BLASTX nr result
ID: Atractylodes21_contig00000700
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= Atractylodes21_contig00000700 (762 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_002285230.1| PREDICTED: probable NAD(P)H-dependent oxidor... 281 8e-74 gb|ADB85571.1| D-galacturonic acid reductase 1 [Actinidia delici... 276 3e-72 emb|CBI26764.3| unnamed protein product [Vitis vinifera] 273 2e-71 emb|CAN60735.1| hypothetical protein VITISV_040950 [Vitis vinifera] 272 5e-71 ref|XP_002285227.1| PREDICTED: probable NAD(P)H-dependent oxidor... 269 5e-70 >ref|XP_002285230.1| PREDICTED: probable NAD(P)H-dependent oxidoreductase 1 [Vitis vinifera] Length = 316 Score = 281 bits (720), Expect = 8e-74 Identities = 139/222 (62%), Positives = 173/222 (77%) Frame = +2 Query: 2 AIKQSLLNLGVEYVDLYLIHWPVKLVKHEELKFPVPKECIFPINIKEVWEAMEECQNLGL 181 AIK SL NL +EY+DL+LIHWP++L +FP PK+ I PI++K VWE MEECQNL L Sbjct: 99 AIKMSLQNLQLEYLDLFLIHWPLRL-SPGVWEFPTPKQHILPIDMKSVWEGMEECQNLSL 157 Query: 182 TKSIGVSNFSSKRIQEVLSFAKIPPAVNQVEMNPLWQQKKLVEFCKTNDILVTAYSPLGA 361 TK+IGVSNFS K+++E+LSFAKIPPAVNQVEMNP WQQK L EFCK I +TAYSPLG Sbjct: 158 TKAIGVSNFSPKKLEEILSFAKIPPAVNQVEMNPFWQQKDLREFCKAKGIQITAYSPLGG 217 Query: 362 TGNNMWGHNRVMECDVLRDIAKSKGKTVAQISLRWVYEQGVSCIVRSSNVGRMKQNLEIF 541 G WG +RVM CDVL+DIAK+KGKT AQ+SLRW+Y QGVS + +S N RMK+NLEIF Sbjct: 218 VG-TQWGDDRVMGCDVLKDIAKAKGKTTAQVSLRWLYAQGVSMVAKSFNKDRMKENLEIF 276 Query: 542 DWSLTDEESNKITQISQQKHLYLIGFMVTEPNNVMAEIDADL 667 DWSLT+EE NKI Q+ Q+K + L + P++++ EIDA++ Sbjct: 277 DWSLTNEELNKIDQLPQRKRVLLAPLL--GPHDLVLEIDAEI 316 >gb|ADB85571.1| D-galacturonic acid reductase 1 [Actinidia deliciosa] Length = 329 Score = 276 bits (707), Expect = 3e-72 Identities = 133/222 (59%), Positives = 174/222 (78%) Frame = +2 Query: 2 AIKQSLLNLGVEYVDLYLIHWPVKLVKHEELKFPVPKECIFPINIKEVWEAMEECQNLGL 181 AIK SL NL ++YVD+YLIHWPV+L +H K P+PKE + P+++K VWE MEECQNLG Sbjct: 112 AIKISLQNLQLDYVDMYLIHWPVRLTQHVT-KTPIPKEQVVPMDMKTVWEGMEECQNLGH 170 Query: 182 TKSIGVSNFSSKRIQEVLSFAKIPPAVNQVEMNPLWQQKKLVEFCKTNDILVTAYSPLGA 361 T+ IGVSNFS K+++++LSF KIPPA+NQVEMNPLW+QK+LVE CK + ++AYSPLGA Sbjct: 171 TRGIGVSNFSCKKLEDLLSFCKIPPAINQVEMNPLWKQKELVELCKAKGVHLSAYSPLGA 230 Query: 362 TGNNMWGHNRVMECDVLRDIAKSKGKTVAQISLRWVYEQGVSCIVRSSNVGRMKQNLEIF 541 G WG NR++ECDVL IAK++GK+ AQ++LRWVYEQG S I +S N RM++NL+IF Sbjct: 231 NGTK-WGDNRIVECDVLEGIAKARGKSTAQVALRWVYEQGASIISKSFNKQRMRENLDIF 289 Query: 542 DWSLTDEESNKITQISQQKHLYLIGFMVTEPNNVMAEIDADL 667 DW LT+EESNKI Q+ Q K + L + P++++ EIDADL Sbjct: 290 DWCLTEEESNKIIQLPQHKGVTLAS--ILGPHDLVLEIDADL 329 >emb|CBI26764.3| unnamed protein product [Vitis vinifera] Length = 303 Score = 273 bits (699), Expect = 2e-71 Identities = 133/199 (66%), Positives = 159/199 (79%) Frame = +2 Query: 2 AIKQSLLNLGVEYVDLYLIHWPVKLVKHEELKFPVPKECIFPINIKEVWEAMEECQNLGL 