| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_0345 |
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| Symbol | |
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| ID | 4569517 |
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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 | Chlorobium phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | - |
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| Start bp | 378181 |
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| End bp | 382719 |
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| Gene Length | 4539 bp |
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| Protein Length | 1512 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 639764943 |
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| Product | hypothetical protein |
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| Protein accession | YP_910828 |
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| Protein GI | 119356184 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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| Plasmid unclonability p-value | 0.823577 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | GTGGAAAAGA GTAAAAAAGT CTTTATCGGA TTTCTGGCGC TGCTGTCGGC GGGCGTTCTT
CTCCTGTCGA TTGTTGCCGC AATTGTCCTG AACAGCGGAT TCCTTGACCG GTTCGCGAAG
GATCTTGCCG TAAAGCTTTT CAATGAAGAG TTTTACGGAC ACCTTGAGCT ACAGAAAGTC
AAGCTTAATT TCCCCAACAA AGTAACTATT CTCAGTCCGC GCATCTATGA ACCGGATGAA
GACTTGCCGG CCCTCTCTGC TGACAAGGTC ACCCTGCGCT TTAATTTTCT GACTATTCTC
AAACCGAAAA TCGATAAACT TTCTTTCAGA AAAATTAAAG TAGACAGCCT GCTGATAAAC
GTTATTGAAA GGGAAAACGG CAAACGGAAC ATCGATCTCA TATTCACCTC CCGCAAACCT
GATTCGACCG ATGCACCCAT CGAGAGTTTT TTCAGCAAAG TCGTTACCCT CAGAAACAGC
TCGCTGAACT ATTCCAGAAC CCTGCCGAAT GAGACACCGC TTGCGTTAAC TGTTCAGAAC
ATCTCTCTGG ACCTTAACTC GCTCAGACTG AAAATAAAGA AAAAAGAGTT TGGAGGAACG
ATTGAAGCCC TGGCACTCGA CATTCCTCAG CACAGCTTCC GCCTGAAACA GGGATCCGGT
CAGTTTTTCG TTTCCGAAAA ACGCGCGGAT ATCATCGCTC TGAAAGCGAC GAGCGACAAA
AGCAATGCGG AACTCTCCCT CTCTTTGGAC AAGTTCAATA TTTTCGATCC CGATCAGAAA
AAACTCCTGC TTGCCGGCAA GTCTTTTCTT GATATTCAGG CACTCAATAT CCACACCCGG
GATCTGAACA TGATCTATCC GGATATCGCT CTTCCTGAAG GTGTTTACAG TCTGAAGGGC
GATGCAAGAA GTCAGTCCAA TACCATTGAA ATTATCAAGG GCGTACTTGC GCACAACAAA
AGCCATCTGG CCGTGAAAGG CAAATTGCTC AATGTGCAGA ACAAAAATGC GTTTGGCTAC
CAGCTTGAAA TAGACAGTTC GAAAATCGAT CCTGATTTTT TTCAGGCATT TTTTTCAGAC
AAGAATCAAA AAGAGCTGAT CGCCCGAATC GGTGCAATCT CTTTTATCGG TAAGGCCCAT
GGCAATCTCA AAGAACTTTC GACAGATGTC CATATTCTTA CCAAAGCAGG AAACGCCTCC
ATAAAAGGAG AAGCTGCAGG AGAACCCGGA AAGCAGATCA AGGGAAAGGG TGCATTTTCG
CTCGAAAAGA CTCTGCCACA TCTTTTCACC GGTACAACAA CCGCAAAAAG CATGCTTAAT
