BLASTX nr result
ID: Coptis23_contig00007409
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= Coptis23_contig00007409
(3370 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_002331024.1| Cl-channel clc-7 [Populus trichocarpa] gi|22... 727 0.0
emb|CAN62616.1| hypothetical protein VITISV_036165 [Vitis vinifera] 726 0.0
emb|CBI25542.3| unnamed protein product [Vitis vinifera] 724 0.0
ref|XP_002530769.1| chloride channel clc, putative [Ricinus comm... 716 0.0
ref|XP_002263587.1| PREDICTED: chloride channel ClC5 [Vitis vini... 712 0.0
>ref|XP_002331024.1| Cl-channel clc-7 [Populus trichocarpa] gi|222872954|gb|EEF10085.1|
Cl-channel clc-7 [Populus trichocarpa]
Length = 775
Score = 727 bits (1876), Expect = 0.0
Identities = 365/523 (69%), Positives = 412/523 (78%)
Frame = -2
Query: 3369 SASGITAAFRSPVGGVLFALEEMASWWRSALLWRTFFTTAVVAIVLRALIDVCNSGKCGL 3190
SA+GI AAFR+PVGGVLFALEEMASWWRSALLWR FFTTAVVAIVLRALIDVC SGKCGL
Sbjct: 240 SAAGIAAAFRAPVGGVLFALEEMASWWRSALLWRAFFTTAVVAIVLRALIDVCLSGKCGL 299
Query: 3189 FGKGGLIMFNVTSEYSTYHLSDXXXXXXXXXXXXXXGSFYNFILEKVLRIYNLINEKGRT 3010
FGKGGLIMF+V S TYHL D GS YNF+L+KVLRIYNLINEKG
Sbjct: 300 FGKGGLIMFDVYSASVTYHLIDVPPVFALGVIGGILGSLYNFLLDKVLRIYNLINEKGVV 359
Query: 3009 HKIILACSISIFTSCLLFGLPWFAPCRPCPADASEACPTIGRSGNYKKYQCPPGHYNDLA 2830
+KI+LAC+ISIFTSCLLFGLPW A C+PCP+DASEACPTIGRSGN+KK+QCPPG YNDLA
Sbjct: 360 YKILLACAISIFTSCLLFGLPWLASCQPCPSDASEACPTIGRSGNFKKFQCPPGQYNDLA 419
Query: 2829 SLFFNTNDDAIKNLFSFNTDGEFHHISVLIFFVTSYFLGILSYGIVAPVGLFVPVIVAGA 2650
SL FNTNDD++KNLFS +T+ EF + S+LIFFVT +FL I SYGIVAP GLF+PVIV GA
Sbjct: 420 SLIFNTNDDSVKNLFSQDTNSEFQYSSILIFFVTCFFLSIFSYGIVAPAGLFIPVIVTGA 479
Query: 2649 SYGRYVGLLLGSYTNLNHGLFAVLGSASLLGGSMRMTVSXXXXXXXXXXXXXXXXXXXXX 2470
SYGR+VG+L+GS++NL+HGL+AVLG+AS LGGSMRMTVS
Sbjct: 480 SYGRFVGMLVGSHSNLDHGLYAVLGAASFLGGSMRMTVSLCVIILELTNNLLMLPLIMLV 539
Query: 2469 XLVSKTVADTFNGNIYDIIMKMKGFPYLKSHVEPYMRQLAVCDVVKGPLEFFNGIEKVRN 2290
L+SKTVAD FNGNIYD+IM KGFPYL++H EPYMRQL V +VV+GPL+ F GIEKV
Sbjct: 540 LLISKTVADAFNGNIYDLIMNAKGFPYLEAHTEPYMRQLTVGEVVRGPLQIFQGIEKVGK 599
Query: 2289 IVHILQTTGHNGFPVIDEHPVLDAPVLYGLVLRDHLTVLLRQKTFLPTPVITGVYASKQF 2110
IVH+L+TT HNGFPVIDE P+ ++PVLYGL+LR HL LL++K F+PTPV TG A K F
