BLASTX nr result
ID: Coptis21_contig00004776
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= Coptis21_contig00004776
(1645 letters)
Database: ./nr
23,641,837 sequences; 8,123,359,852 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
emb|CAN63950.1| hypothetical protein VITISV_032357 [Vitis vinifera] 625 e-176
emb|CAN78060.1| hypothetical protein VITISV_003931 [Vitis vinifera] 611 e-172
emb|CAN69702.1| hypothetical protein VITISV_020318 [Vitis vinifera] 611 e-172
emb|CAN64786.1| hypothetical protein VITISV_014071 [Vitis vinifera] 581 e-163
emb|CAN62382.1| hypothetical protein VITISV_037851 [Vitis vinifera] 573 e-161
>emb|CAN63950.1| hypothetical protein VITISV_032357 [Vitis vinifera]
Length = 1545
Score = 625 bits (1612), Expect = e-176
Identities = 307/534 (57%), Positives = 391/534 (73%)
Frame = +3
Query: 6 EYHLVLEYNPGRINNVADALSRKAEFAAINGDHQSSTSSVNNDLIGRIKEGLVKDPQAQI 185
E+ LEY PG N+VADALSRKAE A+I+ Q D++ ++EGL DP A+
Sbjct: 1021 EFDYTLEYKPGSANHVADALSRKAELASISSQPQG-------DIMYLLREGLQHDPVAKS 1073
Query: 186 LFDLVKSGKTRRFWLTDDLLYTTGTRIYVPNNGGLRKDLIKECHDTLWAGHPGWHRTLAL 365
L L GKT+RFW+ D LLYT G R+YVP G +R++LIKECHDT WAGHPG RT AL
Sbjct: 1074 LIALAHEGKTKRFWVEDGLLYTKGRRLYVPKWGNIRRNLIKECHDTKWAGHPGQRRTRAL 1133
Query: 366 LERGYFWPKMHATVQDYVRTCLICQQDKVERHKPIGLLQPLPVPTRPWESVSMDYITGLP 545
LE Y+WP++ V+ YVRTCL+CQQDKVE+ +P GLL+PLPV RPW+SV+MD+I GLP
Sbjct: 1134 LESAYYWPQIRDEVEAYVRTCLVCQQDKVEQRQPRGLLEPLPVAERPWDSVTMDFIIGLP 1193
Query: 546 VVDNYGTILVVVDRFSKYATFMSASKNCTAEETAQLFIKHIVKYWGVPTNIVSDRDGRFT 725
++ G+I+VVVDRFSKYATF++A +CTAEETA+LF+KH+VKYWG+P I+SDRD RFT
Sbjct: 1194 KSEDSGSIIVVVDRFSKYATFIAAPTDCTAEETARLFLKHVVKYWGLPKFIISDRDPRFT 1253
Query: 726 GKLWTELFKLLGSQLNFSTSNHPQSDGQTERFNSMLEEYLRHFVGTNKSAWIQLLDVAQF 905
GK WTELFKL+GS+L+FSTS HPQ+DGQTER N++LE YLRHFV N+ W +LLD+AQF
Sbjct: 1254 GKFWTELFKLMGSELHFSTSFHPQTDGQTERXNALLELYLRHFVSANQRDWAKLLDIAQF 1313
Query: 906 CFNLQKSSATNKSPFELITGQQPLAPHLVVSGYKGASPRAFQLAKEWQTNADLAKAYLEK 1085
+NLQ+S ATNKSPFEL TGQQPL PH + GY G SP AF+ AK W AD+A +YL+K
Sbjct: 1314 SYNLQRSEATNKSPFELATGQQPLTPHTLXIGYTGRSPAAFKFAKGWHEQADIAXSYLDK 1373
Query: 1086 AAHRMKKFADQNRRPDPFQVGDQVLLKTSQIRHFNRVDRAHQGLLQRYVGPVTILDRIGQ 1265
