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_contig00008716
         (1474 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_002284355.1| PREDICTED: UDP-glycosyltransferase 83A1-like...   470   e-130
ref|XP_002284350.1| PREDICTED: UDP-glycosyltransferase 83A1 [Vit...   465   e-128
ref|XP_002279299.1| PREDICTED: UDP-glycosyltransferase 83A1 [Vit...   462   e-127
ref|XP_002281210.2| PREDICTED: UDP-glycosyltransferase 83A1-like...   455   e-125
emb|CBI15142.3| unnamed protein product [Vitis vinifera]              455   e-125

>ref|XP_002284355.1| PREDICTED: UDP-glycosyltransferase 83A1-like [Vitis vinifera]
          Length = 462

 Score =  470 bits (1209), Expect = e-130
 Identities = 232/455 (50%), Positives = 314/455 (69%), Gaps = 8/455 (1%)
 Frame = -1

Query: 1426 QPHVLVIPCPAQGHIMPLMKLSCWLVDRGCKITFVNTESIHARLVDLL--QGKKLDHISL 1253
            +PHVL+IP PAQGH+ PLMK +  + D G K+TFVN++ IH +LV  L  + +    I L
Sbjct: 9    RPHVLIIPFPAQGHVTPLMKFAYQISDHGIKVTFVNSDFIHEKLVAALPDEDEARSRIGL 68

Query: 1252 VSIPVGLTL-EEQNNPVKMHHAIQSNLPGELEKLIQNVNESSNNGKIACVLADITLGWAI 1076
             SIP GL   E++ +P+K   +I   +PG L++LI+ VN S+++ KI CV+AD T+GWA+
Sbjct: 69   ASIPDGLGPGEDRKDPLKSTDSILRVMPGHLKELIEKVNNSNDDEKITCVIADTTVGWAL 128

Query: 1075 DVARKMGIRKACFCPSAAGIKALLLNIPKLIEMGAIDE-NGALMKKDTIIWSPSMPGIRT 899
            +VA KMGI    FCP   G  AL+ +IP+LIE G ++  +G+L+ ++ I  +  +P   +
Sbjct: 129  EVAEKMGIESVAFCPCGPGTLALVFDIPRLIEAGHVNGIDGSLLNEELICLAKDIPAFSS 188

Query: 898  THLLWHCLGGLFSSEFMFRTMVENTKSSKSADWIFCNTFHELEPKAIALVPNLLPIGPLN 719
              L W C   L   E +FR  ++   +   ++W+ CN+ +EL+  A  L+PN+LPIGPL 
Sbjct: 189  NRLPWGCPSDLTVQEILFRLALQCIPAKNLSNWLLCNSVYELDSSACDLIPNILPIGPLL 248

Query: 718  ADTQLG----SLWPEDLTCLSWLDQQTENSVIYVAFGSVAVHNQTQISELALGLELLGRP 551
            A   LG    + WPED TC+ WLD+Q   SVIYVAFGS+A+ +Q Q +ELALG+EL+GRP
Sbjct: 249  ASNHLGHYTGNFWPEDSTCIGWLDKQPAGSVIYVAFGSLAILSQNQFNELALGIELVGRP 308

Query: 550  FLWVVRSGLDLYGRPTTTCPEGFEDRVSHLGKIVSWAPQQKVLSHPSIACFVSHCGWNST 371
            FLWVVRS  D         P+GF +RV+  GKIVSWAPQ+KVL+HPS+ACF+SHCGWNST
Sbjct: 309  FLWVVRS--DFTNGSAAEYPDGFIERVAEHGKIVSWAPQEKVLAHPSVACFLSHCGWNST 366

Query: 370  LDGVSAGTPFICWPYFTDQFFDETYITDVWKVGLGLNPDDEGIISRYEIKRKINQLLCDD 191
            +DG+  G PF+CWPYF DQF +++YI D WKVGLGLNPD+ G ISR+EIK+KI  L+ DD
Sbjct: 367  MDGIGIGVPFLCWPYFADQFHNQSYICDKWKVGLGLNPDENGFISRHEIKKKIEMLVSDD 426

Query: 190  EIKERSLKLKEMAVKSVGKGGSSVRNLELFV*ELK 86
             IK  + KLKEMA KSV +GGSS +N + FV  LK
Sbjct: 427  GIKANAEKLKEMARKSVIEGGSSYKNFQTFVEALK 461