Sbjct: 600 IVHVLRTTRHNGFPVIDEPPLSESPVLYGLILRAHLIELLKKKAFVPTPVPTGTDAFKLF 659
Query: 2109 TANDFSKRSSGKGXXXXXXXXXXXXXXXXXDLHPFTNTSPYTVVETMSLAKALTLFRESG 1930
A DF+KR SG G DLHPFTN SPYTV ETMSLAKAL LFRE G
Sbjct: 660 FAGDFAKRGSGNGDKIEDLQFTEEEMEMFLDLHPFTNASPYTVAETMSLAKALILFREVG 719
Query: 1929 LRHLLVIPKISCRSPVVGILTRHDFMPEHILGLHPLLEKSRWK 1801
LRHLLVIPKIS RSPVVGILTRHDFMP HILGLHP+L +SRWK
Sbjct: 720 LRHLLVIPKISGRSPVVGILTRHDFMPGHILGLHPMLIRSRWK 762
>emb|CAN62616.1| hypothetical protein VITISV_036165 [Vitis vinifera]
Length = 805
Score = 726 bits (1874), Expect = 0.0
Identities = 369/523 (70%), Positives = 412/523 (78%)
Frame = -2
Query: 3369 SASGITAAFRSPVGGVLFALEEMASWWRSALLWRTFFTTAVVAIVLRALIDVCNSGKCGL 3190
SA+GI A+FR+PVGGVLF+LEEMASWWRSALLWR FFTTAVVAI+LRALIDVC SGKCGL
Sbjct: 270 SAAGIAASFRAPVGGVLFSLEEMASWWRSALLWRCFFTTAVVAIMLRALIDVCLSGKCGL 329
Query: 3189 FGKGGLIMFNVTSEYSTYHLSDXXXXXXXXXXXXXXGSFYNFILEKVLRIYNLINEKGRT 3010
FG GGLIMF+VTS+ +TYH+ D GSFYNF+LEKVLRIY+ I K
Sbjct: 330 FGTGGLIMFDVTSQNTTYHIKDVPPVLVLGVIGGLLGSFYNFLLEKVLRIYSYIYGKKPI 389
Query: 3009 HKIILACSISIFTSCLLFGLPWFAPCRPCPADASEACPTIGRSGNYKKYQCPPGHYNDLA 2830
+KIILACSIS+FTSCLLFGLPW A C+PCP DASEACPTIGRSGNYKK+QCPPGHYNDLA
Sbjct: 390 YKIILACSISVFTSCLLFGLPWLASCQPCPIDASEACPTIGRSGNYKKFQCPPGHYNDLA 449
Query: 2829 SLFFNTNDDAIKNLFSFNTDGEFHHISVLIFFVTSYFLGILSYGIVAPVGLFVPVIVAGA 2650
SL FNTNDDAIKNLFS +TD EF + S+LIFF T +FL I SYGIVAP GLFVPVIV GA
Sbjct: 450 SLIFNTNDDAIKNLFSKDTDSEFQYSSILIFFATCFFLSIFSYGIVAPAGLFVPVIVTGA 509
Query: 2649 SYGRYVGLLLGSYTNLNHGLFAVLGSASLLGGSMRMTVSXXXXXXXXXXXXXXXXXXXXX 2470
SYGR+VG+L+GS++NLNHGLFAVLG+ASLLGGSMRMTVS
Sbjct: 510 SYGRFVGMLVGSHSNLNHGLFAVLGAASLLGGSMRMTVSLCVIILELTNNLLLLPLIMVV 569
Query: 2469 XLVSKTVADTFNGNIYDIIMKMKGFPYLKSHVEPYMRQLAVCDVVKGPLEFFNGIEKVRN 2290
LVSKTVAD FNGN+YDIIMK+KGFPYL++H EPYMRQL V DVV GPL+ FN IEKV N
Sbjct: 570 LLVSKTVADAFNGNVYDIIMKLKGFPYLEAHAEPYMRQLTVEDVVTGPLQLFNVIEKVEN 629
Query: 2289 IVHILQTTGHNGFPVIDEHPVLDAPVLYGLVLRDHLTVLLRQKTFLPTPVITGVYASKQF 2110
IVH+L+TTGH+GFPVIDE ++PVL+GLVLR HL VLLR+K FL T V A + F
Sbjct: 630 IVHVLRTTGHHGFPVIDERSHSESPVLFGLVLRAHLIVLLRKKAFLTTAVRADSDAFRHF 689
Query: 2109 TANDFSKRSSGKGXXXXXXXXXXXXXXXXXDLHPFTNTSPYTVVETMSLAKALTLFRESG 1930
