| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan7425_1523 |
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| Symbol | |
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| ID | 7287446 |
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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 | 1361415 |
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| End bp | 1364699 |
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| Gene Length | 3285 bp |
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| Protein Length | 1094 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 643584523 |
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| Product | transporter, hydrophobe/amphiphile efflux-1 (HAE1) family |
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| Protein accession | YP_002482254 |
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| Protein GI | 220906943 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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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 | 28 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTATTGC TGTCGATCGC CACAAACTTT ATTAAACGCC CGGTTCTGGC CACGGTTTGC
ACCCTTCTGA TCCTGCTGGC GGGGGCCATT TGTATTCCGC TGCTGCCAAT TAGTTACATG
CCTCCCCTTA CCCCTGTCAC CGTGCAGGTG TCCGCTACTC TCACGGGTGG GGATGCAGAA
ACCGTTGAAA ACACGGTTAC GACTCCCATC GAGCGGCAGA TCAACGGGGC CACGAATATG
GAGTACATGA CCTCAGCCAG TACGGCGACC GGGCAGTCTC TGATTACCGC TTACTTCAGC
CCGAATCAGA ATCAAAGTCT GGCTCAGGTG GATGTACAGA ACCGGGTGGG GATTGCCGCG
CCACTCCTGC CGACCCAGGT ACAGCAACAG GGGGTACTGG TCCAGAAAAC CTCTCCAGCC
ATTCTCCTGG CCCTGGGGGT CTATTCCCCG GATGAATCTC TCGATCCCAA ATTCATTAGT
AACTACGTTG ACCTTTATAT CAACGACGAA ATTACCCGCA TTCCCGGAAT TGCCCTCGTC
AGCTACAGCG GTCAGCTCCT TTATTCGATG CGGATCTGGC TTGATCCCAA CGCTCTGGCT
GGGCGAGGTT TAACGGCCTC TGATGTGATT CGGAGCTTGC AACAGCAGAA CCCCCTGATT
GGCCTGGGCG GCGTTGGTCA ACCCCCCACT CCGGATGAAC AGACTTTTTC GTTTACCATT
CCTTCCGCCA CCCAGCTTAC GGATGTCAAA GACTTTGAAA ACCTGGTTTT GAAAGTTGAG
CCAAACGGTG ACCTGGTAAA ACTCAAAGAT GTGGGGCGGG CGGAACTGGG AGCCCAGAGT
TATACCACAG CGGCTTTTAC GGGCAAAGTT GGCTCTGATA CCAAACTCCA CCAGGGTGTA
ACGATGCTGA TCTATCAGTC ATCCGATGCC AATGCCCTGG ATGTGGCTAA CGCCGTTAAA
GAAAAGCTGG ATGAGTTACG GCAAAGCTTT CCCCCAGGGC TGGTGATTGA GCCAGTATTC
GACACCACCC TGTTTGTGAA TGCCTCCACC AAGGATGTGC TGATCACACT GCTGCAAGCC
ATTTTTCTGG TTTCCCTCTC TATCTACATC TTCCTGCAAG ACTGGCGAGC CCTGGTCGTA
CCCGTGATTG CCATTCCCGT GTCACTGATT GGTGCCCTGG CGTTTGCTTT TGTCTTTGGC
TTTTCCCTCA ATACTCTGAC GATGCTGGGA CTGGTTCTGG CTACCGGGTT GGTGGTGGAT
GACGGGATTG TGGTCGTAGA AGCGATCGTG GAAAAGATTG AGCAGGGACT CACTCCCCGT
GAAGCAGCTC TGGCAGCGAT GAATGAACTG AGTGGGGCGG TGATCAGTAC GTCTCTGGTG
CTGATGGCGG TGTTTGTGCC TGTGGCCTTT TTTCCCGGTA CCACTGGACG GATTTACCAG
CAATTTGCCC TGACGATCGC CTTTTCCATT GCCGTTTCGA CGTTTAATGC CCTCAGTTTC
AGTCCCAGCA TTGGGGCCTT ATTGTTGCGC CGCAAAGAGG GGGAAATGGG CGGTCCTCTG
GGCTGGTTCT TTGGCCATTT CAACCGCAGC TTCGACTGGT TCAAATCCCG CTATACAGTC
CTGGTGGAAT ACCTGATTGG GATTCGCTAC GTCATGATCG CGGTGTTTGG GATTGGTCTA
GCCCTGACCA TCTTCCTGTT CAAGACCGTA CCCACTGCCT TCGTTCCCCA GGAAGATCAG
