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= Salvia21_contig00009070
         (1520 letters)

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

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



                                                                 Score    E
Sequences producing significant alignments:                      (bits) Value

ref|NP_001234076.1| transaldolase ToTAL2 [Solanum lycopersicum] ...   577   e-162
ref|XP_002266734.2| PREDICTED: transaldolase-like [Vitis vinifer...   572   e-161
ref|XP_003631434.1| PREDICTED: transaldolase isoform 1 [Vitis vi...   567   e-159
ref|XP_003631436.1| PREDICTED: transaldolase isoform 3 [Vitis vi...   556   e-156
ref|XP_003631435.1| PREDICTED: transaldolase isoform 2 [Vitis vi...   552   e-155

>ref|NP_001234076.1| transaldolase ToTAL2 [Solanum lycopersicum]
            gi|15418698|gb|AAG34725.1| transaldolase ToTAL2 [Solanum
            lycopersicum]
          Length = 397

 Score =  577 bits (1486), Expect = e-162
 Identities = 297/398 (74%), Positives = 328/398 (82%), Gaps = 2/398 (0%)
 Frame = -2

Query: 1441 MSATLHSPLSSSAMPS--LQERRFLGFTAQSAKPNSVFKHRRIFXXXXXXXXXXXSLDAG 1268
            MS++LHSPL SS   S  LQ+R+ L      AKPN +FK RR F           SLD G
Sbjct: 1    MSSSLHSPLYSSLSSSSALQDRK-LRNAVNFAKPNLIFKPRRSFPLIRASAGFSSSLDTG 59

Query: 1267 LSTELDVVTGYSEIVPDTVVFDDFERFPPTAATVSSSLLLGICSLPDTKFKSAVDTALAS 1088
            LSTELD V  +SEIVPDTV+FDDFE+FPPTA T SSSLLLGIC LPDTKFKSAVD AL+ 
Sbjct: 60   LSTELDAVANHSEIVPDTVIFDDFEKFPPTAGTASSSLLLGICGLPDTKFKSAVDRALSD 119

Query: 1087 SECYTLEKSDDRMSCFFDKALVNVGGDLAKLVPGRVSTEVDARLAYDTHGIVRKVHDLLK 908
            SECY LE SD +MSCFF+KAL +VGGDLAKLVPGRVSTEVDARLAYDTHGIVRKVHDLLK
Sbjct: 120  SECYGLESSDLQMSCFFNKALAHVGGDLAKLVPGRVSTEVDARLAYDTHGIVRKVHDLLK 179

Query: 907  LYNEIGVSPERLLFKIPSTWQGIEASRLLELEGVQTHMTFVYSFVXXXXXXXXXASVIQF 728
             Y EI V PERLLFKIP+TWQGIEASR+LE EG+QTH+TFVYSF          ASVIQ 
Sbjct: 180  AYTEIEVPPERLLFKIPATWQGIEASRVLEAEGIQTHLTFVYSFCQAAAAAQAGASVIQI 239

Query: 727  FVGRLRDWARNHTGDLEVEAALRRGEDPGLALVTKTYNYIHKYGHKSKLMAAAIRNKQDV 548
            FVGRLRDW+RNHTGD EVE+ALRRGEDPGLALVTKTYNYIHKYGHK+KLMAAA+RNK DV
Sbjct: 240  FVGRLRDWSRNHTGDSEVESALRRGEDPGLALVTKTYNYIHKYGHKTKLMAAAVRNKPDV 299

Query: 547  FNLLGVDYIISPLKILQSLKASVTPPDEKYSFVRRLSPQSAASYNFSNEELVKWDQYSFA 368
            FNLLG  YII+PLK+LQSLK SVT  DEKYSF RRLSPQSAA++NF+ +EL KWDQYSF+
Sbjct: 300  FNLLGGGYIITPLKVLQSLKESVTLLDEKYSFTRRLSPQSAAAFNFTQDELQKWDQYSFS 359

Query: 367  SALGPAAVELLIAGLDSYASQSKRVEELFGKIWPPPNV 254
            SA+GPA+VELL  GLD Y +Q+KRVEELFGKIWPPPNV
Sbjct: 360  SAMGPASVELLTIGLDGYINQAKRVEELFGKIWPPPNV 397


>ref|XP_002266734.2| PREDICTED: transaldolase-like [Vitis vinifera]
            gi|298204833|emb|CBI25778.3| unnamed protein product
            [Vitis vinifera]
          Length = 396