181 AIK SL NL +EY+DL+LIHWP++L +FP PK+ I PI++K VWE MEECQNL L Sbjct: 99 AIKMSLQNLQLEYLDLFLIHWPLRL-SPGVWEFPTPKQHILPIDMKSVWEGMEECQNLSL 157 Query: 182 TKSIGVSNFSSKRIQEVLSFAKIPPAVNQVEMNPLWQQKKLVEFCKTNDILVTAYSPLGA 361 TK+IGVSNFS K+++E+LSFAKIPPAVNQVEMNP WQQK L EFCK I +TAYSPLG Sbjct: 158 TKAIGVSNFSPKKLEEILSFAKIPPAVNQVEMNPFWQQKDLREFCKAKGIQITAYSPLGG 217 Query: 362 TGNNMWGHNRVMECDVLRDIAKSKGKTVAQISLRWVYEQGVSCIVRSSNVGRMKQNLEIF 541 G WG +RVM CDVL+DIAK+KGKT AQ+SLRW+Y QGVS + +S N RMK+NLEIF Sbjct: 218 VG-TQWGDDRVMGCDVLKDIAKAKGKTTAQVSLRWLYAQGVSMVAKSFNKDRMKENLEIF 276 Query: 542 DWSLTDEESNKITQISQQK 598 DWSLT+EE NKI Q+ Q+K Sbjct: 277 DWSLTNEELNKIDQLPQRK 295 >emb|CAN60735.1| hypothetical protein VITISV_040950 [Vitis vinifera] Length = 329 Score = 272 bits (696), Expect = 5e-71 Identities = 139/235 (59%), Positives = 172/235 (73%), Gaps = 13/235 (5%) Frame = +2 Query: 2 AIKQSLLNLGVEYVDLYLIHWPVKLVKHEELKFPVPKECIFPINIKEVWEAMEECQNLGL 181 AIK SL NL +EY+DL+LIHWP++L +FP PK+ I PI +K VWE ME+CQNL L Sbjct: 99 AIKMSLQNLQLEYLDLFLIHWPLRL-SPGVWEFPTPKQHILPIEMKSVWEGMEKCQNLSL 157 Query: 182 TKSIGVSNFSSKRIQEVLSFAKIPPAVNQVEMNPLWQQKKLVEFCKTNDILVTAYSPLGA 361 TK+IGVSNFS K+++E+LSFAKIPPAVNQVEMNP WQQK L EFCK I +TAYSPLG Sbjct: 158 TKAIGVSNFSPKKLEEILSFAKIPPAVNQVEMNPFWQQKDLREFCKAKGIQITAYSPLGG 217 Query: 362 TGNNMWGHNRVMECDVLRDIAKSKGKTVA-------------QISLRWVYEQGVSCIVRS 502 G WG +RVM CDVL+DIAK+KGKT A Q+SLRW+YEQGVS + +S Sbjct: 218 VG-TQWGDDRVMGCDVLKDIAKAKGKTTAQKWFTSRTTLIKLQVSLRWLYEQGVSMVAKS 276 Query: 503 SNVGRMKQNLEIFDWSLTDEESNKITQISQQKHLYLIGFMVTEPNNVMAEIDADL 667 N RMK+NLEIFDWSLT+EE NKI Q+ Q+K + L + P+ ++ EIDA++ Sbjct: 277 FNKDRMKENLEIFDWSLTNEELNKIDQLPQRKRVLLAPLL--GPHGLVLEIDAEI 329 >ref|XP_002285227.1| PREDICTED: probable NAD(P)H-dependent oxidoreductase 1 [Vitis vinifera] gi|297737564|emb|CBI26765.3| unnamed protein product [Vitis vinifera] Length = 316 Score = 269 bits (687), Expect = 5e-70 Identities = 135/225 (60%), Positives = 170/225 (75%) Frame = +2 Query: 2 AIKQSLLNLGVEYVDLYLIHWPVKLVKHEELKFPVPKECIFPINIKEVWEAMEECQNLGL 181 AIK SL NL ++Y+D+YLIH P+KL E K PVPKE + P++IK VWE MEECQ LGL Sbjct: 99 AIKMSLRNLQLDYLDMYLIHLPLKL-SQEIRKTPVPKEILMPLDIKSVWEGMEECQRLGL 157 Query: 182 TKSIGVSNFSSKRIQEVLSFAKIPPAVNQVEMNPLWQQKKLVEFCKTNDILVTAYSPLGA 361 TK+IGVSNFS + ++E L+ A+IPPAVNQVEMNPLWQQKKL E C I +TAYSPLGA Sbjct: 158 TKAIGVSNFSPRMLEETLAIAEIPPAVNQVEMNPLWQQKKLREHCNAKGIHITAYSPLGA 217 Query: 362 TGNNMWGHNRVMECDVLRDIAKSKGKTVAQISLRWVYEQGVSCIVRSSNVGRMKQNLEIF 541 G WG NR++ECDVL DIAK++GKT AQ+S+RWVYEQGVS + +S N RMKQNLEIF Sbjct: 218 NGTK-WGDNRIVECDVLEDIAKARGKTTAQVSMRWVYEQGVSIVAKSFNKERMKQNLEIF 276 Query: 542 DWSLTDEESNKITQISQQKHLYLIGFMVTEPNNVMAEIDADLSLE 676 DWSLT+EE +I+Q+ Q+K GF++ ++++ D L L+ Sbjct: 277 DWSLTEEELERISQLPQRK-----GFLI---SSILGAHDFTLQLD 313