| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_4216 |
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| Symbol | |
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| ID | 7290167 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Cyanothece sp. PCC 7425 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011884 |
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| Strand | + |
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| Start bp | 4270175 |
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| End bp | 4272766 |
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| Gene Length | 2592 bp |
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| Protein Length | 863 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 643587189 |
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| Product | Chloride channel core |
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| Protein accession | YP_002484890 |
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| Protein GI | 220909579 |
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| COG category | [P] Inorganic ion transport and metabolism
[T] Signal transduction mechanisms |
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| COG ID | [COG0038] Chloride channel protein EriC
[COG2905] Predicted signal-transduction protein containing cAMP-binding and CBS domains |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 17 |
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| Fosmid unclonability p-value | 0.298005 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGATCAC TTGCGGCACT GCGGCGGTTA CAACAGTTGC TCCGACCGAG GCGGGTGGCG
GTTCTGGAAG CTTGCTTCAT TGGGCTGGTA TCTGCACTGG CGGCGGGGGG AATGGCCTGG
GGCGTGGGCT GGATGGGAAC CTGGCGGGTG AATCTGGCGG AACAATGGCC GGACTGGCTT
GTTCTTCCCC TGTTTGGGGC GATCGGGGCC TTGCTCTCCG GGGCACTGGT CTTACGAGAA
GCTCCAGAAG CCGCTGGCAG TGGTATGTCT CAGGTCAAAG CAGTGCTGGC CAGAGTTCCC
ATGCCCCTCA ACCTGCGGAT TGCCCTGGTT AAACTGATCA GTGCGGTGCT GGCGCTTGGG
TCGGGTCTGG CCCTGGGCAG GGAAGGGCCA ACCGTGCAGG TGGGAGCTGC TTTAGCTGCA
CAATTAAGCC ACTGGTTACC CACCTCGCCT GAACACCGCC GTCAGCTCAT TGCCGCTGGA
GCCGGAGCTG GTTTAGCTGC AGCCTTTAAT GCGCCCATTT CCGGGGTGTT GTTTGTGGCA
GAAGAACTGA TGCAGGATGT TTCCGGTGGC ACCCTGGGCA CAGCCATTCT GGCCTCCTTT
ATTGGCAGTA GTGTCTCTCG TTTGCTGGGA GGTAACAGTC TGGATGTGAA TCTGGAAGCC
AGCAAAATGC TCACCAGCTT TACGCTGACG GAAATTCCTG CCTATCTGGT ACTGGGGGGA
TTGGCTGGGC TACTGGGGGC TATTTTTGAT CACGCCGTTC TGATCAGTCT CAAATTGAAT
CGGCGTTATC TTCCCCTGAG TTTGCCTTGG CGCATGGCCC TGGCCGGACT GATCACCGGG
TTGCTGATTG CCCTTTTGCC GGAGTCGTTT CGCAACTATG CCGAACTGAA GGAAGCCCTG
TTGTCAGGAC AAATTACCTG GGCTGGGGCA GCGCTCTTTT TTGTGAGCTA CTTTCCCCTG
ATCCTGATTG CCTCTGGTTC CGGGGCCCCT GGTGGGCTGC TCGTTCCCAC CCTGTTGTTG
GGAGCAATGC TGGGCTGCTG GCTGGGGGGA ATGCAACACA GCTTTTTAGG TCTGGGAGTA
