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= Angelica22_contig00023077
         (1323 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_002265409.1| PREDICTED: UDP-glycosyltransferase 73C3 [Vit...   545   e-152
emb|CAN83017.1| hypothetical protein VITISV_041696 [Vitis vinifera]   540   e-151
ref|XP_002265368.1| PREDICTED: UDP-glycosyltransferase 73C2 [Vit...   534   e-149
ref|XP_002265216.1| PREDICTED: UDP-glycosyltransferase 73C2 [Vit...   532   e-149
dbj|BAG16514.1| flavonoid glucoyltransferase UGT73N1 [Antirrhinu...   525   e-146

>ref|XP_002265409.1| PREDICTED: UDP-glycosyltransferase 73C3 [Vitis vinifera]
          Length = 495

 Score =  545 bits (1403), Expect = e-152
 Identities = 264/428 (61%), Positives = 330/428 (77%)
 Frame = -2

Query: 1289 MGLQPHQLHFVMIPLMCPGHVIPMIDMAKLLAQRDVIVTLVTTPRNSVRFGSAINRAILA 1110
            M  Q  QLHFV+IP M PGH+IPM+DMA+LLAQ  VIVT+VTTP N+ RF S I+RA+ +
Sbjct: 1    MASQLLQLHFVLIPFMAPGHLIPMVDMARLLAQHGVIVTVVTTPLNATRFKSMIDRAVES 60

Query: 1109 GLPIRLLEVRFPSVEVGLPEGCESVDELPSYSLNVNFMSATNMLQEPVEKLLGEVRPRPS 930
            GL I LLE++FP+VE GLPEGCE+VD LPS SL  NF  A +MLQ+P+E+L  E++PRPS
Sbjct: 61   GLQIHLLELQFPAVEAGLPEGCENVDLLPSRSLIRNFFVAASMLQQPLEQLFQELQPRPS 120

Query: 929  CILSDKHVFWTAKTAEMFQIPWIMFDGMSCFTQLCTEMLSTSKVHESVSDSESFIVPGLP 750
            CI+S K++ WTA TA  FQIP + FD MSCF   C+  L  SKVHES+S  E+F+VPGLP
Sbjct: 121  CIISGKNLAWTADTARKFQIPRLYFDAMSCFAFSCSHNLEASKVHESISKLETFLVPGLP 180

Query: 749  DPIELTKPQLPGLFNPGSSPNSVNVIRKQIRATEVGAYGVVINSFEELEKSYVEEFKKLK 570
            D IELTK QLP   NP SS   +  I  Q+RA+E  A G+V+N++EELE  YV+E+K++K
Sbjct: 181  DQIELTKAQLPESLNPDSS--DLTGILNQMRASESIADGIVVNTYEELEPRYVKEYKRIK 238

Query: 569  RDKVWCVGPLSLCNKDSLDKAQRGNNVTSDHHNCLNWLDIQKPGSVIYACLGSLSSLTRG 390
             DKVWC+GP+S CNK +LDKA+RG     D + CL WLD  +P SV+YACLGS+S LT  
Sbjct: 239  GDKVWCIGPVSACNKLNLDKAERGKKALVDENQCLRWLDSWEPNSVVYACLGSISGLTAL 298

Query: 389  QLIELALGLEESEHPFVWAVRAGSKQEKIEKWIVEDGFEKRIEGRGLLIRGWAPQVLILS 210
            QLIEL LGLE S  PF+W +R G K +++E+WI+E+GFE+R EGRGLLIRGWAPQ+LILS
Sbjct: 299  QLIELGLGLEASNRPFIWVIRGGEKSKELERWILEEGFEERTEGRGLLIRGWAPQMLILS 358

Query: 209  HSAIGGFLTHCGWNSTIEGICAGVPLITWPLFAEQFFNEKLLMQVVGTGVSVGSKIAVQL 30
            H +IG FLTHCGWNST+EG+C GVP++T PLFAEQF NEKL++Q++G GVSVG + AV  
Sbjct: 359  HPSIGVFLTHCGWNSTLEGVCTGVPILTCPLFAEQFINEKLVVQILGIGVSVGVESAVTW 418

Query: 29   GQEEKAGV 6
            G EEK GV
Sbjct: 419  GMEEKFGV 426


>emb|CAN83017.1| hypothetical protein VITISV_041696 [Vitis vinifera]
          Length = 952