 Score =  572 bits (1475), Expect = e-161
 Identities = 292/396 (73%), Positives = 326/396 (82%)
 Frame = -2

Query: 1441 MSATLHSPLSSSAMPSLQERRFLGFTAQSAKPNSVFKHRRIFXXXXXXXXXXXSLDAGLS 1262
            MS  L SP SS+   S +++  L F A+SA P      +R F           SLD GLS
Sbjct: 1    MSLLLQSPPSSALSSSSRQKGRLRFLARSATPRFALSFQRSFPQIRASANFSSSLDKGLS 60

Query: 1261 TELDVVTGYSEIVPDTVVFDDFERFPPTAATVSSSLLLGICSLPDTKFKSAVDTALASSE 1082
            TE D V+  SEIVPDTV+FDDFERFPPTAATVSSSLLLGICSLPDT F+SAV+TALA S 
Sbjct: 61   TEFDAVSDLSEIVPDTVIFDDFERFPPTAATVSSSLLLGICSLPDTIFRSAVETALADSV 120

Query: 1081 CYTLEKSDDRMSCFFDKALVNVGGDLAKLVPGRVSTEVDARLAYDTHGIVRKVHDLLKLY 902
            CY LE  D RMSCFF+KALV VG DL KLVPGRVSTEVDARLAYDTHGI+RKVHDLL LY
Sbjct: 121  CYGLESPDARMSCFFNKALVKVGSDLVKLVPGRVSTEVDARLAYDTHGIIRKVHDLLTLY 180

Query: 901  NEIGVSPERLLFKIPSTWQGIEASRLLELEGVQTHMTFVYSFVXXXXXXXXXASVIQFFV 722
            NEI V PERLLFKIPSTWQGIEASRLLE EG+QTH+TFVYSF          ASVIQ FV
Sbjct: 181  NEIDVPPERLLFKIPSTWQGIEASRLLESEGIQTHLTFVYSFCQAAAAAQAGASVIQIFV 240

Query: 721  GRLRDWARNHTGDLEVEAALRRGEDPGLALVTKTYNYIHKYGHKSKLMAAAIRNKQDVFN 542
            GR+RDWARNH+GD E+EAAL+RGEDPGLALVTK YNYIHK+G+KSKLMAAA+RNKQD+F+
Sbjct: 241  GRVRDWARNHSGDPEIEAALKRGEDPGLALVTKAYNYIHKHGYKSKLMAAAVRNKQDLFS 300

Query: 541  LLGVDYIISPLKILQSLKASVTPPDEKYSFVRRLSPQSAASYNFSNEELVKWDQYSFASA 362
            LLGVDYII+PLK+L+SLK S+T PDEKYSFVRRLSP SAASY+FS EELVKWDQ +FAS+
Sbjct: 301  LLGVDYIIAPLKVLESLKESITSPDEKYSFVRRLSPNSAASYSFSEEELVKWDQLNFASS 360

Query: 361  LGPAAVELLIAGLDSYASQSKRVEELFGKIWPPPNV 254
            +GPAAVELL AGL+ YA+Q+KRVEELFGKIWPPPNV
Sbjct: 361  MGPAAVELLAAGLEGYATQAKRVEELFGKIWPPPNV 396


>ref|XP_003631434.1| PREDICTED: transaldolase isoform 1 [Vitis vinifera]
            gi|297741155|emb|CBI31886.3| unnamed protein product
            [Vitis vinifera]
          Length = 396

 Score =  567 bits (1461), Expect = e-159
 Identities = 291/396 (73%), Positives = 324/396 (81%)
 Frame = -2

Query: 1441 MSATLHSPLSSSAMPSLQERRFLGFTAQSAKPNSVFKHRRIFXXXXXXXXXXXSLDAGLS 1262
            MS  L SP SS+   S ++   L F A+SA P      +R F           SLD GLS
Sbjct: 1    MSLLLQSPPSSALSSSSRQDGRLRFLARSAAPRFALSFQRSFPQIRASANFSSSLDKGLS 60

Query: 1261 TELDVVTGYSEIVPDTVVFDDFERFPPTAATVSSSLLLGICSLPDTKFKSAVDTALASSE 1082
            TE D V+  SEIVPDTV+FDDFERFPPTAATVSSSLLLGICSLPDT F+SAV+TALA S 
Sbjct: 61   TEFDAVSDLSEIVPDTVIFDDFERFPPTAATVSSSLLLGICSLPDTIFRSAVETALADSV 120