GCAACAGGGA ACTTTGATGG TATCGTCAAT GGTTCCGAGC TGGCAGAGCT GCATATAGAA
AGCGACCTGA AGGACTCGTT CTGGCAGCAA CAGGCTTTGA AGCAGGGAAC CCTTTCTCTT
GATTACAGCA GGGAGCTTGT ACGAGCAAAA GCCATCCTGC AAAATGGTAT GGAAAGCATC
GATGTCAGTG GGCAGATAAG CTGGAAAGGT GGCAGTGCCG ATTACCAGGC TGAAGGGAAG
GTCGCAAGGC TGAATCTCGC CAAATCACTT GCTTCAAACG ATTTCGTCAC CGACCTGAAT
GGCGTGTTTG CCCTCAAGGG ATCAGGCTTT GATCCGGCAT CGCTGAATGC CGCATTAACC
GCCAGGTTTT CTCCCTCCTC GATCAACAAT TTCCGACTCA GAGATAAATC CGAACTTTCG
GCAGCAGTTG AACAGCATGC TGCTTCATCA ACAGTCACTC TGAAGAGTGA TTTTCTTGAT
CTTGCTGTCC AGGGCAACCA GTCCTTCAAA GAGCTGCTTG GTGCGATTGA ACTTGCCGGA
TCGGGTATTT CAGGCGAGAT TCGAACACAG AGTCTCTGGA GCAGCCGGCC GGCCGGACCC
CGAAGCGATG CGTTCCTTAG CCTGAAAAAA CCATTTACGG TCTCTTACCG GATTCTTGTA
AAAGATATGG AACCTCTATC ACCACTGCTT CCGTTCAGGG ATCTTGCATT ACAGGGGAGC
GCTGAGGGTC AGTTTTTCTA TGAGAATGGA CGCTGCGCTC TTACCTCATC GCTGGATCTC
GGTTCACTGG CGTACGGTAA AGCCGTTGCA CTGAAAAAGC TCTCCGCAAC AGCGGCAATG
GAATGCAGCG GAAACGGGAT ACCTAAAGCT GCTATCAAGG GAAAAGCAGC CTCTCTCGTT
TTTTCCGGTC AAACATCAAA CAATCTCGTT TTTGATGCGA CCTATTCCAC TGGACGCCTT
ACCGCATCAA TCGATGCCGG TCGATTTGAA AACGACAGGG AATTTTCTAC AGCTTTTTCC
CTGCAGCGAA CCGGATCAGC CTATGACCTC GGTTTCACGA AGCTCGCTAT CGGAAAGGGG
AAAAATCGCT GGCAGACACA GGGCGGTTCT CATATCAAAA TCGAAAAAAT GGCCGTACAG
TTCAACCGAT TTACCATAGC CAATGGAAAT CAGCATCTTG TGCTTAATGG TGAATTGAGT
AATTCCCGGC CAGGAAGTTT TCAATGCAAC CTTTCGCATC TTGACCTTGC CGCACTCGGC
GAGCTTTCGG AAAAACGTCT TCCATCCGGC ATGTCGGGCA CCATCGATGC ATCCCTGACC
ATCAGTGGCA ACCCAAACAC GAAAACAAGC ACCCTCAGCA TCAATGGAAA ATCGGTTGGT
TTCGACAAAA TTCCACTGGG AAACGTGCAG AGCAACATTC GTCACGCCGG CAATAAACTG
AGTTTCGATT ACAAGAGTTT TATCACTGAA CCGGTAAACA AGGGGAATAC CACCCCTTCA
GTCAATACCA TTGCAGGCAG CGGAACAATG CCGCTTGTAC TTGCGTATTA CCCTTTTGAA
CTGCGAATAC CACAGGAGCA GAAAATACAG GCATCATTCC GATCCGACAA TCTTTCGGCA
CGATTTCTTA AAGTAGTGCT GCCTTTTGTA GAAGATGCCG CAGGAATTAT GCCGACAACG
CTCACCGTTG AGGGAACGAC ATCCCGACCG GAGATCTACC TGTTAAGCCG ACTCCGTGAT
ACACAGATTA AACTTGAAGC AACCCAGGTA ACCTATCTTC TTAACGGAGA TATTCAGGTA
ACCCCCAGGC AACTTGAACT GAGAGATCTG CGCATTGCCG ACCTGCAGAA CGGTACCGGA
AGCCTGAACG GTCTGCTGAA AATTGAAAAT CTAAAGCCGA AAACCATTAC TCTCGGAGCT
AACCTCTCGA AACTTCTGCT GTTTCATAAA AAGGACACCA GGGATGAAAA GCCTTTTGGC
ACCATTATCG GATCGACAAG AAATCTCCTT TTGAATGGCG ATATTTCTTC TCCCGTTGTT
GAAGGAGATA TCACTATCAA TTCGGCTGAT TTTACAATGT ACCGGCCGGG CGCCAATGAG
AGCGCAAAAT ATATAGGCGT CGAGAAATTT ATTGAATTCG TACCCCGGTA TCCTTCACAA
CAGTCCATGG TTGCACAAAC TGATCTCGAC AGCGACCCTG TCGGGTTCAA TTACTCGCTT
ATCGACATAC TGCAACTGAA GGATCTGAAA ATCAGAAGCG CCGAACAGTT GAAATTCCGG
GTTATTTTTG ACCGAACGAG GGGTGAAGAA CTTGAAGCCG CCATAAGCGG CATGCAGCTT
ATGGTCAATA AAAGCCAGCA GCGCTACCGC CTGTTCGGTT CGGTTGCGCT CAGCGACGGC