AA +MKK+AD+ RR ++VGD VL+K + F + H+GL++RY GP IL ++G+
Sbjct: 1374 AAKKMKKWADKKRRHTEYKVGDMVLVKLLP-QQFKSLRPVHKGLVRRYEGPFPILGKVGK 1432
Query: 1266 VSYRLQLPHWLRKMHPVFHASCLKEYHADKEDPGRSISTRRFKHATIKPDRKIEEILADR 1445
VSY+++LP L K+HPVFH S L YH DK+DP R +S R D+++E I+ADR
Sbjct: 1433 VSYKVELPPRL-KIHPVFHVSYLNPYHEDKDDPSRGLSKRAPTAVVTSYDKEVEHIIADR 1491
Query: 1446 TISHASEDEPQLEYLVKWQDLPLSEASWEPASTLTSFKQKIEEFKANSATRTSA 1607
I P EYLVKW+ LP SEASWEPA+ L F+++IE F+A ATRTSA
Sbjct: 1492 IIRRRGV-PPATEYLVKWKGLPESEASWEPANALWQFQEQIERFRAEDATRTSA 1544
>emb|CAN78060.1| hypothetical protein VITISV_003931 [Vitis vinifera]
Length = 1037
Score = 611 bits (1576), Expect = e-172
Identities = 300/534 (56%), Positives = 383/534 (71%)
Frame = +3
Query: 6 EYHLVLEYNPGRINNVADALSRKAEFAAINGDHQSSTSSVNNDLIGRIKEGLVKDPQAQI 185
E+ LEY PG N+VADALSRKAE A S TS D++ ++EGL DP A+
Sbjct: 513 EFDSTLEYKPGSPNHVADALSRKAELA-------SMTSQPQGDIMDLLREGLQHDPVAKS 565
Query: 186 LFDLVKSGKTRRFWLTDDLLYTTGTRIYVPNNGGLRKDLIKECHDTLWAGHPGWHRTLAL 365
L L GKT+RFW+ D LLYT G R+YVP G +R++LIKECHDT WAGHPG RT AL
Sbjct: 566 LIALAHEGKTKRFWVEDGLLYTKGRRLYVPKWGNIRRNLIKECHDTKWAGHPGQRRTRAL 625
Query: 366 LERGYFWPKMHATVQDYVRTCLICQQDKVERHKPIGLLQPLPVPTRPWESVSMDYITGLP 545
LE Y+WP++ V+ YVRTCL+CQQDKVE+ +P GLL+PLP+ RPW++V+MD+I GLP
Sbjct: 626 LESAYYWPQIRDEVEAYVRTCLVCQQDKVEQRQPKGLLEPLPIAERPWDNVTMDFIIGLP 685
Query: 546 VVDNYGTILVVVDRFSKYATFMSASKNCTAEETAQLFIKHIVKYWGVPTNIVSDRDGRFT 725
++ G+I+VVVDRFSKYATF++A +CT EETA+LF+KH+VKYWG+P I+SDRD RFT
Sbjct: 686 KSEDSGSIIVVVDRFSKYATFIAAPTDCTTEETARLFLKHVVKYWGLPKFIISDRDPRFT 745
Query: 726 GKLWTELFKLLGSQLNFSTSNHPQSDGQTERFNSMLEEYLRHFVGTNKSAWIQLLDVAQF 905
GK WTELFKL+GS+L+FSTS HPQ+DGQ ER N++LE YLRHFV N+ W +LLD+AQF
Sbjct: 746 GKFWTELFKLMGSELHFSTSFHPQTDGQIERVNALLELYLRHFVSANQKDWAKLLDIAQF 805
Query: 906 CFNLQKSSATNKSPFELITGQQPLAPHLVVSGYKGASPRAFQLAKEWQTNADLAKAYLEK 1085
+NLQ+S ATNKSPFEL TGQQPL PH + GY G SP F+ AK W AD+A++YL+K
Sbjct: 806 SYNLQRSEATNKSPFELATGQQPLTPHTLTIGYTGRSPTDFKFAKRWYEQADIARSYLDK 865
Query: 1086 AAHRMKKFADQNRRPDPFQVGDQVLLKTSQIRHFNRVDRAHQGLLQRYVGPVTILDRIGQ 1265
AA +MKK+AD+ RR ++VGD VL+K + F + H+GL++RY GP L ++G+
Sbjct: 866 AAKKMKKWADKKRRHTEYKVGDMVLVKLLP-QQFKSLRPVHKGLVRRYEGPFLELGKVGK 924