Query: 1081 CYTLEKSDDRMSCFFDKALVNVGGDLAKLVPGRVSTEVDARLAYDTHGIVRKVHDLLKLY 902
            CY LE  D RMSCFF+KALV VG DL KLVPGRVSTEVDARLAYDTHGI+RKVHDLL LY
Sbjct: 121  CYGLESPDARMSCFFNKALVKVGSDLVKLVPGRVSTEVDARLAYDTHGIIRKVHDLLTLY 180

Query: 901  NEIGVSPERLLFKIPSTWQGIEASRLLELEGVQTHMTFVYSFVXXXXXXXXXASVIQFFV 722
            NEI V  ERLLFKIPSTWQGIEASRLLE EG+QTH+TFVYSF          ASVIQ FV
Sbjct: 181  NEIDVPLERLLFKIPSTWQGIEASRLLESEGIQTHLTFVYSFCQAAAAAQAGASVIQIFV 240

Query: 721  GRLRDWARNHTGDLEVEAALRRGEDPGLALVTKTYNYIHKYGHKSKLMAAAIRNKQDVFN 542
            GR+RDWARNH+GD E+EAAL+RGEDPGLALVTK YNYIHK+G+KSKLMAAA+RNKQD+F+
Sbjct: 241  GRVRDWARNHSGDPEIEAALKRGEDPGLALVTKAYNYIHKHGYKSKLMAAAVRNKQDLFS 300

Query: 541  LLGVDYIISPLKILQSLKASVTPPDEKYSFVRRLSPQSAASYNFSNEELVKWDQYSFASA 362
            LLGVDYII+PLK+L+SLK S+T PDEKYSFVRRLSP SAASY+FS EELVKWDQ +FAS+
Sbjct: 301  LLGVDYIIAPLKVLESLKESITSPDEKYSFVRRLSPNSAASYSFSEEELVKWDQLNFASS 360

Query: 361  LGPAAVELLIAGLDSYASQSKRVEELFGKIWPPPNV 254
            +GPAAVELL AGL+ YA+Q+KRVEELFGKIWPPPNV
Sbjct: 361  MGPAAVELLAAGLEGYATQAKRVEELFGKIWPPPNV 396


>ref|XP_003631436.1| PREDICTED: transaldolase isoform 3 [Vitis vinifera]
          Length = 414

 Score =  556 bits (1432), Expect = e-156
 Identities = 291/414 (70%), Positives = 324/414 (78%), Gaps = 18/414 (4%)
 Frame = -2

Query: 1441 MSATLHSPLSSSAMPSLQERRFLGFTAQSAKPNSVFKHRRIFXXXXXXXXXXXSLDAGLS 1262
            MS  L SP SS+   S ++   L F A+SA P      +R F           SLD GLS
Sbjct: 1    MSLLLQSPPSSALSSSSRQDGRLRFLARSAAPRFALSFQRSFPQIRASANFSSSLDKGLS 60

Query: 1261 TELDVVTGYSEIVPDTVVFDDFERFPPTAATVSSSLLLGICSLPDTKFKSAVDTALASSE 1082
            TE D V+  SEIVPDTV+FDDFERFPPTAATVSSSLLLGICSLPDT F+SAV+TALA S 
Sbjct: 61   TEFDAVSDLSEIVPDTVIFDDFERFPPTAATVSSSLLLGICSLPDTIFRSAVETALADSV 120

Query: 1081 CYTLEKSDDRMSCFFDKALVNVGGDLAKLVPGRVSTEVDARLAYDTHGIVRK-------- 926
            CY LE  D RMSCFF+KALV VG DL KLVPGRVSTEVDARLAYDTHGI+RK        
Sbjct: 121  CYGLESPDARMSCFFNKALVKVGSDLVKLVPGRVSTEVDARLAYDTHGIIRKFPKFGSLL 180

Query: 925  ----------VHDLLKLYNEIGVSPERLLFKIPSTWQGIEASRLLELEGVQTHMTFVYSF 776
                      VHDLL LYNEI V  ERLLFKIPSTWQGIEASRLLE EG+QTH+TFVYSF
Sbjct: 181  VMNYPKNFGLVHDLLTLYNEIDVPLERLLFKIPSTWQGIEASRLLESEGIQTHLTFVYSF 240

Query: 775  VXXXXXXXXXASVIQFFVGRLRDWARNHTGDLEVEAALRRGEDPGLALVTKTYNYIHKYG 596
                      ASVIQ FVGR+RDWARNH+GD E+EAAL+RGEDPGLALVTK YNYIHK+G
Sbjct: 241  CQAAAAAQAGASVIQIFVGRVRDWARNHSGDPEIEAALKRGEDPGLALVTKAYNYIHKHG 300