+A DF+KR SG G DLHPF N+SPYTVVETMSLAKAL LFRE G
Sbjct: 690 SAMDFTKRGSGNGDKIEDIELTEEEMEMFIDLHPFCNSSPYTVVETMSLAKALILFREVG 749
Query: 1929 LRHLLVIPKISCRSPVVGILTRHDFMPEHILGLHPLLEKSRWK 1801
LRHLLVIPKIS RSPVVGILTRHDFMPEHILG+HPLL +SRWK
Sbjct: 750 LRHLLVIPKISNRSPVVGILTRHDFMPEHILGVHPLLVRSRWK 792
>emb|CBI25542.3| unnamed protein product [Vitis vinifera]
Length = 772
Score = 724 bits (1868), Expect = 0.0
Identities = 368/523 (70%), Positives = 411/523 (78%)
Frame = -2
Query: 3369 SASGITAAFRSPVGGVLFALEEMASWWRSALLWRTFFTTAVVAIVLRALIDVCNSGKCGL 3190
SA+GI A+FR+PVGGVLF+LEEMASWWRSALLWR FFTTAVVAI+LRALIDVC SGKCGL
Sbjct: 237 SAAGIAASFRAPVGGVLFSLEEMASWWRSALLWRCFFTTAVVAIMLRALIDVCLSGKCGL 296
Query: 3189 FGKGGLIMFNVTSEYSTYHLSDXXXXXXXXXXXXXXGSFYNFILEKVLRIYNLINEKGRT 3010
FG GGLIMF+VTS+ +TYH+ D GS YNF+LEKVLRIY+ I K
Sbjct: 297 FGTGGLIMFDVTSQNTTYHIKDVPPVLVLGVIGGLLGSLYNFLLEKVLRIYSYIYGKKPI 356
Query: 3009 HKIILACSISIFTSCLLFGLPWFAPCRPCPADASEACPTIGRSGNYKKYQCPPGHYNDLA 2830
+KIILACSIS+FTSCLLFGLPW A C+PCP DASEACPTIGRSGNYKK+QCPPGHYNDLA
Sbjct: 357 YKIILACSISVFTSCLLFGLPWLASCQPCPIDASEACPTIGRSGNYKKFQCPPGHYNDLA 416
Query: 2829 SLFFNTNDDAIKNLFSFNTDGEFHHISVLIFFVTSYFLGILSYGIVAPVGLFVPVIVAGA 2650
SL FNTNDDAIKNLFS +TD EF + S+LIFF T +FL I SYGIVAP GLFVPVIV GA
Sbjct: 417 SLIFNTNDDAIKNLFSKDTDSEFQYSSILIFFATCFFLSIFSYGIVAPAGLFVPVIVTGA 476
Query: 2649 SYGRYVGLLLGSYTNLNHGLFAVLGSASLLGGSMRMTVSXXXXXXXXXXXXXXXXXXXXX 2470
SYGR+VG+L+GS++NLNHGLFAVLG+ASLLGGSMRMTVS
Sbjct: 477 SYGRFVGMLVGSHSNLNHGLFAVLGAASLLGGSMRMTVSLCVIILELTNNLLLLPLIMVV 536
Query: 2469 XLVSKTVADTFNGNIYDIIMKMKGFPYLKSHVEPYMRQLAVCDVVKGPLEFFNGIEKVRN 2290
LVSKTVAD FNGN+YDIIMK+KGFPYL++H EPYMRQL V DVV GPL+ FN IEKV N
Sbjct: 537 LLVSKTVADAFNGNVYDIIMKLKGFPYLEAHAEPYMRQLTVEDVVTGPLQLFNVIEKVEN 596
Query: 2289 IVHILQTTGHNGFPVIDEHPVLDAPVLYGLVLRDHLTVLLRQKTFLPTPVITGVYASKQF 2110
IVH+L+TTGH+GFPVIDE ++PVL+GLVLR HL VLLR+K FL T V A + F
Sbjct: 597 IVHVLRTTGHHGFPVIDERSHSESPVLFGLVLRAHLIVLLRKKAFLTTAVRADSDAFRHF 656
Query: 2109 TANDFSKRSSGKGXXXXXXXXXXXXXXXXXDLHPFTNTSPYTVVETMSLAKALTLFRESG 1930
+A DF+KR SG G DLHPF N+SPYTVVETMSLAKAL LFRE G
Sbjct: 657 SAMDFTKRGSGNGDKIEDIELTEEEMEMFIDLHPFCNSSPYTVVETMSLAKALILFREVG 716
