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= Scutellaria22_contig00013593
         (1452 letters)

Database: ./nr 
           23,641,837 sequences; 8,123,359,852 total letters

Searching..................................................done



                                                                 Score    E
Sequences producing significant alignments:                      (bits) Value

gb|AEB61488.1| UDP-glucosyltransferase [Lamium galeobdolon]           526   e-147
ref|XP_002284355.1| PREDICTED: UDP-glycosyltransferase 83A1-like...   461   e-127
ref|XP_002284350.1| PREDICTED: UDP-glycosyltransferase 83A1 [Vit...   460   e-127
ref|XP_002281210.2| PREDICTED: UDP-glycosyltransferase 83A1-like...   454   e-125
emb|CBI15142.3| unnamed protein product [Vitis vinifera]              454   e-125

>gb|AEB61488.1| UDP-glucosyltransferase [Lamium galeobdolon]
          Length = 450

 Score =  526 bits (1354), Expect = e-147
 Identities = 275/464 (59%), Positives = 329/464 (70%), Gaps = 6/464 (1%)
 Frame = +1

Query: 28   MEVAKGRKAHVLCVPLPSQGHVKPLMKLGRQIAKHGIKVTIVNLQRIHNLLVAAAKVPGE 207
            ME   GRKAHVL V  P+QGHVKPLMKL RQIAKHG+KVT+VNLQ +H+ LV      GE
Sbjct: 1    MEAKNGRKAHVLAVAGPAQGHVKPLMKLCRQIAKHGLKVTLVNLQSVHDKLV------GE 54

Query: 208  EDDNITLATIPDIPRADYQNDPLNIMNPLRRVLPGSLTDLIHRINAC-NPDEKISCLIAD 384
            ED+ + + +IPD+P  + ++DP   M  LR+ +P SL DLI  IN+  NP+EKI  +IAD
Sbjct: 55   EDNIVQMVSIPDVPIEEDKDDPFKKMKNLRKTMPESLKDLIQGINSSSNPEEKIGFVIAD 114

Query: 385  TIIGHCIWETAQKMGAKTFLFSPASAATIAMIFRIPDLLEQGLFDSNGNIKKGE-VRLSD 561
             ++   + +TA +MGA+  LFSP SAA  AM+ RIP LLE G+ D NGNI+K E + LSD
Sbjct: 115  VMV-EWLMDTAAEMGAEPILFSPTSAAFRAMMSRIPALLEDGMLDLNGNIEKCEKITLSD 173

Query: 562  DVPGWGEGEFTWSFPSNRVVQKMFFE----DGAKLVDDKIRQSKWVLVNTCYELEPSGCH 729
            D+P W + EF+WSFP +   QK FF+    D  K++  K+      L+NTCYELE   C 
Sbjct: 174  DIPAWDKDEFSWSFPHDPKTQKSFFDLINPDRGKIIQPKLH-----LINTCYELESPACD 228

Query: 730  LNPTFLPIGPXXXXXXXXXXXXXXXXXXESCLSWLDGKPPASVIYVSFGSVAVFSQQQLD 909
            L P  LP+GP                  ESCLSWLD K P SVIYVSFGS+AV SQQQLD
Sbjct: 229  LRPNLLPVGPLLEMNNSCNFYPED----ESCLSWLDTKLPESVIYVSFGSIAVVSQQQLD 284

Query: 910  ELALGLELSGRAFLWVVRSDLANGSRATYPDGFLERVSEIGKIVGWAPQERVLSHPSLAG 1089
            ELALGLELSGRAFLWVVR DL NG RA YPDGFLERVS IG IV WAPQERVL HPS+A 
Sbjct: 285  ELALGLELSGRAFLWVVRPDLVNGLRAVYPDGFLERVSGIGMIVEWAPQERVLFHPSVAC 344

Query: 1090 FLSHCGWNSILEGTSKGVPFLCWPYFSDQFHNQNYVCDKWEIGLRISPDENGIRWSHEIK 1269
            FL+HCGWNSILEG SKGV FLCWP+F DQFHNQNY+CDKWE GLR+  D +GIR  +EIK
Sbjct: 345  FLTHCGWNSILEGLSKGVSFLCWPFFMDQFHNQNYICDKWEAGLRVDGDGSGIRTRNEIK 404