 Score =  540 bits (1392), Expect = e-151
 Identities = 262/428 (61%), Positives = 328/428 (76%)
 Frame = -2

Query: 1289 MGLQPHQLHFVMIPLMCPGHVIPMIDMAKLLAQRDVIVTLVTTPRNSVRFGSAINRAILA 1110
            M  Q  QLHFV+IP M PGH+IPM+DMA+LLAQ  VIVT+VTTP N+ RF S I+RA+ +
Sbjct: 1    MASQLLQLHFVLIPFMAPGHLIPMVDMARLLAQHGVIVTVVTTPLNATRFKSMIDRAVES 60

Query: 1109 GLPIRLLEVRFPSVEVGLPEGCESVDELPSYSLNVNFMSATNMLQEPVEKLLGEVRPRPS 930
            GL I LLE++FP+VE GLPEGCE+VD LPS SL  NF  A +MLQ+P+E+L  E++P PS
Sbjct: 61   GLQIHLLELQFPAVEAGLPEGCENVDLLPSRSLIRNFFVAASMLQQPLEQLFQELQPXPS 120

Query: 929  CILSDKHVFWTAKTAEMFQIPWIMFDGMSCFTQLCTEMLSTSKVHESVSDSESFIVPGLP 750
            CI+S K++ WTA TA  FQIP + FD MSCF   C+  L  SKVHES+S  E+F+VPGLP
Sbjct: 121  CIISGKNLAWTADTARKFQIPRLYFDAMSCFAFSCSHNLEASKVHESISKLETFLVPGLP 180

Query: 749  DPIELTKPQLPGLFNPGSSPNSVNVIRKQIRATEVGAYGVVINSFEELEKSYVEEFKKLK 570
            D IELTK QLP   NP SS   +  I  Q+RA+E  A G+V+N++EELE  YV+E+K++K
Sbjct: 181  DQIELTKAQLPESLNPDSS--DLTGILNQMRASESIADGIVVNTYEELEPRYVKEYKRIK 238

Query: 569  RDKVWCVGPLSLCNKDSLDKAQRGNNVTSDHHNCLNWLDIQKPGSVIYACLGSLSSLTRG 390
             D VWC+GP+S CNK +LDKA+RG     D + CL WLD  +P SV+YACLGS+S LT  
Sbjct: 239  GDNVWCIGPVSACNKLNLDKAERGKKALVDENQCLRWLDSWEPNSVVYACLGSISGLTAL 298

Query: 389  QLIELALGLEESEHPFVWAVRAGSKQEKIEKWIVEDGFEKRIEGRGLLIRGWAPQVLILS 210
            QLIEL LGLE S  PF+W +R G K +++E+WI+E+GFE+R EGRGLLIRGWAPQ+LILS
Sbjct: 299  QLIELGLGLEASNRPFIWVIRGGEKSKELERWILEEGFEERTEGRGLLIRGWAPQMLILS 358

Query: 209  HSAIGGFLTHCGWNSTIEGICAGVPLITWPLFAEQFFNEKLLMQVVGTGVSVGSKIAVQL 30
            H +IG FLTHCGWNST+EG+C GVP++T PLFAEQF NEKL++Q++G GVSVG + AV  
Sbjct: 359  HPSIGVFLTHCGWNSTLEGVCTGVPILTCPLFAEQFINEKLVVQILGIGVSVGVESAVTW 418

Query: 29   GQEEKAGV 6
            G EEK GV
Sbjct: 419  GMEEKFGV 426



 Score =  501 bits (1289), Expect = e-139
 Identities = 239/403 (59%), Positives = 316/403 (78%)
 Frame = -2

Query: 1214 DMAKLLAQRDVIVTLVTTPRNSVRFGSAINRAILAGLPIRLLEVRFPSVEVGLPEGCESV 1035
            DMA LLAQR +IVT+++TP N+ RF ++I+ AI +GL IR++++RFPS E GLPEGCE++
Sbjct: 469  DMAILLAQRGLIVTIISTPLNASRFNTSISWAIESGLLIRVIQLRFPSHEAGLPEGCETM 528

Query: 1034 DELPSYSLNVNFMSATNMLQEPVEKLLGEVRPRPSCILSDKHVFWTAKTAEMFQIPWIMF 855
            D LPS  L  NF  A  MLQ+PVEKL  E++P PSCI+SD ++ W A TA  FQ+P   F
Sbjct: 529  DNLPSRELLANFYVAIRMLQQPVEKLFEEMKPSPSCIISDANLAWPADTARKFQVPRFYF 588