Query: 1929 LRHLLVIPKISCRSPVVGILTRHDFMPEHILGLHPLLEKSRWK 1801
LRHLLVIPKIS RSPVVGILTRHDFMPEHILG+HPLL +SRWK
Sbjct: 717 LRHLLVIPKISNRSPVVGILTRHDFMPEHILGVHPLLVRSRWK 759
>ref|XP_002530769.1| chloride channel clc, putative [Ricinus communis]
gi|223529685|gb|EEF31629.1| chloride channel clc,
putative [Ricinus communis]
Length = 775
Score = 716 bits (1847), Expect = 0.0
Identities = 369/523 (70%), Positives = 403/523 (77%)
Frame = -2
Query: 3369 SASGITAAFRSPVGGVLFALEEMASWWRSALLWRTFFTTAVVAIVLRALIDVCNSGKCGL 3190
SA+G+ AAFRSPVGGVLFALEEMASWWRSALLWR FFTTAVVA+VLRALIDVC GKCGL
Sbjct: 241 SAAGMAAAFRSPVGGVLFALEEMASWWRSALLWRAFFTTAVVALVLRALIDVCLRGKCGL 300
Query: 3189 FGKGGLIMFNVTSEYSTYHLSDXXXXXXXXXXXXXXGSFYNFILEKVLRIYNLINEKGRT 3010
FG GGLIMF+V S TYHL D GS YNF+L+KVLRIYNLINE+G
Sbjct: 301 FGTGGLIMFDVYSANVTYHLIDVPPVLLLGVIGGILGSLYNFLLDKVLRIYNLINERGIA 360
Query: 3009 HKIILACSISIFTSCLLFGLPWFAPCRPCPADASEACPTIGRSGNYKKYQCPPGHYNDLA 2830
+KI+LACSISIFTSCLLFGLP+ A C+PCPADASEACPTIGRSGNYKK+QCP GHYNDLA
Sbjct: 361 YKILLACSISIFTSCLLFGLPFLASCQPCPADASEACPTIGRSGNYKKFQCPAGHYNDLA 420
Query: 2829 SLFFNTNDDAIKNLFSFNTDGEFHHISVLIFFVTSYFLGILSYGIVAPVGLFVPVIVAGA 2650
SL FNTNDDAI+NLFS NTD EF + SVLIFF+T +FL I SYGIV P GLFVPVIV GA
Sbjct: 421 SLIFNTNDDAIRNLFSRNTDMEFQYSSVLIFFLTCFFLSIFSYGIVVPAGLFVPVIVTGA 480
Query: 2649 SYGRYVGLLLGSYTNLNHGLFAVLGSASLLGGSMRMTVSXXXXXXXXXXXXXXXXXXXXX 2470
SYGR VG+L+GS LNHGL+AVLG+ASLLGGSMRMTVS
Sbjct: 481 SYGRLVGMLIGSRYGLNHGLYAVLGAASLLGGSMRMTVSLCVIILELTNNLLLLPLIMLV 540
Query: 2469 XLVSKTVADTFNGNIYDIIMKMKGFPYLKSHVEPYMRQLAVCDVVKGPLEFFNGIEKVRN 2290
L+SKTVAD FNGNIYD+IMK KGFPYL++H EPYMRQL V DVV GPL+ F+GIEKV N
Sbjct: 541 LLISKTVADAFNGNIYDLIMKAKGFPYLETHAEPYMRQLTVSDVVMGPLQLFHGIEKVGN 600
Query: 2289 IVHILQTTGHNGFPVIDEHPVLDAPVLYGLVLRDHLTVLLRQKTFLPTPVITGVYASKQF 2110
IVH+L+TT HNGFPVIDE P L++PVLYGL+LR HL LL+ K F TPV A KQF
Sbjct: 601 IVHVLKTTRHNGFPVIDE-PPLESPVLYGLILRAHLIELLKNKVFSYTPVPISNDAFKQF 659
Query: 2109 TANDFSKRSSGKGXXXXXXXXXXXXXXXXXDLHPFTNTSPYTVVETMSLAKALTLFRESG 1930
+ DF+KR SG G DLHPFTN SPYTVVETMSLAKA LFRE G
Sbjct: 660 SPGDFAKRGSGNGDKIEDVEITEEEMEMFLDLHPFTNASPYTVVETMSLAKACVLFREVG 719
Query: 1929 LRHLLVIPKISCRSPVVGILTRHDFMPEHILGLHPLLEKSRWK 1801
LRHLLVIPKIS RSPVVGILTRHDFMPEHILGLHP L SRWK