Query: 1270 KKIDLLFSNHDLKANALALKEACEKSVNEGGSSYKNLLTFVDHI 1401
            +KI ++F N DLKANA+ LKE   K+V EGGSSY N   F+D++
Sbjct: 405  EKIGMMFCNGDLKANAMRLKEIFAKTVCEGGSSYNNFERFIDYL 448


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

 Score =  461 bits (1186), Expect = e-127
 Identities = 233/454 (51%), Positives = 301/454 (66%), Gaps = 3/454 (0%)
 Frame = +1

Query: 43   GRKAHVLCVPLPSQGHVKPLMKLGRQIAKHGIKVTIVNLQRIHNLLVAAAKVPGEEDDNI 222
            GR+ HVL +P P+QGHV PLMK   QI+ HGIKVT VN   IH  LVAA     E    I
Sbjct: 7    GRRPHVLIIPFPAQGHVTPLMKFAYQISDHGIKVTFVNSDFIHEKLVAALPDEDEARSRI 66

Query: 223  TLATIPD-IPRADYQNDPLNIMNPLRRVLPGSLTDLIHRINACNPDEKISCLIADTIIGH 399
             LA+IPD +   + + DPL   + + RV+PG L +LI ++N  N DEKI+C+IADT +G 
Sbjct: 67   GLASIPDGLGPGEDRKDPLKSTDSILRVMPGHLKELIEKVNNSNDDEKITCVIADTTVGW 126

Query: 400  CIWETAQKMGAKTFLFSPASAATIAMIFRIPDLLEQGLFDS-NGNIKKGE-VRLSDDVPG 573
             + E A+KMG ++  F P    T+A++F IP L+E G  +  +G++   E + L+ D+P 
Sbjct: 127  AL-EVAEKMGIESVAFCPCGPGTLALVFDIPRLIEAGHVNGIDGSLLNEELICLAKDIPA 185

Query: 574  WGEGEFTWSFPSNRVVQKMFFEDGAKLVDDKIRQSKWVLVNTCYELEPSGCHLNPTFLPI 753
            +      W  PS+  VQ++ F    + +  K   S W+L N+ YEL+ S C L P  LPI
Sbjct: 186  FSSNRLPWGCPSDLTVQEILFRLALQCIPAK-NLSNWLLCNSVYELDSSACDLIPNILPI 244

Query: 754  GPXXXXXXXXXXXXXXXXXXESCLSWLDGKPPASVIYVSFGSVAVFSQQQLDELALGLEL 933
            GP                   +C+ WLD +P  SVIYV+FGS+A+ SQ Q +ELALG+EL
Sbjct: 245  GPLLASNHLGHYTGNFWPEDSTCIGWLDKQPAGSVIYVAFGSLAILSQNQFNELALGIEL 304

Query: 934  SGRAFLWVVRSDLANGSRATYPDGFLERVSEIGKIVGWAPQERVLSHPSLAGFLSHCGWN 1113
             GR FLWVVRSD  NGS A YPDGF+ERV+E GKIV WAPQE+VL+HPS+A FLSHCGWN
Sbjct: 305  VGRPFLWVVRSDFTNGSAAEYPDGFIERVAEHGKIVSWAPQEKVLAHPSVACFLSHCGWN 364

Query: 1114 SILEGTSKGVPFLCWPYFSDQFHNQNYVCDKWEIGLRISPDENGIRWSHEIKKKIDLLFS 1293
            S ++G   GVPFLCWPYF+DQFHNQ+Y+CDKW++GL ++PDENG    HEIKKKI++L S
Sbjct: 365  STMDGIGIGVPFLCWPYFADQFHNQSYICDKWKVGLGLNPDENGFISRHEIKKKIEMLVS 424

Query: 1294 NHDLKANALALKEACEKSVNEGGSSYKNLLTFVD 1395
            +  +KANA  LKE   KSV EGGSSYKN  TFV+
Sbjct: 425  DDGIKANAEKLKEMARKSVIEGGSSYKNFQTFVE 458


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

 Score =  460 bits (1183), Expect = e-127
 Identities = 233/452 (51%), Positives = 302/452 (66%), Gaps = 3/452 (0%)
 Frame = +1