Query: 854  DGMSCFTQLCTEMLSTSKVHESVSDSESFIVPGLPDPIELTKPQLPGLFNPGSSPNSVNV 675
            DG +CF+ LC+  L  +KVHE VS+SE F+VPGLP  I LT+ QLPG F+  S+ + +N 
Sbjct: 589  DGRNCFSLLCSHNLHITKVHEQVSESEPFVVPGLPHRITLTRAQLPGAFS--SNFSDLND 646

Query: 674  IRKQIRATEVGAYGVVINSFEELEKSYVEEFKKLKRDKVWCVGPLSLCNKDSLDKAQRGN 495
             R++IRA E+ A GVV+NSFEELE  YV+E++K+K DK+WC+GP+S+C+K+ +DKAQRGN
Sbjct: 647  TRREIRAAELVADGVVVNSFEELEAEYVKEYRKVKGDKIWCIGPVSVCHKEDIDKAQRGN 706

Query: 494  NVTSDHHNCLNWLDIQKPGSVIYACLGSLSSLTRGQLIELALGLEESEHPFVWAVRAGSK 315
            N ++D + CL WLD  +P SV+YACLGSLS++T  QLIEL LGLE S  PF+  +R G K
Sbjct: 707  NTSTDQNQCLKWLDSWEPSSVVYACLGSLSNITPPQLIELGLGLEASNCPFILVLR-GHK 765

Query: 314  QEKIEKWIVEDGFEKRIEGRGLLIRGWAPQVLILSHSAIGGFLTHCGWNSTIEGICAGVP 135
             E++EKWI +DGFE+R + RGLLIRGW PQ+LILSH A+GGFLTHCGWNST+E + AG+P
Sbjct: 766  AEEMEKWISDDGFEERTKERGLLIRGWVPQILILSHPAVGGFLTHCGWNSTLEAVSAGLP 825

Query: 134  LITWPLFAEQFFNEKLLMQVVGTGVSVGSKIAVQLGQEEKAGV 6
            +ITWP FA+QF+NEKL++Q++  GVSVG +++VQLGQEEK GV
Sbjct: 826  MITWPFFADQFYNEKLIVQILEIGVSVGVEVSVQLGQEEKFGV 868


>ref|XP_002265368.1| PREDICTED: UDP-glycosyltransferase 73C2 [Vitis vinifera]
          Length = 494

 Score =  534 bits (1375), Expect = e-149
 Identities = 255/428 (59%), Positives = 334/428 (78%)
 Frame = -2

Query: 1289 MGLQPHQLHFVMIPLMCPGHVIPMIDMAKLLAQRDVIVTLVTTPRNSVRFGSAINRAILA 1110
            M  Q HQLH V+IP M  GH+IPMIDMA LLAQR +IVT+++TP N+ RF ++I+ AI +
Sbjct: 1    MASQSHQLHVVLIPFMTQGHLIPMIDMAILLAQRGLIVTIISTPLNASRFNTSISWAIES 60

Query: 1109 GLPIRLLEVRFPSVEVGLPEGCESVDELPSYSLNVNFMSATNMLQEPVEKLLGEVRPRPS 930
            GL IR++++RFPS E GLPEGCE++D LPS  L  NF  A  MLQ+PVEKL  E++P PS
Sbjct: 61   GLLIRVIQLRFPSHEAGLPEGCETMDNLPSRELLANFYVAIRMLQQPVEKLFEEMKPSPS 120

Query: 929  CILSDKHVFWTAKTAEMFQIPWIMFDGMSCFTQLCTEMLSTSKVHESVSDSESFIVPGLP 750
            CI+SD ++ W A TA  FQ+P   FDG +CF+ LC+  L  +KVHE VS+SE F+VPGLP
Sbjct: 121  CIISDANLAWPADTARKFQVPRFYFDGRNCFSLLCSHNLHITKVHEQVSESEPFVVPGLP 180

Query: 749  DPIELTKPQLPGLFNPGSSPNSVNVIRKQIRATEVGAYGVVINSFEELEKSYVEEFKKLK 570
              I LT+ QLPG F+  S+ + +N  R++IRA E+ A GVV+NSFEELE  YV+E++K+K
Sbjct: 181  HRITLTRAQLPGAFS--SNFSDLNDTRREIRAAELVADGVVVNSFEELEAEYVKEYRKVK 238