Query: 1266 VSYRLQLPHWLRKMHPVFHASCLKEYHADKEDPGRSISTRRFKHATIKPDRKIEEILADR 1445
VSYR++LP L K+HPVFHAS LK YH D +DP R +S R D+++E +L DR
Sbjct: 925 VSYRVELPPRL-KIHPVFHASYLKPYHGDNDDPSRGLSKRAPTAVVTSYDKEVEHVLVDR 983
Query: 1446 TISHASEDEPQLEYLVKWQDLPLSEASWEPASTLTSFKQKIEEFKANSATRTSA 1607
I P EYLVKW+ L SEASWEP L F+++IE F+A A RTSA
Sbjct: 984 VIRRRGV-PPATEYLVKWKGLLESEASWEPTEALWQFQEQIERFRAEGARRTSA 1036
>emb|CAN69702.1| hypothetical protein VITISV_020318 [Vitis vinifera]
Length = 1454
Score = 611 bits (1576), Expect = e-172
Identities = 298/534 (55%), Positives = 387/534 (72%)
Frame = +3
Query: 6 EYHLVLEYNPGRINNVADALSRKAEFAAINGDHQSSTSSVNNDLIGRIKEGLVKDPQAQI 185
E+ LEY PG N+VADALSRKAE A+I TS D++ ++EGL DP A+
Sbjct: 930 EFDYTLEYKPGSANHVADALSRKAELASI-------TSQPQGDIMDLLREGLQHDPVAKS 982
Query: 186 LFDLVKSGKTRRFWLTDDLLYTTGTRIYVPNNGGLRKDLIKECHDTLWAGHPGWHRTLAL 365
L L KT++FW+ D L+YT G R+YVP G +R++LIKECHDT WAGHPG RT+AL
Sbjct: 983 LIALAHEEKTKQFWVEDGLIYTKGRRLYVPKWGNIRRNLIKECHDTKWAGHPGQRRTMAL 1042
Query: 366 LERGYFWPKMHATVQDYVRTCLICQQDKVERHKPIGLLQPLPVPTRPWESVSMDYITGLP 545
LE Y+WP++ V+ YVR CL+CQQDKVE+ +P GLL+PLPV RPW++V+MD+I GLP
Sbjct: 1043 LESAYYWPQIRDEVEAYVRXCLVCQQDKVEQRQPRGLLEPLPVAERPWDNVTMDFIIGLP 1102
Query: 546 VVDNYGTILVVVDRFSKYATFMSASKNCTAEETAQLFIKHIVKYWGVPTNIVSDRDGRFT 725
++ +I+VVVDRFSKYATF++A CTAEETA+LF+KH+VKYWG+P I+SDRD RFT
Sbjct: 1103 KSEDNDSIIVVVDRFSKYATFIAAPTACTAEETARLFLKHVVKYWGLPKFIISDRDPRFT 1162
Query: 726 GKLWTELFKLLGSQLNFSTSNHPQSDGQTERFNSMLEEYLRHFVGTNKSAWIQLLDVAQF 905
GK W ELFKL+GS+L+FSTS HPQ+DGQTER N++LE YLRHFV N+ W +LLD+ QF
Sbjct: 1163 GKFWMELFKLMGSELHFSTSFHPQTDGQTERVNALLELYLRHFVSANQRDWAKLLDITQF 1222
Query: 906 CFNLQKSSATNKSPFELITGQQPLAPHLVVSGYKGASPRAFQLAKEWQTNADLAKAYLEK 1085
+NLQ+S ATNK+PFEL TGQQPL PH + GY G SP AF++AK W AD+A++YL+K
Sbjct: 1223 SYNLQRSEATNKNPFELATGQQPLTPHTLTIGYTGRSPAAFKIAKGWHEQADIARSYLDK 1282
Query: 1086 AAHRMKKFADQNRRPDPFQVGDQVLLKTSQIRHFNRVDRAHQGLLQRYVGPVTILDRIGQ 1265
AA +MKK+AD+ R ++VGD VL+K + F + H+GL++RY GP IL ++G+
Sbjct: 1283 AAKKMKKWADKKRHHTEYKVGDMVLVKLLP-QQFKSLRPVHKGLVRRYEGPFPILGKVGK 1341
Query: 1266 VSYRLQLPHWLRKMHPVFHASCLKEYHADKEDPGRSISTRRFKHATIKPDRKIEEILADR 1445
VSY+++LP L K+HPVFH S LK YH DK+DP R +S R D+++E I+ADR