Query: 49   KAHVLCVPLPSQGHVKPLMKLGRQIAKHGIKVTIVNLQRIHNLLVAAAKVPGEEDDNITL 228
            + HVL +P P+QGHV PLMK   QI+ HGIKVT VN   IH  LVAA     E    I L
Sbjct: 3    RPHVLIIPCPAQGHVTPLMKFAYQISDHGIKVTFVNSDFIHEKLVAALPDEDEAQSRIGL 62

Query: 229  ATIPD-IPRADYQNDPLNIMNPLRRVLPGSLTDLIHRINACNPDEKISCLIADTIIGHCI 405
            A+IPD +   + + D L   + + RV+PG L +LI ++N  N DEKI+C+IADT +G  +
Sbjct: 63   ASIPDGLGPGEDRKDLLKSTDSMLRVMPGHLKELIEKVNNSNDDEKITCVIADTTVGWAL 122

Query: 406  WETAQKMGAKTFLFSPASAATIAMIFRIPDLLEQGLFDS-NGNIKKGE-VRLSDDVPGWG 579
             E A+KMG K+  F P    ++A++F IP L+E G  +  +G++   E + L+ D+P + 
Sbjct: 123  -EVAEKMGIKSVAFCPCGPGSLALLFHIPRLIEAGHVNGIDGSLLNDELISLAKDIPAFS 181

Query: 580  EGEFTWSFPSNRVVQKMFFEDGAKLVDDKIRQSKWVLVNTCYELEPSGCHLNPTFLPIGP 759
              +  WS PS+  +QK+ F+   K +   +  S W+L N+ YEL+ S C L P  LPIGP
Sbjct: 182  SNKLPWSCPSDPNLQKVIFQFAFKDIS-AMNLSNWLLCNSVYELDSSACDLIPNILPIGP 240

Query: 760  XXXXXXXXXXXXXXXXXXESCLSWLDGKPPASVIYVSFGSVAVFSQQQLDELALGLELSG 939
                               +C+SWLD +P  SVIYV+FGSVA+ SQ Q +ELALG+EL G
Sbjct: 241  LLASNHLGHYTGNFWPEDSTCISWLDKQPAGSVIYVAFGSVAILSQNQFNELALGIELVG 300

Query: 940  RAFLWVVRSDLANGSRATYPDGFLERVSEIGKIVGWAPQERVLSHPSLAGFLSHCGWNSI 1119
            R FLWVVRSD  NGS A YPDGF+ERV+E GKIV WAPQE+VL+HPS+A FLSHCGWNS 
Sbjct: 301  RPFLWVVRSDFTNGSAAEYPDGFIERVAEHGKIVSWAPQEKVLAHPSVACFLSHCGWNST 360

Query: 1120 LEGTSKGVPFLCWPYFSDQFHNQNYVCDKWEIGLRISPDENGIRWSHEIKKKIDLLFSNH 1299
            ++G   GVPFLCWPYF+DQFHNQ+Y+CDKW++GL ++PDENG    HEIKKKI++L S+ 
Sbjct: 361  MDGIGMGVPFLCWPYFADQFHNQSYICDKWKVGLGLNPDENGFISRHEIKKKIEMLVSDD 420

Query: 1300 DLKANALALKEACEKSVNEGGSSYKNLLTFVD 1395
             +KANA  LKE   KSV EGGSSYKN  TFV+
Sbjct: 421  GIKANAEKLKEMARKSVIEGGSSYKNFQTFVE 452


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

 Score =  454 bits (1168), Expect = e-125
 Identities = 231/454 (50%), Positives = 299/454 (65%), Gaps = 3/454 (0%)
 Frame = +1

Query: 43   GRKAHVLCVPLPSQGHVKPLMKLGRQIAKHGIKVTIVNLQRIHNLLVAAAKVPGEEDDNI 222
            GR+ HVL +P P+QGHV PLMK   QI+ HGIKVT VN   IH  LVAA     E    I
Sbjct: 2    GRRPHVLIIPFPAQGHVAPLMKFAYQISDHGIKVTFVNSDFIHEKLVAALPDEDEARSRI 61

Query: 223  TLATIPD-IPRADYQNDPLNIMNPLRRVLPGSLTDLIHRINACNPDEKISCLIADTIIGH 399
             LA+IPD +   + + D L + + + RV+PG L + + ++N  N DEKI+C+IAD+  G 
Sbjct: 62   GLASIPDGLGPGEDRKDSLKLTDSIFRVMPGHLKEFMEKVNNSNDDEKITCVIADSAFGW 121

