 LIIAPDLSIIKKYVDDRVNGYLFPKEKISVLTQVILQMISEGKLSPLVHNIASLGKSTAK 503
Query: 400 NLMVSETIEGYSTLLANVLKFPSEVRTPKAVSEVPPRLKEEWQWHLFDENVSSNFFNGTD 221
NLMV ET+EGY++LL N+LKFPSEV +PKAV+E+PP+LKEEWQW+LF + S + N T
Sbjct: 504 NLMVMETVEGYASLLENLLKFPSEVASPKAVTEIPPKLKEEWQWNLFAASGHSTYTNRTS 563
Query: 220 KSYRFLDDVEEKWNRSNRENLEVSSAIDVAFSYTDWEEEKIIDLINARRRQEDEELKGRT 41
+S+RFLD EE+W++S S D +F Y+ WEEEK+I + NA++R+E++ELK RT
Sbjct: 564 RSHRFLDKFEEQWSQSQTGG-SGSVTTDESFPYSIWEEEKLIGIANAKKRREEDELKDRT 622
Query: 40 DQPHGTWEEVYRN 2
DQP G+WE+VYR+
Sbjct: 623 DQPRGSWEDVYRS 635
>emb|CBI40456.3| unnamed protein product [Vitis vinifera]
Length = 1026
Score = 542 bits (1396), Expect = e-152
Identities = 263/433 (60%), Positives = 337/433 (77%), Gaps = 1/433 (0%)
Frame = -1
Query: 1297 WLNYDGILVHSIETKSIFSCFLQEPFKYLPVIWTIHERELAIRAREYSSNGKTQLIDDWK 1118
WLNYDGI+V+S+E + + SCF+QEPFK LP+IWTI E LA R R+Y+ GK +L++DWK
Sbjct: 205 WLNYDGIIVNSLEARGVVSCFVQEPFKSLPLIWTIPEGTLATRLRQYNLTGKIELVNDWK 264
Query: 1117 HVFNRATIVVFPNYFLPMMYSTFDAGNYFVIPGSPDQAWEANGLMVSNNGDDLRVKMDYE 938
VFNRAT VVFPNY LPM+YSTFD+GNYFVIPGSP QAWE + M S+ D RVKM Y
Sbjct: 265 KVFNRATAVVFPNYVLPMIYSTFDSGNYFVIPGSPAQAWEVDNFMASHR-DSPRVKMGYG 323
Query: 937 PDDFVIAIVGSEFSYSGLWLEHAMVLQALIQVFADFPSNSNSSSRLKLCILKGNSSSNYT 758
PDDFVIA+V S+F Y GLWLEHA++LQAL+ + A+FP ++NS+S LK+ I GNS++NY+
Sbjct: 324 PDDFVIALVRSQFLYKGLWLEHALILQALLPLVAEFPVDNNSNSHLKILITSGNSANNYS 383
Query: 757 AAVESIALKLEYPKGSVQHIGMD-GNVNKFLSISDLVIYGSFLEEQSFPEILVLAMCHGK 581
AVE+IALKL YPKG V+HI +D G + L+ +D+VIYGSFLEEQSFP+IL+ AM GK
Sbjct: 384 VAVEAIALKLRYPKGVVKHIAIDVGEADNVLAAADIVIYGSFLEEQSFPDILIKAMSFGK 443
Query: 580 PIVAPDLSVIKKYIDNRVNGLLFSKGDIGALTQVLFQAISGGKLSTLALHVASNGKGLGK 401
I+APDLS+IKKY+D+RVNG LF K I LTQV+ Q IS GKLS L ++AS GK K
Sbjct: 444 LIIAPDLSIIKKYVDDRVNGYLFPKEKISVLTQVILQMISEGKLSPLVHNIASLGKSTAK 503
Query: 400 NLMVSETIEGYSTLLANVLKFPSEVRTPKAVSEVPPRLKEEWQWHLFDENVSSNFFNGTD 221
NLMV ET+EGY++LL N+LKFPSEV +PKAV+E+PP+LKEEWQW+LF + S + N T