Query: 595  HKSKLMAAAIRNKQDVFNLLGVDYIISPLKILQSLKASVTPPDEKYSFVRRLSPQSAASY 416
            +KSKLMAAA+RNKQD+F+LLGVDYII+PLK+L+SLK S+T PDEKYSFVRRLSP SAASY
Sbjct: 301  YKSKLMAAAVRNKQDLFSLLGVDYIIAPLKVLESLKESITSPDEKYSFVRRLSPNSAASY 360

Query: 415  NFSNEELVKWDQYSFASALGPAAVELLIAGLDSYASQSKRVEELFGKIWPPPNV 254
            +FS EELVKWDQ +FAS++GPAAVELL AGL+ YA+Q+KRVEELFGKIWPPPNV
Sbjct: 361  SFSEEELVKWDQLNFASSMGPAAVELLAAGLEGYATQAKRVEELFGKIWPPPNV 414


>ref|XP_003631435.1| PREDICTED: transaldolase isoform 2 [Vitis vinifera]
          Length = 423

 Score =  552 bits (1423), Expect = e-155
 Identities = 291/423 (68%), Positives = 324/423 (76%), Gaps = 27/423 (6%)
 Frame = -2

Query: 1441 MSATLHSPLSSSAMPSLQERRFLGFTAQSAKPNSVFKHRRIFXXXXXXXXXXXSLDAGLS 1262
            MS  L SP SS+   S ++   L F A+SA P      +R F           SLD GLS
Sbjct: 1    MSLLLQSPPSSALSSSSRQDGRLRFLARSAAPRFALSFQRSFPQIRASANFSSSLDKGLS 60

Query: 1261 TELDVVTGYSEIVPDTVVFDDFER---------------------------FPPTAATVS 1163
            TE D V+  SEIVPDTV+FDDFER                           FPPTAATVS
Sbjct: 61   TEFDAVSDLSEIVPDTVIFDDFERLHTLSLSLFFIYKKINSSRILNYLKFRFPPTAATVS 120

Query: 1162 SSLLLGICSLPDTKFKSAVDTALASSECYTLEKSDDRMSCFFDKALVNVGGDLAKLVPGR 983
            SSLLLGICSLPDT F+SAV+TALA S CY LE  D RMSCFF+KALV VG DL KLVPGR
Sbjct: 121  SSLLLGICSLPDTIFRSAVETALADSVCYGLESPDARMSCFFNKALVKVGSDLVKLVPGR 180

Query: 982  VSTEVDARLAYDTHGIVRKVHDLLKLYNEIGVSPERLLFKIPSTWQGIEASRLLELEGVQ 803
            VSTEVDARLAYDTHGI+RKVHDLL LYNEI V  ERLLFKIPSTWQGIEASRLLE EG+Q
Sbjct: 181  VSTEVDARLAYDTHGIIRKVHDLLTLYNEIDVPLERLLFKIPSTWQGIEASRLLESEGIQ 240

Query: 802  THMTFVYSFVXXXXXXXXXASVIQFFVGRLRDWARNHTGDLEVEAALRRGEDPGLALVTK 623
            TH+TFVYSF          ASVIQ FVGR+RDWARNH+GD E+EAAL+RGEDPGLALVTK
Sbjct: 241  THLTFVYSFCQAAAAAQAGASVIQIFVGRVRDWARNHSGDPEIEAALKRGEDPGLALVTK 300

Query: 622  TYNYIHKYGHKSKLMAAAIRNKQDVFNLLGVDYIISPLKILQSLKASVTPPDEKYSFVRR 443
             YNYIHK+G+KSKLMAAA+RNKQD+F+LLGVDYII+PLK+L+SLK S+T PDEKYSFVRR
Sbjct: 301  AYNYIHKHGYKSKLMAAAVRNKQDLFSLLGVDYIIAPLKVLESLKESITSPDEKYSFVRR 360

Query: 442  LSPQSAASYNFSNEELVKWDQYSFASALGPAAVELLIAGLDSYASQSKRVEELFGKIWPP 263
            LSP SAASY+FS EELVKWDQ +FAS++GPAAVELL AGL+ YA+Q+KRVEELFGKIWPP
Sbjct: 361  LSPNSAASYSFSEEELVKWDQLNFASSMGPAAVELLAAGLEGYATQAKRVEELFGKIWPP 420

Query: 262  PNV 254
            PNV
Sbjct: 421  PNV 423