Query: 400  CIWETAQKMGAKTFLFSPASAATIAMIFRIPDLLEQGLFDS-NGNIKKGE-VRLSDDVPG 573
             + E A KMG K   F P    ++A+ F IP L+E GL +S +G++   E + L+ D+P 
Sbjct: 122  AL-EVADKMGIKRVAFCPFGPGSLALAFHIPRLIEAGLLNSTDGSLLNDELICLAKDIPA 180

Query: 574  WGEGEFTWSFPSNRVVQKMFFEDGAKLVDDKIRQSKWVLVNTCYELEPSGCHLNPTFLPI 753
            +      WS PS+  +Q++ F    K +   I  S W++ N+ YEL+ S C L P  LPI
Sbjct: 181  FSSNRLPWSCPSDPTLQEVIFRLAFKDIS-AINLSNWLICNSVYELDSSACDLIPNILPI 239

Query: 754  GPXXXXXXXXXXXXXXXXXXESCLSWLDGKPPASVIYVSFGSVAVFSQQQLDELALGLEL 933
            GP                   +C+SWLD +P  SVIYV+FGS+A+ SQ Q +ELALG+EL
Sbjct: 240  GPLIANNHLGHYPGNFWPEDSTCISWLDKQPAGSVIYVAFGSLAILSQHQFNELALGIEL 299

Query: 934  SGRAFLWVVRSDLANGSRATYPDGFLERVSEIGKIVGWAPQERVLSHPSLAGFLSHCGWN 1113
             GR FLWVVRSD  NGS A YPDGF+ERV+E GKIV WAPQE+VL+HPS+A FLSHCGWN
Sbjct: 300  VGRPFLWVVRSDFTNGSDAEYPDGFIERVAENGKIVSWAPQEKVLAHPSVACFLSHCGWN 359

Query: 1114 SILEGTSKGVPFLCWPYFSDQFHNQNYVCDKWEIGLRISPDENGIRWSHEIKKKIDLLFS 1293
            S ++G   GVPFLCWPY  DQFHNQ+Y+CDKW++GL ++PDENG    HEIKKKI++L S
Sbjct: 360  STMDGIGMGVPFLCWPYVVDQFHNQSYICDKWKVGLGLNPDENGFISRHEIKKKIEMLVS 419

Query: 1294 NHDLKANALALKEACEKSVNEGGSSYKNLLTFVD 1395
            +  +KANA  LKE   KSV+EGGSSYKN  TFV+
Sbjct: 420  DDVIKANAEKLKEMTRKSVSEGGSSYKNFQTFVE 453


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

 Score =  454 bits (1168), Expect = e-125
 Identities = 231/454 (50%), Positives = 299/454 (65%), Gaps = 3/454 (0%)
 Frame = +1

Query: 43   GRKAHVLCVPLPSQGHVKPLMKLGRQIAKHGIKVTIVNLQRIHNLLVAAAKVPGEEDDNI 222
            GR+ HVL +P P+QGHV PLMK   QI+ HGIKVT VN   IH  LVAA     E    I
Sbjct: 290  GRRPHVLIIPFPAQGHVAPLMKFAYQISDHGIKVTFVNSDFIHEKLVAALPDEDEARSRI 349

Query: 223  TLATIPD-IPRADYQNDPLNIMNPLRRVLPGSLTDLIHRINACNPDEKISCLIADTIIGH 399
             LA+IPD +   + + D L + + + RV+PG L + + ++N  N DEKI+C+IAD+  G 
Sbjct: 350  GLASIPDGLGPGEDRKDSLKLTDSIFRVMPGHLKEFMEKVNNSNDDEKITCVIADSAFGW 409

Query: 400  CIWETAQKMGAKTFLFSPASAATIAMIFRIPDLLEQGLFDS-NGNIKKGE-VRLSDDVPG 573
             + E A KMG K   F P    ++A+ F IP L+E GL +S +G++   E + L+ D+P 
Sbjct: 410  AL-EVADKMGIKRVAFCPFGPGSLALAFHIPRLIEAGLLNSTDGSLLNDELICLAKDIPA 468