Sbjct: 504 NLMVMETVEGYASLLENLLKFPSEVASPKAVTEIPPKLKEEWQWNLFAASGHSTYTNRTS 563
Query: 220 KSYRFLDDVEEKWNRSNRENLEVSSAIDVAFSYTDWEEEKIIDLINARRRQEDEELKGRT 41
+S+RFLD EE+W++S S D +F Y+ WEEEK+I + NA++R+E++ELK RT
Sbjct: 564 RSHRFLDKFEEQWSQSQTGG-SGSVTTDESFPYSIWEEEKLIGIANAKKRREEDELKDRT 622
Query: 40 DQPHGTWEEVYRN 2
DQP G+WE+VYR+
Sbjct: 623 DQPRGSWEDVYRS 635
>emb|CAN69310.1| hypothetical protein VITISV_003086 [Vitis vinifera]
Length = 1040
Score = 540 bits (1391), Expect = e-151
Identities = 262/433 (60%), Positives = 336/433 (77%), Gaps = 1/433 (0%)
Frame = -1
Query: 1297 WLNYDGILVHSIETKSIFSCFLQEPFKYLPVIWTIHERELAIRAREYSSNGKTQLIDDWK 1118
WLNYDGI+V+S+E + + SCF+QEPFK LP+IWTI E LA R R+Y+ GK +L++DWK
Sbjct: 219 WLNYDGIIVNSLEARGVVSCFVQEPFKSLPLIWTIPEGTLATRLRQYNLTGKIELVNDWK 278
Query: 1117 HVFNRATIVVFPNYFLPMMYSTFDAGNYFVIPGSPDQAWEANGLMVSNNGDDLRVKMDYE 938
VFNRAT VVFPNY LPM+YSTFD+GNYFVIPGSP QAWE + M S+ D RVKM Y
Sbjct: 279 KVFNRATAVVFPNYVLPMIYSTFDSGNYFVIPGSPAQAWEVDNFMASHR-DSPRVKMGYG 337
Query: 937 PDDFVIAIVGSEFSYSGLWLEHAMVLQALIQVFADFPSNSNSSSRLKLCILKGNSSSNYT 758
PDDFVIA+V S+F Y GLWLEHA++LQAL+ + A+FP ++NS+S LK+ I GNS++NY+
Sbjct: 338 PDDFVIALVRSQFLYKGLWLEHALILQALLPLVAEFPVDNNSNSHLKILITSGNSANNYS 397
Query: 757 AAVESIALKLEYPKGSVQHIGMD-GNVNKFLSISDLVIYGSFLEEQSFPEILVLAMCHGK 581
AVE+IALKL YPKG V+HI +D G + L+ +D+VIYGSFLEEQSFP+IL+ AM GK
Sbjct: 398 VAVEAIALKLRYPKGVVKHIAIDVGEADNVLAAADIVIYGSFLEEQSFPDILIKAMSFGK 457
Query: 580 PIVAPDLSVIKKYIDNRVNGLLFSKGDIGALTQVLFQAISGGKLSTLALHVASNGKGLGK 401
I+APDLS+IKKY+D+RV G LF K I LTQV+ Q IS GKLS L ++AS GK K
Sbjct: 458 XIIAPDLSIIKKYVDDRVXGYLFPKEKISVLTQVILQMISEGKLSPLVHNIASLGKSTAK 517
Query: 400 NLMVSETIEGYSTLLANVLKFPSEVRTPKAVSEVPPRLKEEWQWHLFDENVSSNFFNGTD 221
NLMV ET+EGY++LL N+LKFPSEV +PKAV+E+PP+LKEEWQW+LF + S + N T
Sbjct: 518 NLMVMETVEGYASLLENLLKFPSEVASPKAVTEIPPKLKEEWQWNLFAASGHSTYTNRTS 577
Query: 220 KSYRFLDDVEEKWNRSNRENLEVSSAIDVAFSYTDWEEEKIIDLINARRRQEDEELKGRT 41
+S+RFLD EE+W++S S D +F Y+ WEEEK+I + NA++R+E++ELK RT