GGAGTGTTTA TTGGCGTGAT CAATGCCCCT CCCGGCGTTT CCCTTGCCTA TACGAATAAG
GTAGCCGATG AGATCTGGCA GAAATTAAAA AATTACCCAG AGATTGATTT CGTCACTGTC
CTACCCGGTC TCAGCACCCA GGGGAGTATT CCCAACGTCG GCACCATGTA TGCATCCCTC
AAACCCTGGG AAGAACGGAA GCAGCCTGAT CAACAAATTA ATGGTTTATT AAGGCGGGTG
AACCGGGATT TAGCCACCAT TACCGATGCT CAGGTGAGAG CAGTGAATAT TCCCGCCATC
ATTGGGTTGG GTAACTATGG GGGTTTAGAG TTTCAATTAC AGGACCGCTC TGGGGGACGG
TTGAGCTTTG ATCAATTCAT CAGTAATCCC GATTCTGCCA TGAATCGAAT TATTGATGCC
GCCCGCAAAG ACCCTGCCAT TGGTGCAGTT TTTACACCCA CGCCTCCCAG TGCCCCCCAG
TTGACTGTGG ATATCGATCG CGATCGCCTG CAGGCCCTGA ATATCAGCTT CAACGATGCC
ATGAATACCG TGGGTGCCTA TCTGGGGTCT AACTTTGTCA ATCAGTTCTC CTATGGACCG
CGCTACTACC GGGTCTATGT CCAGGCAGAT GCCCAATTCC GGGATTCCCC TGAGGATCTG
AGTCAGATCT ACGTGCGCTC CCAGGATAAC AAGATGATTC CCTTGAGCGA ATTTGTCAGT
GTGCAGCAAT CCACGGGTCC CCAGGTGATT AACCATTTCA ATATTTATCG CTCAGCAGAT
ATTGTCAGTG GTCCGGCACC GGGAAGTACC AGTGGTCAGG TGATCCAGGC TCTCCAGTCC
ATCTTTAAAG CGGATTCACT GCCTGGAACT GGTTTTGAAT GGTTTGGGCC CGCCCGTGAG
GAATTGGCGG CAGGGGGTCT GGGGCCGGTC ATCTTTGGGC TGGGGCTGGT GGTTGTATTT
CTGGTGCTAT CCGCTCAGTA CGAAAGTTAC ATTGACCCAA CCATCATCAT GCTGACCGTG
CCTCTAGCGA TGATGGGGGC CCTGGCCTTT ACCCTGGTGC GGGGTCTGGC AAATGATGTC
TTCTGTCAGA TTGCTTTAAT CATGCTGATC GGCCTGGCTA GCAAAAACGC GATTCTGATT
GTGGAACTGG CGAACCAATC CCTGAGTACG GGAATGACCT ATACCCAGGC TGCAGTCCAT
GCCTGCAAGG AACGCTTACG CCCAATTCTG ATGACGGCAC TCTCCGGTCT GGCAGGATTC
TTTCCACTGC TGGTGGCTGA GGGGGCAGGC GCGAATTCTC GCTGGTCGGT GGGCTACGCT
GTGTTTGGCG GACTACTGGT GGCAACCTTT TTAAGTCTGT TACTGGTGCC TGTTCTGTAC
GTAGTGATCA AGACCCTGGC AGATAGTATT TTGGGGAATA ACAAACCCCC TCAATCTCCA
GGTTCCACGG GTGATTCACC TGATCCGACG ATCGATCCAG ATAGCCATCA GCTCGATGCT
GGAGAAACAC CCGCTAACCC TCACCTGCAG GGTGAATCTC CTTAG
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| Protein sequence | MVLLSIATNF IKRPVLATVC TLLILLAGAI CIPLLPISYM PPLTPVTVQV SATLTGGDAE
TVENTVTTPI ERQINGATNM EYMTSASTAT GQSLITAYFS PNQNQSLAQV DVQNRVGIAA
PLLPTQVQQQ GVLVQKTSPA ILLALGVYSP DESLDPKFIS NYVDLYINDE ITRIPGIALV
SYSGQLLYSM RIWLDPNALA GRGLTASDVI RSLQQQNPLI GLGGVGQPPT PDEQTFSFTI
PSATQLTDVK DFENLVLKVE PNGDLVKLKD VGRAELGAQS YTTAAFTGKV GSDTKLHQGV
TMLIYQSSDA NALDVANAVK EKLDELRQSF PPGLVIEPVF DTTLFVNAST KDVLITLLQA
IFLVSLSIYI FLQDWRALVV PVIAIPVSLI GALAFAFVFG FSLNTLTMLG LVLATGLVVD
DGIVVVEAIV EKIEQGLTPR EAALAAMNEL SGAVISTSLV LMAVFVPVAF FPGTTGRIYQ
QFALTIAFSI AVSTFNALSF SPSIGALLLR RKEGEMGGPL GWFFGHFNRS FDWFKSRYTV
LVEYLIGIRY VMIAVFGIGL ALTIFLFKTV PTAFVPQEDQ GVFIGVINAP PGVSLAYTNK
VADEIWQKLK NYPEIDFVTV LPGLSTQGSI PNVGTMYASL KPWEERKQPD QQINGLLRRV
NRDLATITDA QVRAVNIPAI IGLGNYGGLE FQLQDRSGGR LSFDQFISNP DSAMNRIIDA
ARKDPAIGAV FTPTPPSAPQ LTVDIDRDRL QALNISFNDA MNTVGAYLGS NFVNQFSYGP
RYYRVYVQAD AQFRDSPEDL SQIYVRSQDN KMIPLSEFVS VQQSTGPQVI NHFNIYRSAD
IVSGPAPGST SGQVIQALQS IFKADSLPGT GFEWFGPARE ELAAGGLGPV IFGLGLVVVF
LVLSAQYESY IDPTIIMLTV PLAMMGALAF TLVRGLANDV FCQIALIMLI GLASKNAILI
VELANQSLST GMTYTQAAVH ACKERLRPIL MTALSGLAGF FPLLVAEGAG ANSRWSVGYA
VFGGLLVATF LSLLLVPVLY VVIKTLADSI LGNNKPPQSP GSTGDSPDPT IDPDSHQLDA
GETPANPHLQ GESP
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