AAATATCGAT TTTCCAATAC CAATTTCGAT CTTGAAGATG GCGGAAAAAT CGTCTGGAAC
AACGTCGGCA TCCATGAAGG GATCATGCAG AATCTCTATG GCACCAAGTA TATCAGCGCC
CTTTCGCCGG AGACCGGTGA TCGGGATAAT GTCAAGCTGC TCCTTGCCAT CAGTGGCACC
ATCAGCGAAC CAAATGTCGA GATGGGCTAT TATCTGAACG ATCAGATGCA ACCGTTCTCC
TCGAAAAATC TGATTGGCGG CAAACCAAGC CAGATCGACC CGAATGCGGA ACTCAACGTC
ATATCCATGC TGCTCACCAG TCAGTGGTAC GCTCCGCAGG GAAGCTCCGG CTTAAGCAAA
AACCTCGCTG TTTCAAGCGT AGGTCTTTCG ACAGGCAGCG GTCTTATTTC CTCGCAATTG
TCACGCCTGG TACAGAACGT AGCCGGCTTT GAAAGCTTCA ATGTCAATCT TGGCATGAAC
AGCAAAGGAG AGATCAGCGG CATCGATCTT TACATGGCAG TGAATGTTCC GGGCACTAAT
GGAAAAGTAC GCATTATCGG AGAGGGAAGT TCTCACGACG TCAAAAACAA GCCCCTCTTT
AATTATTACG GAACATCACA GAAGGTCGAA TATCGGGTTT CCCCGAAAGT CTATATCGAA
GCCTATCGAT CTTACGGCCA AACCGAAAAC GAGGCCGCAA ACACCAATCT GCAAAGCCCT
ACTGAAACAT GGGGCGCGAG CATCTCCTAC AGAGAACGTT TTCACACCTG GGACAGTTTC
TGGAAACGAA TTATCCCTTC ATCCAACAAA AAGAAATAA
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| Protein sequence | MEKSKKVFIG FLALLSAGVL LLSIVAAIVL NSGFLDRFAK DLAVKLFNEE FYGHLELQKV
KLNFPNKVTI LSPRIYEPDE DLPALSADKV TLRFNFLTIL KPKIDKLSFR KIKVDSLLIN
VIERENGKRN IDLIFTSRKP DSTDAPIESF FSKVVTLRNS SLNYSRTLPN ETPLALTVQN
ISLDLNSLRL KIKKKEFGGT IEALALDIPQ HSFRLKQGSG QFFVSEKRAD IIALKATSDK
SNAELSLSLD KFNIFDPDQK KLLLAGKSFL DIQALNIHTR DLNMIYPDIA LPEGVYSLKG
DARSQSNTIE IIKGVLAHNK SHLAVKGKLL NVQNKNAFGY QLEIDSSKID PDFFQAFFSD
KNQKELIARI GAISFIGKAH GNLKELSTDV HILTKAGNAS IKGEAAGEPG KQIKGKGAFS
LEKTLPHLFT GTTTAKSMLN ATGNFDGIVN GSELAELHIE SDLKDSFWQQ QALKQGTLSL
DYSRELVRAK AILQNGMESI DVSGQISWKG GSADYQAEGK VARLNLAKSL ASNDFVTDLN
GVFALKGSGF DPASLNAALT ARFSPSSINN FRLRDKSELS AAVEQHAASS TVTLKSDFLD
LAVQGNQSFK ELLGAIELAG SGISGEIRTQ SLWSSRPAGP RSDAFLSLKK PFTVSYRILV
KDMEPLSPLL PFRDLALQGS AEGQFFYENG RCALTSSLDL GSLAYGKAVA LKKLSATAAM
ECSGNGIPKA AIKGKAASLV FSGQTSNNLV FDATYSTGRL TASIDAGRFE NDREFSTAFS
LQRTGSAYDL GFTKLAIGKG KNRWQTQGGS HIKIEKMAVQ FNRFTIANGN QHLVLNGELS
NSRPGSFQCN LSHLDLAALG ELSEKRLPSG MSGTIDASLT ISGNPNTKTS TLSINGKSVG
FDKIPLGNVQ SNIRHAGNKL SFDYKSFITE PVNKGNTTPS VNTIAGSGTM PLVLAYYPFE
LRIPQEQKIQ ASFRSDNLSA RFLKVVLPFV EDAAGIMPTT LTVEGTTSRP EIYLLSRLRD
TQIKLEATQV TYLLNGDIQV TPRQLELRDL RIADLQNGTG SLNGLLKIEN LKPKTITLGA
NLSKLLLFHK KDTRDEKPFG TIIGSTRNLL LNGDISSPVV EGDITINSAD FTMYRPGANE
SAKYIGVEKF IEFVPRYPSQ QSMVAQTDLD SDPVGFNYSL IDILQLKDLK IRSAEQLKFR
VIFDRTRGEE LEAAISGMQL MVNKSQQRYR LFGSVALSDG KYRFSNTNFD LEDGGKIVWN
NVGIHEGIMQ NLYGTKYISA LSPETGDRDN VKLLLAISGT ISEPNVEMGY YLNDQMQPFS
SKNLIGGKPS QIDPNAELNV ISMLLTSQWY APQGSSGLSK NLAVSSVGLS TGSGLISSQL
SRLVQNVAGF ESFNVNLGMN SKGEISGIDL YMAVNVPGTN GKVRIIGEGS SHDVKNKPLF
NYYGTSQKVE YRVSPKVYIE AYRSYGQTEN EAANTNLQSP TETWGASISY RERFHTWDSF
WKRIIPSSNK KK
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