Sbjct: 1342 VSYKVELPPRL-KIHPVFHVSYLKPYHEDKDDPSRGLSKRAPTTIVTSYDKEVEHIIADR 1400
Query: 1446 TISHASEDEPQLEYLVKWQDLPLSEASWEPASTLTSFKQKIEEFKANSATRTSA 1607
I P EYLVKW+ LP SEASWEPA+ L F+++IE F+A TRTSA
Sbjct: 1401 IIRRRGV-PPATEYLVKWKGLPESEASWEPANALWQFQEQIERFRAEDTTRTSA 1453
>emb|CAN64786.1| hypothetical protein VITISV_014071 [Vitis vinifera]
Length = 1217
Score = 581 bits (1498), Expect = e-163
Identities = 288/534 (53%), Positives = 375/534 (70%)
Frame = +3
Query: 6 EYHLVLEYNPGRINNVADALSRKAEFAAINGDHQSSTSSVNNDLIGRIKEGLVKDPQAQI 185
E+ LEY PG N+VA ALS KAE S TS D++ ++EGL DP A+
Sbjct: 704 EFDYTLEYKPGSANHVAGALSHKAELT-------SMTSQPQGDIMDLLREGLQHDPMAKS 756
Query: 186 LFDLVKSGKTRRFWLTDDLLYTTGTRIYVPNNGGLRKDLIKECHDTLWAGHPGWHRTLAL 365
L L GKT+RFW+ DDLLYT G R+YVP G +R++LIKECHDT WAGHPG RT AL
Sbjct: 757 LIALAHEGKTKRFWVEDDLLYTKGRRLYVPKWGNIRRNLIKECHDTKWAGHPGQRRTRAL 816
Query: 366 LERGYFWPKMHATVQDYVRTCLICQQDKVERHKPIGLLQPLPVPTRPWESVSMDYITGLP 545
LE Y+WP++ V+ YV E+ +P GLL+PLP+ RPW++V+MD+I GLP
Sbjct: 817 LESAYYWPQIRDEVEAYV-----------EQRQPRGLLEPLPIAERPWDNVTMDFIIGLP 865
Query: 546 VVDNYGTILVVVDRFSKYATFMSASKNCTAEETAQLFIKHIVKYWGVPTNIVSDRDGRFT 725
++ G+I+VVVDRFSKYATF++A +CTAEET +LF+KH+VKYWG+P I+SDRD RFT
Sbjct: 866 KSEDSGSIIVVVDRFSKYATFIAAPTDCTAEETTRLFLKHVVKYWGLPKYIISDRDPRFT 925
Query: 726 GKLWTELFKLLGSQLNFSTSNHPQSDGQTERFNSMLEEYLRHFVGTNKSAWIQLLDVAQF 905
GK WTELFKL+GS+L+FSTS HPQ++GQTER N++LE YLRHFV N+ W +LLD+AQF
Sbjct: 926 GKFWTELFKLMGSELHFSTSFHPQTNGQTERVNALLELYLRHFVSANQRDWAKLLDIAQF 985
Query: 906 CFNLQKSSATNKSPFELITGQQPLAPHLVVSGYKGASPRAFQLAKEWQTNADLAKAYLEK 1085
+NLQ S ATNKSPF+L TGQQPL PH++ GY G SP AF+ AK W AD+A++YL+K
Sbjct: 986 SYNLQMSEATNKSPFKLATGQQPLTPHMLTIGYTGRSPAAFKFAKGWHEQADIARSYLDK 1045
Query: 1086 AAHRMKKFADQNRRPDPFQVGDQVLLKTSQIRHFNRVDRAHQGLLQRYVGPVTILDRIGQ 1265
A +MKK+AD+ R ++VGD VL+K + F + H+ L++RY GP IL ++G+
Sbjct: 1046 ATKKMKKWADKKRHHTEYKVGDMVLVKLLP-QQFKSLRPVHKSLVRRYEGPFPILGKVGK 1104
Query: 1266 VSYRLQLPHWLRKMHPVFHASCLKEYHADKEDPGRSISTRRFKHATIKPDRKIEEILADR 1445
VSY+++LP L K+HPVFH S LK YH DK+DP R +S R D+++E I+ADR
Sbjct: 1105 VSYKVELPPRL-KIHPVFHVSYLKPYHEDKDDPSRGLSKRAPTAVVTSYDKEVEHIIADR 1163
Query: 1446 TISHASEDEPQLEYLVKWQDLPLSEASWEPASTLTSFKQKIEEFKANSATRTSA 1607