Query: 574  WGEGEFTWSFPSNRVVQKMFFEDGAKLVDDKIRQSKWVLVNTCYELEPSGCHLNPTFLPI 753
            +      WS PS+  +Q++ F    K +   I  S W++ N+ YEL+ S C L P  LPI
Sbjct: 469  FSSNRLPWSCPSDPTLQEVIFRLAFKDIS-AINLSNWLICNSVYELDSSACDLIPNILPI 527

Query: 754  GPXXXXXXXXXXXXXXXXXXESCLSWLDGKPPASVIYVSFGSVAVFSQQQLDELALGLEL 933
            GP                   +C+SWLD +P  SVIYV+FGS+A+ SQ Q +ELALG+EL
Sbjct: 528  GPLIANNHLGHYPGNFWPEDSTCISWLDKQPAGSVIYVAFGSLAILSQHQFNELALGIEL 587

Query: 934  SGRAFLWVVRSDLANGSRATYPDGFLERVSEIGKIVGWAPQERVLSHPSLAGFLSHCGWN 1113
             GR FLWVVRSD  NGS A YPDGF+ERV+E GKIV WAPQE+VL+HPS+A FLSHCGWN
Sbjct: 588  VGRPFLWVVRSDFTNGSDAEYPDGFIERVAENGKIVSWAPQEKVLAHPSVACFLSHCGWN 647

Query: 1114 SILEGTSKGVPFLCWPYFSDQFHNQNYVCDKWEIGLRISPDENGIRWSHEIKKKIDLLFS 1293
            S ++G   GVPFLCWPY  DQFHNQ+Y+CDKW++GL ++PDENG    HEIKKKI++L S
Sbjct: 648  STMDGIGMGVPFLCWPYVVDQFHNQSYICDKWKVGLGLNPDENGFISRHEIKKKIEMLVS 707

Query: 1294 NHDLKANALALKEACEKSVNEGGSSYKNLLTFVD 1395
            +  +KANA  LKE   KSV+EGGSSYKN  TFV+
Sbjct: 708  DDVIKANAEKLKEMTRKSVSEGGSSYKNFQTFVE 741



 Score =  262 bits (669), Expect = 2e-67
 Identities = 133/282 (47%), Positives = 172/282 (60%), Gaps = 2/282 (0%)
 Frame = +1

Query: 472  AMIFRIPDLLEQGLFDSNGN--IKKGEVRLSDDVPGWGEGEFTWSFPSNRVVQKMFFEDG 645
            A+   IP L+E G+ +S     +K   + +S  +P        W +P +  VQ+  F   
Sbjct: 7    ALALHIPKLIEAGIVNSTDGTPLKDELICVSKGIPVLSCNGLPWKWPIDLKVQEWVFRIY 66

Query: 646  AKLVDDKIRQSKWVLVNTCYELEPSGCHLNPTFLPIGPXXXXXXXXXXXXXXXXXXESCL 825
               +   +  SK +L N  YEL+ S C L P  LPIGP                   +C+
Sbjct: 67   LTSIQF-MNSSKRLLCNCVYELDSSACDLIPNLLPIGPLPASRDPGHYAANFWPEDSTCI 125

Query: 826  SWLDGKPPASVIYVSFGSVAVFSQQQLDELALGLELSGRAFLWVVRSDLANGSRATYPDG 1005
             WLD +P  SVIYV+FGS    +Q Q +ELALG+EL GR FLWVVRSD  +GS A YPDG
Sbjct: 126  GWLDKQPAGSVIYVAFGSTGNLTQHQFNELALGIELVGRPFLWVVRSDFTDGSAAEYPDG 185

Query: 1006 FLERVSEIGKIVGWAPQERVLSHPSLAGFLSHCGWNSILEGTSKGVPFLCWPYFSDQFHN 1185
            F+ERV++ GKIV WAPQE VL+HPS+A F SHCGWNS ++    GVPFLCWPY  DQF +
Sbjct: 186  FIERVADHGKIVSWAPQEEVLAHPSVACFFSHCGWNSTMDSIIMGVPFLCWPYVGDQFLD 245

Query: 1186 QNYVCDKWEIGLRISPDENGIRWSHEIKKKIDLLFSNHDLKA 1311
            QNY+CDKW++GL ++PDENG+   HEIK KI+ L S+  L A
Sbjct: 246  QNYICDKWKVGLGLNPDENGLISRHEIKMKIEKLVSDDVLAA 287