>ref|XP_002284350.1| PREDICTED: UDP-glycosyltransferase 83A1 [Vitis vinifera]
          Length = 456

 Score =  465 bits (1197), Expect = e-128
 Identities = 231/455 (50%), Positives = 314/455 (69%), Gaps = 8/455 (1%)
 Frame = -1

Query: 1426 QPHVLVIPCPAQGHIMPLMKLSCWLVDRGCKITFVNTESIHARLVDLL--QGKKLDHISL 1253
            +PHVL+IPCPAQGH+ PLMK +  + D G K+TFVN++ IH +LV  L  + +    I L
Sbjct: 3    RPHVLIIPCPAQGHVTPLMKFAYQISDHGIKVTFVNSDFIHEKLVAALPDEDEAQSRIGL 62

Query: 1252 VSIPVGLTL-EEQNNPVKMHHAIQSNLPGELEKLIQNVNESSNNGKIACVLADITLGWAI 1076
             SIP GL   E++ + +K   ++   +PG L++LI+ VN S+++ KI CV+AD T+GWA+
Sbjct: 63   ASIPDGLGPGEDRKDLLKSTDSMLRVMPGHLKELIEKVNNSNDDEKITCVIADTTVGWAL 122

Query: 1075 DVARKMGIRKACFCPSAAGIKALLLNIPKLIEMGAIDE-NGALMKKDTIIWSPSMPGIRT 899
            +VA KMGI+   FCP   G  ALL +IP+LIE G ++  +G+L+  + I  +  +P   +
Sbjct: 123  EVAEKMGIKSVAFCPCGPGSLALLFHIPRLIEAGHVNGIDGSLLNDELISLAKDIPAFSS 182

Query: 898  THLLWHCLGGLFSSEFMFRTMVENTKSSKSADWIFCNTFHELEPKAIALVPNLLPIGPLN 719
              L W C       + +F+   ++  +   ++W+ CN+ +EL+  A  L+PN+LPIGPL 
Sbjct: 183  NKLPWSCPSDPNLQKVIFQFAFKDISAMNLSNWLLCNSVYELDSSACDLIPNILPIGPLL 242

Query: 718  ADTQLG----SLWPEDLTCLSWLDQQTENSVIYVAFGSVAVHNQTQISELALGLELLGRP 551
            A   LG    + WPED TC+SWLD+Q   SVIYVAFGSVA+ +Q Q +ELALG+EL+GRP
Sbjct: 243  ASNHLGHYTGNFWPEDSTCISWLDKQPAGSVIYVAFGSVAILSQNQFNELALGIELVGRP 302

Query: 550  FLWVVRSGLDLYGRPTTTCPEGFEDRVSHLGKIVSWAPQQKVLSHPSIACFVSHCGWNST 371
            FLWVVRS  D         P+GF +RV+  GKIVSWAPQ+KVL+HPS+ACF+SHCGWNST
Sbjct: 303  FLWVVRS--DFTNGSAAEYPDGFIERVAEHGKIVSWAPQEKVLAHPSVACFLSHCGWNST 360

Query: 370  LDGVSAGTPFICWPYFTDQFFDETYITDVWKVGLGLNPDDEGIISRYEIKRKINQLLCDD 191
            +DG+  G PF+CWPYF DQF +++YI D WKVGLGLNPD+ G ISR+EIK+KI  L+ DD
Sbjct: 361  MDGIGMGVPFLCWPYFADQFHNQSYICDKWKVGLGLNPDENGFISRHEIKKKIEMLVSDD 420

Query: 190  EIKERSLKLKEMAVKSVGKGGSSVRNLELFV*ELK 86
             IK  + KLKEMA KSV +GGSS +N + FV  LK
Sbjct: 421  GIKANAEKLKEMARKSVIEGGSSYKNFQTFVEALK 455


>ref|XP_002279299.1| PREDICTED: UDP-glycosyltransferase 83A1 [Vitis vinifera]
          Length = 454

 Score =  462 bits (1189), Expect = e-127
 Identities = 234/451 (51%), Positives = 310/451 (68%), Gaps = 7/451 (1%)
 Frame = -1