Sbjct: 720 LRHLLVIPKISSRSPVVGILTRHDFMPEHILGLHPFLASSRWK 762
>ref|XP_002263587.1| PREDICTED: chloride channel ClC5 [Vitis vinifera]
gi|301318136|gb|ADK66983.1| chloride channel ClC5 [Vitis
vinifera]
Length = 770
Score = 712 bits (1837), Expect = 0.0
Identities = 365/523 (69%), Positives = 409/523 (78%)
Frame = -2
Query: 3369 SASGITAAFRSPVGGVLFALEEMASWWRSALLWRTFFTTAVVAIVLRALIDVCNSGKCGL 3190
SA+GI A+FR+PVGGVLF+LEEMASW+ ALLWR FFTTAVVAI+LRALIDVC SGKCGL
Sbjct: 237 SAAGIAASFRAPVGGVLFSLEEMASWY--ALLWRCFFTTAVVAIMLRALIDVCLSGKCGL 294
Query: 3189 FGKGGLIMFNVTSEYSTYHLSDXXXXXXXXXXXXXXGSFYNFILEKVLRIYNLINEKGRT 3010
FG GGLIMF+VTS+ +TYH+ D GS YNF+LEKVLRIY+ I K
Sbjct: 295 FGTGGLIMFDVTSQNTTYHIKDVPPVLVLGVIGGLLGSLYNFLLEKVLRIYSYIYGKKPI 354
Query: 3009 HKIILACSISIFTSCLLFGLPWFAPCRPCPADASEACPTIGRSGNYKKYQCPPGHYNDLA 2830
+KIILACSIS+FTSCLLFGLPW A C+PCP DASEACPTIGRSGNYKK+QCPPGHYNDLA
Sbjct: 355 YKIILACSISVFTSCLLFGLPWLASCQPCPIDASEACPTIGRSGNYKKFQCPPGHYNDLA 414
Query: 2829 SLFFNTNDDAIKNLFSFNTDGEFHHISVLIFFVTSYFLGILSYGIVAPVGLFVPVIVAGA 2650
SL FNTNDDAIKNLFS +TD EF + S+LIFF T +FL I SYGIVAP GLFVPVIV GA
Sbjct: 415 SLIFNTNDDAIKNLFSKDTDSEFQYSSILIFFATCFFLSIFSYGIVAPAGLFVPVIVTGA 474
Query: 2649 SYGRYVGLLLGSYTNLNHGLFAVLGSASLLGGSMRMTVSXXXXXXXXXXXXXXXXXXXXX 2470
SYGR+VG+L+GS++NLNHGLFAVLG+ASLLGGSMRMTVS
Sbjct: 475 SYGRFVGMLVGSHSNLNHGLFAVLGAASLLGGSMRMTVSLCVIILELTNNLLLLPLIMVV 534
Query: 2469 XLVSKTVADTFNGNIYDIIMKMKGFPYLKSHVEPYMRQLAVCDVVKGPLEFFNGIEKVRN 2290
LVSKTVAD FNGN+YDIIMK+KGFPYL++H EPYMRQL V DVV GPL+ FN IEKV N
Sbjct: 535 LLVSKTVADAFNGNVYDIIMKLKGFPYLEAHAEPYMRQLTVEDVVTGPLQLFNVIEKVEN 594
Query: 2289 IVHILQTTGHNGFPVIDEHPVLDAPVLYGLVLRDHLTVLLRQKTFLPTPVITGVYASKQF 2110
IVH+L+TTGH+GFPVIDE ++PVL+GLVLR HL VLLR+K FL T V A + F
Sbjct: 595 IVHVLRTTGHHGFPVIDERSHSESPVLFGLVLRAHLIVLLRKKAFLTTAVRADSDAFRHF 654
Query: 2109 TANDFSKRSSGKGXXXXXXXXXXXXXXXXXDLHPFTNTSPYTVVETMSLAKALTLFRESG 1930
+A DF+KR SG G DLHPF N+SPYTVVETMSLAKAL LFRE G
Sbjct: 655 SAMDFTKRGSGNGDKIEDIELTEEEMEMFIDLHPFCNSSPYTVVETMSLAKALILFREVG 714
Query: 1929 LRHLLVIPKISCRSPVVGILTRHDFMPEHILGLHPLLEKSRWK 1801
LRHLLVIPKIS RSPVVGILTRHDFMPEHILG+HPLL +SRWK
Sbjct: 715 LRHLLVIPKISNRSPVVGILTRHDFMPEHILGVHPLLVRSRWK 757