Query: 569  RDKVWCVGPLSLCNKDSLDKAQRGNNVTSDHHNCLNWLDIQKPGSVIYACLGSLSSLTRG 390
             DK+WC+GP+S+C+K+ +DKAQRGNN ++D + CL WLD  +P SV+YACLGSLS++T  
Sbjct: 239  GDKIWCIGPVSVCHKEDIDKAQRGNNTSTDQNQCLKWLDSWEPSSVVYACLGSLSNITPP 298

Query: 389  QLIELALGLEESEHPFVWAVRAGSKQEKIEKWIVEDGFEKRIEGRGLLIRGWAPQVLILS 210
            QLIEL LGLE S  PF+  +R G K E++EKWI +DGFE+R + RGLLIRGW PQ+LILS
Sbjct: 299  QLIELGLGLEASNCPFILVLR-GHKAEEMEKWISDDGFEERTKERGLLIRGWVPQILILS 357

Query: 209  HSAIGGFLTHCGWNSTIEGICAGVPLITWPLFAEQFFNEKLLMQVVGTGVSVGSKIAVQL 30
            H A+GGFLTHCGWNST+E + AG+P+ITWP FA+QF+NEKL++Q++  GVSVG +++VQL
Sbjct: 358  HPAVGGFLTHCGWNSTLEAVSAGLPMITWPFFADQFYNEKLIVQILEIGVSVGVEVSVQL 417

Query: 29   GQEEKAGV 6
            GQEEK GV
Sbjct: 418  GQEEKFGV 425


>ref|XP_002265216.1| PREDICTED: UDP-glycosyltransferase 73C2 [Vitis vinifera]
          Length = 494

 Score =  532 bits (1370), Expect = e-149
 Identities = 254/422 (60%), Positives = 327/422 (77%)
 Frame = -2

Query: 1271 QLHFVMIPLMCPGHVIPMIDMAKLLAQRDVIVTLVTTPRNSVRFGSAINRAILAGLPIRL 1092
            +LHFV++P +  GH+IPMID+AKLLAQ  VIVT++TTP N+    + I+RA+ +GL I+L
Sbjct: 8    RLHFVLLPHLALGHLIPMIDIAKLLAQHGVIVTVITTPVNAAGLTTIIDRAVDSGLRIQL 67

Query: 1091 LEVRFPSVEVGLPEGCESVDELPSYSLNVNFMSATNMLQEPVEKLLGEVRPRPSCILSDK 912
            L+V FPSVE GLPEGCES+D LPS  L  N +    ML++PVE L  E++PR SCI++DK
Sbjct: 68   LQVPFPSVEAGLPEGCESMDRLPSRDLFRNLLIGIGMLKQPVENLFDELQPRVSCIIADK 127

Query: 911  HVFWTAKTAEMFQIPWIMFDGMSCFTQLCTEMLSTSKVHESVSDSESFIVPGLPDPIELT 732
            ++ WT  TA  FQIP ++FDG+SCF+ LCT  L  SKVHE VS+ E F+VPGLPD IELT
Sbjct: 128  NLVWTDDTARRFQIPRLVFDGISCFSLLCTHNLHVSKVHEKVSEGEPFVVPGLPDRIELT 187

Query: 731  KPQLPGLFNPGSSPNSVNVIRKQIRATEVGAYGVVINSFEELEKSYVEEFKKLKRDKVWC 552
            + QLPG  N G +   +  +R QIR  E+ AYGVV+N+FEELE +YV+EF+K++ DKVWC
Sbjct: 188  RAQLPGAVNMGGT--DLREMRNQIREAELAAYGVVVNTFEELEPAYVKEFRKVRGDKVWC 245

Query: 551  VGPLSLCNKDSLDKAQRGNNVTSDHHNCLNWLDIQKPGSVIYACLGSLSSLTRGQLIELA 372
            VGP+SLC+K++ DKA+RGN  + D   C NWLD ++P SV+YACLGSLS LT  QL+EL 
Sbjct: 246  VGPVSLCHKENKDKAERGNKASIDEKQCFNWLDSKEPSSVVYACLGSLSRLTPLQLMELG 305

Query: 371  LGLEESEHPFVWAVRAGSKQEKIEKWIVEDGFEKRIEGRGLLIRGWAPQVLILSHSAIGG 192
            L LE S  PF+WA++ G   +++EK ++EDGF +R  GRGLLIRGWAPQVLILSH AIGG
Sbjct: 306  LALEASNRPFIWAIKEGKNAQELEKILLEDGFMERTRGRGLLIRGWAPQVLILSHPAIGG 365