Query: 1429 EQPHVLVIPCPAQGHIMPLMKLSCWLVDRGCKITFVNTESIHARLVDLLQGKKL--DHIS 1256
            ++PHVL +P PAQGH++PL++LS WLV  G K+TFVN++  H R+V+ L  K      I 
Sbjct: 3    KKPHVLALPYPAQGHVIPLIELSQWLVKLGFKVTFVNSDFNHKRVVNALSAKDDIGGQIR 62

Query: 1255 LVSIPVGLTL-EEQNNPVKMHHAIQSNLPGELEKLIQNVNESSNNGKIACVLADITLGWA 1079
            LVSIP GL   E++N+  K+  AI   +PG+LE+LI+ +N S +  +I CV+AD  LGWA
Sbjct: 63   LVSIPDGLEAWEDRNDLGKLTKAILRVMPGKLEELIEEINGSDD--EITCVIADGNLGWA 120

Query: 1078 IDVARKMGIRKACFCPSAAGIKALLLNIPKLIEMGAIDENGALMKKDTIIWSPSMPGIRT 899
            + VA KMGI++A F P+AA + AL+ ++ KL++ G +   G  +K   I  S +MP + T
Sbjct: 121  MGVAEKMGIKRAAFWPAAAALLALIFSVRKLVDDGILTNEGIPVKNQMIKLSETMPAMNT 180

Query: 898  THLLWHCLGGLFSSEFMFRTMVENTKSSKSADWIFCNTFHELEPKAIALVPNLLPIGPLN 719
             H  W C+G L + +F+F  +  N K    A+W+ CN+ ++LEP A  L P +LPIGPL 
Sbjct: 181  AHFAWTCIGDLNTQKFLFDLIRRNNKDILPAEWLVCNSIYDLEPAAFNLAPEMLPIGPLL 240

Query: 718  ADTQLG----SLWPEDLTCLSWLDQQTENSVIYVAFGSVAVHNQTQISELALGLELLGRP 551
            A  +LG    + WPED TCL WLD QT  SVIYVAFGS  V ++TQ  ELALGLEL   P
Sbjct: 241  ASNRLGKSIGNFWPEDSTCLRWLDNQTACSVIYVAFGSFTVFDETQFQELALGLELTNSP 300

Query: 550  FLWVVRSGLDLYGRPTTTCPEGFEDRVSHLGKIVSWAPQQKVLSHPSIACFVSHCGWNST 371
            FLWVVR   D+        PEGF++RV   G +V WAPQQKVLSHPSIACF+SHCGWNST
Sbjct: 301  FLWVVRP--DITTGKHEDYPEGFQERVGTRGLMVGWAPQQKVLSHPSIACFLSHCGWNST 358

Query: 370  LDGVSAGTPFICWPYFTDQFFDETYITDVWKVGLGLNPDDEGIISRYEIKRKINQLLCDD 191
            ++GVS G PF+CWPYF DQF ++ YI DVWKVGLG N D+ GII + EIK K+NQLL D+
Sbjct: 359  MEGVSNGVPFLCWPYFADQFLNQGYICDVWKVGLGFNRDERGIIQQGEIKNKVNQLLLDE 418

Query: 190  EIKERSLKLKEMAVKSVGKGGSSVRNLELFV 98
            +IK R++ LKEMA+ SV +GG+S +N + F+
Sbjct: 419  KIKARAMVLKEMAMNSVTEGGNSHKNFKNFI 449


>ref|XP_002281210.2| PREDICTED: UDP-glycosyltransferase 83A1-like [Vitis vinifera]
          Length = 457

 Score =  455 bits (1171), Expect = e-125
 Identities = 225/455 (49%), Positives = 310/455 (68%), Gaps = 8/455 (1%)
 Frame = -1

Query: 1426 QPHVLVIPCPAQGHIMPLMKLSCWLVDRGCKITFVNTESIHARLVDLL--QGKKLDHISL 1253
            +PHVL+IP PAQGH+ PLMK +  + D G K+TFVN++ IH +LV  L  + +    I L
Sbjct: 4    RPHVLIIPFPAQGHVAPLMKFAYQISDHGIKVTFVNSDFIHEKLVAALPDEDEARSRIGL 63

Query: 1252 VSIPVGLTL-EEQNNPVKMHHAIQSNLPGELEKLIQNVNESSNNGKIACVLADITLGWAI 1076
             SIP GL   E++ + +K+  +I   +PG L++ ++ VN S+++ KI CV+AD   GWA+
Sbjct: 64   ASIPDGLGPGEDRKDSLKLTDSIFRVMPGHLKEFMEKVNNSNDDEKITCVIADSAFGWAL 123