Sbjct: 578 RSHRFLDKFEEQWSQSQTGG-SGSVTTDESFPYSIWEEEKLIGIANAKKRREEDELKDRT 636
Query: 40 DQPHGTWEEVYRN 2
DQP G+WE+VYR+
Sbjct: 637 DQPRGSWEDVYRS 649
>ref|XP_002511940.1| transferase, transferring glycosyl groups, putative [Ricinus
communis] gi|223549120|gb|EEF50609.1| transferase,
transferring glycosyl groups, putative [Ricinus communis]
Length = 935
Score = 537 bits (1384), Expect = e-150
Identities = 251/432 (58%), Positives = 335/432 (77%)
Frame = -1
Query: 1297 WLNYDGILVHSIETKSIFSCFLQEPFKYLPVIWTIHERELAIRAREYSSNGKTQLIDDWK 1118
WL +D I+V+S+E K +F CF+QEPFK +P+IWTIHE+ L IR+R+Y SNG+ +L+ DWK
Sbjct: 160 WLIFDSIIVNSLEAKVVFPCFMQEPFKSIPLIWTIHEKTLGIRSRQYISNGQIELVSDWK 219
Query: 1117 HVFNRATIVVFPNYFLPMMYSTFDAGNYFVIPGSPDQAWEANGLMVSNNGDDLRVKMDYE 938
VFNRAT+VVFPN+ LPMMYS FDA NY+VIPGSP + WEA M + D +R+KM Y
Sbjct: 220 RVFNRATVVVFPNHVLPMMYSAFDAENYYVIPGSPAEVWEAEA-MAAVYKDSIRMKMGYR 278
Query: 937 PDDFVIAIVGSEFSYSGLWLEHAMVLQALIQVFADFPSNSNSSSRLKLCILKGNSSSNYT 758
PDD +IAIVGS+F Y GLWLEHA++LQAL +F+DF + NS+ LK+ +L GNS+SNY+
Sbjct: 279 PDDIIIAIVGSQFLYRGLWLEHALILQALSPLFSDFSFDDNSNPHLKIIVLSGNSTSNYS 338
Query: 757 AAVESIALKLEYPKGSVQHIGMDGNVNKFLSISDLVIYGSFLEEQSFPEILVLAMCHGKP 578
A+E+IA+ L YP G+V+HI +DG+V FL+ +D+V YGSF + QSFPE+L+ AMC KP
Sbjct: 339 VAIEAIAINLHYPIGAVKHIAIDGDVGSFLTAADIVTYGSFHDGQSFPEMLMKAMCMEKP 398
Query: 577 IVAPDLSVIKKYIDNRVNGLLFSKGDIGALTQVLFQAISGGKLSTLALHVASNGKGLGKN 398
I+APDLSVI+KY+D+RVNG +F K +I LTQ++ Q IS GKLS LA ++AS GKG KN
Sbjct: 399 IIAPDLSVIRKYVDDRVNGYIFPKENIRVLTQIILQVISKGKLSPLARNIASIGKGTAKN 458
Query: 397 LMVSETIEGYSTLLANVLKFPSEVRTPKAVSEVPPRLKEEWQWHLFDENVSSNFFNGTDK 218
LMV+E +EGY++LL +++K PSEV PKAV+++PP+LKEEW WHLF+ ++S + +
Sbjct: 459 LMVAEAVEGYASLLESIIKLPSEVAPPKAVAQIPPKLKEEWSWHLFEAFLNSTYEDRVLT 518
Query: 217 SYRFLDDVEEKWNRSNRENLEVSSAIDVAFSYTDWEEEKIIDLINARRRQEDEELKGRTD 38
S RFL VEE+WN S RE ++ D +FSY WEEEK I ++NA++R+E++ELK RTD
Sbjct: 519 SSRFLIKVEEQWNHSQREISSSIASNDESFSYDIWEEEKNIQILNAKKRREEQELKDRTD 578
Query: 37 QPHGTWEEVYRN 2
QPHGTWEEVYR+
Sbjct: 579 QPHGTWEEVYRS 590