Query: 191  FLTHCGWNSTIEGICAGVPLITWPLFAEQFFNEKLLMQVVGTGVSVGSKIAVQLGQEEKA 12
            FLTHCGWNST+EG+CAGVP+ITW LFAEQF+NEK ++QV+  GV VG++ AV+ G+EEK 
Sbjct: 366  FLTHCGWNSTLEGVCAGVPMITWLLFAEQFYNEKFVVQVLRIGVRVGAEFAVKWGEEEKF 425

Query: 11   GV 6
            GV
Sbjct: 426  GV 427


>dbj|BAG16514.1| flavonoid glucoyltransferase UGT73N1 [Antirrhinum majus]
          Length = 495

 Score =  525 bits (1351), Expect = e-146
 Identities = 254/423 (60%), Positives = 314/423 (74%), Gaps = 1/423 (0%)
 Frame = -2

Query: 1283 LQPHQLHFVMIPLMCPGHVIPMIDMAKLLAQRDVIVTLVTTPRNSVRFGSAINRAILAGL 1104
            +QP  L+FV IP M PGH IPMID+AKL A+R V VT++ TP N+ RF S INRA+ +G 
Sbjct: 5    IQPELLNFVFIPFMAPGHSIPMIDLAKLFAERGVNVTIIVTPLNAARFNSVINRAVESGQ 64

Query: 1103 PIRLLEVRFPSVEVGLPEGCESVDELPSYSLNVNFMSATNMLQEPVEKLLGEVRPRPSCI 924
             IRLL+V+FP  E GLP GCES + LPSY L  NF +A  MLQ+P+E+ L  + P PSC+
Sbjct: 65   SIRLLQVKFPGEEAGLPPGCESAETLPSYELIPNFFTAVKMLQQPIEEELRNLIPLPSCV 124

Query: 923  LSDKHVFWTAKTAEMFQIPWIMFDGMSCFTQLCTEMLSTSKVHESVSDSESFIVPGLPDP 744
            + DKH+ WTA+T +  +IP I+FDGMSCF  L T +L  SKVHE+V  +E F+VP  PD 
Sbjct: 125  ICDKHIPWTAQTCKNLRIPRIIFDGMSCFAPLVTHVLYVSKVHETVPPNEPFVVPDFPDE 184

Query: 743  IELTKPQLPGLFNPGSSPNSVNVIRKQIRATEVGAYGVVINSFEELEKSYVEEFKKLKRD 564
            IELT+ QLPGL NP    N  +  R+Q++ TE  AYGVV+NSFEELEK Y E F+KLK  
Sbjct: 185  IELTRFQLPGLLNPSPRINFYD-FREQVKKTEEEAYGVVVNSFEELEKDYFEMFRKLKGG 243

Query: 563  KVWCVGPLSLCNKDSLDKAQRGNNVTSDHHNCLNWLDIQKPGSVIYACLGSLSSLTRGQL 384
            KVWCVGPLSL   D LD+A RGN  + D   C+ WLD  KP SVIYACLGSLS L+R Q 
Sbjct: 244  KVWCVGPLSLYGNDDLDRAGRGNKASIDTDRCMKWLDDMKPESVIYACLGSLSRLSRSQF 303

Query: 383  IELALGLEESEHPFVWAVRA-GSKQEKIEKWIVEDGFEKRIEGRGLLIRGWAPQVLILSH 207
            +ELALGLE S+H FV  V+  G K  +IEKWI+++GFE+R + RG LIRGW+PQVLILSH
Sbjct: 304  VELALGLEASKHSFVLVVKTEGEKSLEIEKWILDNGFEERTKDRGFLIRGWSPQVLILSH 363

Query: 206  SAIGGFLTHCGWNSTIEGICAGVPLITWPLFAEQFFNEKLLMQVVGTGVSVGSKIAVQLG 27
             A+GGFLTHCGWNST+EGICAG+P++ WP+F EQF NEKL++Q++GTGV VG+K  V LG
Sbjct: 364  FAVGGFLTHCGWNSTLEGICAGLPMVMWPMFGEQFLNEKLVVQILGTGVGVGAKSTVHLG 423

Query: 26   QEE 18
             EE
Sbjct: 424  DEE 426