Query: 1075 DVARKMGIRKACFCPSAAGIKALLLNIPKLIEMGAIDE-NGALMKKDTIIWSPSMPGIRT 899
            +VA KMGI++  FCP   G  AL  +IP+LIE G ++  +G+L+  + I  +  +P   +
Sbjct: 124  EVADKMGIKRVAFCPFGPGSLALAFHIPRLIEAGLLNSTDGSLLNDELICLAKDIPAFSS 183

Query: 898  THLLWHCLGGLFSSEFMFRTMVENTKSSKSADWIFCNTFHELEPKAIALVPNLLPIGPLN 719
              L W C       E +FR   ++  +   ++W+ CN+ +EL+  A  L+PN+LPIGPL 
Sbjct: 184  NRLPWSCPSDPTLQEVIFRLAFKDISAINLSNWLICNSVYELDSSACDLIPNILPIGPLI 243

Query: 718  ADTQLG----SLWPEDLTCLSWLDQQTENSVIYVAFGSVAVHNQTQISELALGLELLGRP 551
            A+  LG    + WPED TC+SWLD+Q   SVIYVAFGS+A+ +Q Q +ELALG+EL+GRP
Sbjct: 244  ANNHLGHYPGNFWPEDSTCISWLDKQPAGSVIYVAFGSLAILSQHQFNELALGIELVGRP 303

Query: 550  FLWVVRSGLDLYGRPTTTCPEGFEDRVSHLGKIVSWAPQQKVLSHPSIACFVSHCGWNST 371
            FLWVVRS  D         P+GF +RV+  GKIVSWAPQ+KVL+HPS+ACF+SHCGWNST
Sbjct: 304  FLWVVRS--DFTNGSDAEYPDGFIERVAENGKIVSWAPQEKVLAHPSVACFLSHCGWNST 361

Query: 370  LDGVSAGTPFICWPYFTDQFFDETYITDVWKVGLGLNPDDEGIISRYEIKRKINQLLCDD 191
            +DG+  G PF+CWPY  DQF +++YI D WKVGLGLNPD+ G ISR+EIK+KI  L+ DD
Sbjct: 362  MDGIGMGVPFLCWPYVVDQFHNQSYICDKWKVGLGLNPDENGFISRHEIKKKIEMLVSDD 421

Query: 190  EIKERSLKLKEMAVKSVGKGGSSVRNLELFV*ELK 86
             IK  + KLKEM  KSV +GGSS +N + FV  +K
Sbjct: 422  VIKANAEKLKEMTRKSVSEGGSSYKNFQTFVEVMK 456


>emb|CBI15142.3| unnamed protein product [Vitis vinifera]
          Length = 745

 Score =  455 bits (1171), Expect = e-125
 Identities = 225/455 (49%), Positives = 310/455 (68%), Gaps = 8/455 (1%)
 Frame = -1

Query: 1426 QPHVLVIPCPAQGHIMPLMKLSCWLVDRGCKITFVNTESIHARLVDLL--QGKKLDHISL 1253
            +PHVL+IP PAQGH+ PLMK +  + D G K+TFVN++ IH +LV  L  + +    I L
Sbjct: 292  RPHVLIIPFPAQGHVAPLMKFAYQISDHGIKVTFVNSDFIHEKLVAALPDEDEARSRIGL 351

Query: 1252 VSIPVGLTL-EEQNNPVKMHHAIQSNLPGELEKLIQNVNESSNNGKIACVLADITLGWAI 1076
             SIP GL   E++ + +K+  +I   +PG L++ ++ VN S+++ KI CV+AD   GWA+
Sbjct: 352  ASIPDGLGPGEDRKDSLKLTDSIFRVMPGHLKEFMEKVNNSNDDEKITCVIADSAFGWAL 411

Query: 1075 DVARKMGIRKACFCPSAAGIKALLLNIPKLIEMGAIDE-NGALMKKDTIIWSPSMPGIRT 899
            +VA KMGI++  FCP   G  AL  +IP+LIE G ++  +G+L+  + I  +  +P   +
Sbjct: 412  EVADKMGIKRVAFCPFGPGSLALAFHIPRLIEAGLLNSTDGSLLNDELICLAKDIPAFSS 471