GCCGTAAGCT ATGCGCGGGT GGGGATGGGT GCATTTATGG CTGCTACGGC AAAAGCACCC
GTGACGGCCA TCGTCATTGT CTTTGAACTA ACCCATGACT TTAACCTGGT CTTACCCCTG
ATGATTGCCT CCGTGATCGC CTACCTGGTC TCGGAACGCC TCTTCCCCGG TTCCTTCTAC
GACAGAATTC TAGAGCTGAA TGGCATTTAT CTGAATGAGC TCACCACCGT TAATACCAGC
CTGGCAGACA TGACCGCCGC CCAGGTGATG CAACGGCAGG TGGAAACCCT TCGCAGTGAT
ATGCCCCTAG AAGAAGCCGT TCAAGCCTTT TCCCGTTCCC ATCACCGTGG CTTTCCCGTT
CTGGAGGAGG ACAAATTGGT GGGAATTGTC ACCCAGACTG ATCTAAACAC GATCAAGCAG
CGGCCGTTAC CCCCCAACAC CCCCCTGCAG CAGATCATGA CCCCCTGGCC AATCACCATT
CCCCCCCAGG AATCCTTGGC TAATGTGCTC TATCTGCTCA ACCGCTACAA TCTCAGCCGT
CTCCCCGTGG TGGAAGGCCG TAAACTGATC GGCATTATTA CCCGAAGCGA TATTATTCGA
GCGGAAGCCT CTGAACTAAG TGGGGAACGA CAACAATTAG CCCCCCGCGT GCAACCCTCC
TACCTGGTCT ATCAAACCCG CTGCACTGCT AGTGGACAGG GACGGCTGCT CCTTCCCCTG
GCTAATCCGG CCACCGCCGA TCGCTTACTT CAGATGGGCT TAGCGATCGC CCGTGAACGC
CAGTTAGAGC TGGAGTGCCT GCAGGTGATT GTGGTACCCC GCCACAGTGA TCCCAGCACT
ACCCCAGTCC GCACTACCCT CAATCGGCGG TTATTGCAAC GGATGGAACG TCTAGCCCGC
CCAGACTCCG TTCCATTACA TACCCAGATC CGGGTCGCTC AGGATGTGGC CGGGGCCATT
CTGGAAACCA TTAGCGATCG CCACATTGAT GTGGTGCTGA TGGGCTGGGA AGGGGAAAGC
CTGACCCCAG GCAGCATCTT TGGCTCTGTC GTGGATACGA TCGTTCACCA GGCTGAGTGT
GATGTAGTTC TGGTCAAACT GGCACAGGAG AACGTGCGGT TCGATCGCTG GCTCGTTCCG
ATCGCCGGGG GGCCAAATGT CCAACGGGCC ATGCAACTGT TGCCCGGACT CACCCGTCTC
AGCCCAGCTC CCCAGGTGAG GCTCTGCCAG GTGTTTGACC CGGAGGCAAC CCTACTGGAT
ACCCAGGCGC TGGAACAGGG AATGGCATTA CTCAAACCTC ACCTGAATGG GGCCCTCAGT
AGTCTTTCCC TGCGCTCTAA ATCCATTGCT GAAGCCATTA TTGAGCTAGC CCACGCCGAA
CAGGACGATG TCATCCTGGT GGGAGCCAGC CGGGAAGGAT TACTCCGTCA GGCAATTATG
GGCAATATTC CCTCCGCGAT CACCCGTAAT AGCCATTGCA GCGTGATCCT GGTGCGGGGA
GCATTGGAGT AA
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| Protein sequence | MGSLAALRRL QQLLRPRRVA VLEACFIGLV SALAAGGMAW GVGWMGTWRV NLAEQWPDWL
VLPLFGAIGA LLSGALVLRE APEAAGSGMS QVKAVLARVP MPLNLRIALV KLISAVLALG
SGLALGREGP TVQVGAALAA QLSHWLPTSP EHRRQLIAAG AGAGLAAAFN APISGVLFVA
EELMQDVSGG TLGTAILASF IGSSVSRLLG GNSLDVNLEA SKMLTSFTLT EIPAYLVLGG
LAGLLGAIFD HAVLISLKLN RRYLPLSLPW RMALAGLITG LLIALLPESF RNYAELKEAL
LSGQITWAGA ALFFVSYFPL ILIASGSGAP GGLLVPTLLL GAMLGCWLGG MQHSFLGLGV
AVSYARVGMG AFMAATAKAP VTAIVIVFEL THDFNLVLPL MIASVIAYLV SERLFPGSFY
DRILELNGIY LNELTTVNTS LADMTAAQVM QRQVETLRSD MPLEEAVQAF SRSHHRGFPV
LEEDKLVGIV TQTDLNTIKQ RPLPPNTPLQ QIMTPWPITI PPQESLANVL YLLNRYNLSR
LPVVEGRKLI GIITRSDIIR AEASELSGER QQLAPRVQPS YLVYQTRCTA SGQGRLLLPL
ANPATADRLL QMGLAIARER QLELECLQVI VVPRHSDPST TPVRTTLNRR LLQRMERLAR
PDSVPLHTQI RVAQDVAGAI LETISDRHID VVLMGWEGES LTPGSIFGSV VDTIVHQAEC
DVVLVKLAQE NVRFDRWLVP IAGGPNVQRA MQLLPGLTRL SPAPQVRLCQ VFDPEATLLD
TQALEQGMAL LKPHLNGALS SLSLRSKSIA EAIIELAHAE QDDVILVGAS REGLLRQAIM
GNIPSAITRN SHCSVILVRG ALE
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