I P EYLVKW+ LP SEASWEPA+ L F+++IE F+A AT+TSA
Sbjct: 1164 IIRRRGV-PPATEYLVKWKGLPESEASWEPANALWQFQEQIEWFRAEDATKTSA 1216
>emb|CAN62382.1| hypothetical protein VITISV_037851 [Vitis vinifera]
Length = 688
Score = 573 bits (1476), Expect = e-161
Identities = 287/534 (53%), Positives = 371/534 (69%)
Frame = +3
Query: 6 EYHLVLEYNPGRINNVADALSRKAEFAAINGDHQSSTSSVNNDLIGRIKEGLVKDPQAQI 185
E+ +LEY PG N+VADALSRKAE A S TS +++ ++EGL DP A+
Sbjct: 180 EFDYMLEYKPGTANHVADALSRKAELA-------SMTSQPQGNIMDLLREGLQHDPVAKS 232
Query: 186 LFDLVKSGKTRRFWLTDDLLYTTGTRIYVPNNGGLRKDLIKECHDTLWAGHPGWHRTLAL 365
L L GKT+RFW+ D LLYT G R+YVP G +R++LIKECHDT W GHPG RT AL
Sbjct: 233 LIALAHEGKTKRFWVEDGLLYTKGRRLYVPKWGNIRRNLIKECHDTKWVGHPGQRRTRAL 292
Query: 366 LERGYFWPKMHATVQDYVRTCLICQQDKVERHKPIGLLQPLPVPTRPWESVSMDYITGLP 545
LE Y+WP++ V+ Y P GLL+PLP+ RPW+SV+MD+I GLP
Sbjct: 293 LESAYYWPQIRDEVEAY----------------PRGLLEPLPIAERPWDSVTMDFIMGLP 336
Query: 546 VVDNYGTILVVVDRFSKYATFMSASKNCTAEETAQLFIKHIVKYWGVPTNIVSDRDGRFT 725
++ G+I+VVVDRFSKYATF++ + TAEETA+LF+KH+VKYWG+P I+SDRD RFT
Sbjct: 337 KSEDNGSIIVVVDRFSKYATFIATPTDYTAEETARLFLKHVVKYWGLPKYIISDRDPRFT 396
Query: 726 GKLWTELFKLLGSQLNFSTSNHPQSDGQTERFNSMLEEYLRHFVGTNKSAWIQLLDVAQF 905
GK WT+ FKL+GS+L+FSTS HPQ+DGQTER N++LE YLRHFV N+ W +LLD+AQF
Sbjct: 397 GKFWTKFFKLMGSELHFSTSFHPQTDGQTERVNALLELYLRHFVSANQRDWAKLLDIAQF 456
Query: 906 CFNLQKSSATNKSPFELITGQQPLAPHLVVSGYKGASPRAFQLAKEWQTNADLAKAYLEK 1085
+NLQ+S ATNKSPFEL TGQQPL PH + GY G SP AF+ AK W D+A++ L+K
Sbjct: 457 SYNLQRSEATNKSPFELATGQQPLTPHTLTIGYTGRSPXAFKFAKGWHEQXDIARSXLDK 516
Query: 1086 AAHRMKKFADQNRRPDPFQVGDQVLLKTSQIRHFNRVDRAHQGLLQRYVGPVTILDRIGQ 1265
AA +MKK+AD+ R ++VGD VL+K + F + H+GL++RY GP IL ++G+
Sbjct: 517 AAKKMKKWADKKRXHTEYKVGDMVLVKLLP-QQFKSLRPVHKGLVRRYEGPXPILGKVGK 575
Query: 1266 VSYRLQLPHWLRKMHPVFHASCLKEYHADKEDPGRSISTRRFKHATIKPDRKIEEILADR 1445
VSY+++LP L K+HPVFH S LK YH DK+DP R +S R D+++E I+ADR
Sbjct: 576 VSYKVELPPRL-KIHPVFHVSYLKPYHEDKDDPSRGLSKRAPTAVVTSYDKEVEHIIADR 634
Query: 1446 TISHASEDEPQLEYLVKWQDLPLSEASWEPASTLTSFKQKIEEFKANSATRTSA 1607
I P EYLVKW+ LP SEASWEPA+ L F+++IE F+A ATRTSA
Sbjct: 635 IIRRRGV-PPTTEYLVKWKGLPESEASWEPANALWQFQEQIERFRAEDATRTSA 687