Query: 898  THLLWHCLGGLFSSEFMFRTMVENTKSSKSADWIFCNTFHELEPKAIALVPNLLPIGPLN 719
              L W C       E +FR   ++  +   ++W+ CN+ +EL+  A  L+PN+LPIGPL 
Sbjct: 472  NRLPWSCPSDPTLQEVIFRLAFKDISAINLSNWLICNSVYELDSSACDLIPNILPIGPLI 531

Query: 718  ADTQLG----SLWPEDLTCLSWLDQQTENSVIYVAFGSVAVHNQTQISELALGLELLGRP 551
            A+  LG    + WPED TC+SWLD+Q   SVIYVAFGS+A+ +Q Q +ELALG+EL+GRP
Sbjct: 532  ANNHLGHYPGNFWPEDSTCISWLDKQPAGSVIYVAFGSLAILSQHQFNELALGIELVGRP 591

Query: 550  FLWVVRSGLDLYGRPTTTCPEGFEDRVSHLGKIVSWAPQQKVLSHPSIACFVSHCGWNST 371
            FLWVVRS  D         P+GF +RV+  GKIVSWAPQ+KVL+HPS+ACF+SHCGWNST
Sbjct: 592  FLWVVRS--DFTNGSDAEYPDGFIERVAENGKIVSWAPQEKVLAHPSVACFLSHCGWNST 649

Query: 370  LDGVSAGTPFICWPYFTDQFFDETYITDVWKVGLGLNPDDEGIISRYEIKRKINQLLCDD 191
            +DG+  G PF+CWPY  DQF +++YI D WKVGLGLNPD+ G ISR+EIK+KI  L+ DD
Sbjct: 650  MDGIGMGVPFLCWPYVVDQFHNQSYICDKWKVGLGLNPDENGFISRHEIKKKIEMLVSDD 709

Query: 190  EIKERSLKLKEMAVKSVGKGGSSVRNLELFV*ELK 86
             IK  + KLKEM  KSV +GGSS +N + FV  +K
Sbjct: 710  VIKANAEKLKEMTRKSVSEGGSSYKNFQTFVEVMK 744



 Score =  291 bits (746), Expect = 2e-76
 Identities = 148/283 (52%), Positives = 188/283 (66%), Gaps = 5/283 (1%)
 Frame = -1

Query: 1024 AGIKALLLNIPKLIEMGAIDE-NGALMKKDTIIWSPSMPGIRTTHLLWHCLGGLFSSEFM 848
            AGI AL L+IPKLIE G ++  +G  +K + I  S  +P +    L W     L   E++
Sbjct: 3    AGIWALALHIPKLIEAGIVNSTDGTPLKDELICVSKGIPVLSCNGLPWKWPIDLKVQEWV 62

Query: 847  FRTMVENTKSSKSADWIFCNTFHELEPKAIALVPNLLPIGPLNADTQLG----SLWPEDL 680
            FR  + + +   S+  + CN  +EL+  A  L+PNLLPIGPL A    G    + WPED 
Sbjct: 63   FRIYLTSIQFMNSSKRLLCNCVYELDSSACDLIPNLLPIGPLPASRDPGHYAANFWPEDS 122

Query: 679  TCLSWLDQQTENSVIYVAFGSVAVHNQTQISELALGLELLGRPFLWVVRSGLDLYGRPTT 500
            TC+ WLD+Q   SVIYVAFGS     Q Q +ELALG+EL+GRPFLWVVRS  D       
Sbjct: 123  TCIGWLDKQPAGSVIYVAFGSTGNLTQHQFNELALGIELVGRPFLWVVRS--DFTDGSAA 180

Query: 499  TCPEGFEDRVSHLGKIVSWAPQQKVLSHPSIACFVSHCGWNSTLDGVSAGTPFICWPYFT 320
              P+GF +RV+  GKIVSWAPQ++VL+HPS+ACF SHCGWNST+D +  G PF+CWPY  
Sbjct: 181  EYPDGFIERVADHGKIVSWAPQEEVLAHPSVACFFSHCGWNSTMDSIIMGVPFLCWPYVG 240

Query: 319  DQFFDETYITDVWKVGLGLNPDDEGIISRYEIKRKINQLLCDD 191
            DQF D+ YI D WKVGLGLNPD+ G+ISR+EIK KI +L+ DD
Sbjct: 241  DQFLDQNYICDKWKVGLGLNPDENGLISRHEIKMKIEKLVSDD 283