| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Clim_2273 |
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| Symbol | |
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| ID | 6355296 |
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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 limicola DSM 245 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010803 |
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| Strand | - |
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| Start bp | 2499027 |
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| End bp | 2504510 |
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| Gene Length | 5484 bp |
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| Protein Length | 1827 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 642669864 |
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| Product | FG-GAP repeat protein |
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| Protein accession | YP_001944275 |
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| Protein GI | 189347746 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 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 | ATGAAACAGA ATCAAAAAAG TCTTCTTATC CACACCAAGA GCTCTCATGT TGTTATTTTT
GTAAAAAATC TGCGGAATAG CCAAATCGAG AAAATCTATG CTGATGCGAA CGGCTCGCTT
GAAATTTCGC CAGACCACCA ACTCTATTGC TTTGAAGTAA ACGGTGTGAT GTTGACCTCG
AAAAATGCCA GATCTCTCCA TAAAAAAGGG CATATCATGC TTGAACATGA CGATGAAGTC
GTTGTTGATA TTGCGATCGA TTCGGCAGAC AATGATTTTG TTGCTTCTCA CGGAATGGGT
GTCATGAATG CCCTCCTTAC TGAGCAATCC GGCGCTTTTC AGCCTGTTGC AGTTGCACAA
AGCCAGACTG ATAATGAGAC GTTATCTGCG AATAATGATA CAGGTATTTC AACGCTTTCG
TGGATTCTTG GTGGTCTGGC GGTTACCGCA GGAGGTTTGG CGATTGCCGG CAGTAATGGT
GGACACAGCA ACCATGATTC CACATCAGAA GAGCCGCCCC AAACGCCGAC GCTCTCGTTG
GCAAGCGATA CGGGAATCAG TTCCAGCGAT GGCATAACCA GCAACGGGAC GATCAATGTA
AGCGGTCTTG AAAGTGATGC GAGCTGGCAA TATCAGGTCG ATGGCGGTGC ATGGCAAACC
GGTAACGGAG CCAGCTTTAC CGCACAGCCA GGATCTCACA GTTACGCGGT TCGCCAGACG
AATGCGAATG GCCATGTATC AGAAGCCTCC ACGCCAATAG AAGCGACACT CGATACCGTA
TCGCCAACGG CGAGCATCAG CATATCAGAT ACAACCCTTG AAACAGGCGA AAGCTCTGAG
GTAACAATAA CTTTTTCGGA AGCGGTAACT GGTTTTGACA ATAACGATCT TGCGGTTCAG
AACGGCACGC TTTCAACCGT TCAGAGCAGC GACGGCGGGA AAACCTGGGC AGGTACGTTC
ACCCCTGAAG TGGATATAGA CGCTGATGGC AATGTTATCA CTCTTGGAAA CGGGTATACC
GATCTGGCCG GCAATGTCGG CACCAAAGCG CAAAGTGATG AGTATCAGAT AGATACAGTG
TTGTCCAGCA CTATTAAAGG TACAGTTATT GCCGGACCCG TAATCACGGG AAACGGACTT
AGTGTCATTC TCTATAAGGC GGATGGCGTT ACTGAACTGG CCCATGCAAC TCTGGATTCA
ACCGGGAGCT TTACCACACA AATCAAAGGC TATAGCGGCG TTGTGATTGC GAAAGTCATT
GACGCCAATG AAGGAACTGA TTATCTCGAC GAAGCGACCG GAGCGAATAA AGATTTGAAT
GCAAATCTTT ATGCTGTAGG AATGGCCCAT GCCGGAGAAA CCCTGTCGCT CAATGTAAAT
CCATTGACCA CAATTGCTTA TCACAAGATT GGCGGTGATT TTTCTCCCAC CCATATCTCA
GAAGTACACT CGGATGTCGC AATGGCTTTC GGGCTTGGTG GTATTGACCT GACGGGAACG
GATGTTGTTC CGGCCAATAG CAGCCAGTTC CAGCCGACGG AGAATAACTG GACAGCCGGT
GAAAAATATG GAGCCATTCT TGCCGCCTTT TCGGGCATGG ATGCCAAAAA CGACGGGAAC
AGCCAGGAAA CCATCGATTA TCTGGTCAAT CATCTTGATC TTGCGACGAA CAAGCTCGAT
TTGGCTGCGC AGAACTTTGT GGTCGATGGT GCCCGTACGG CAAGTGAAAA ACTTTCTGAT
ACGGGAGTTG AGGTAGATAC CATCGTAGCA CAACTGGTCG ATTACACCAT GCCGCTTGCG
GAAAACATTT TTGCTCGGGT TATGGATGCG CAGGATATGA CGAGTGGAGG CCTGTATCGA
ACCCTCTTTG ACATGAGTGC CGCCAGCTAC CTGCATCCAG TGGTCATGCG TGATGCGCAA
GTGCCCGGCA TGATTGGATC GACTGCGGGC GACATACTGG GAAATACCAG CATGGATGAG
TTGACAGATG CGGGAATGAG TTTTGAACCA ATAGATTTGA ATATAACTGT CGGAGTTGAT
GGCGTTGGTA CTACCATAGA TGGTATCGCA TACAAGAATG GCTATTACGT TGCCTCATCA
CAAAATCTGA TTGGACAAAC GACTTCTTCC GTTGTGCTCA TATCCCGAAG CGCCGATGCA
TTGTTTCTCG CTTTTCGTGG CACAGACGGA GATGGAAGTG AAAATTCTGA TTGGATTGAT
AATTTTTTTG ATATGGACGG GCATTATGAA CGGTATCGTC CGATGATCAA TGGTATCCAG
GAATATCTTT CTGATCATCC TGAAATTACA AATGTCTATG TGACTGGCCA CAGCCTTGGC
GGCCAGATGG CGACAATGTT CATGCAGGAA CATCCAGATA CTGGCAGCGT TCACTATCAG
TCAGTTACCT TTGAGGCAGC CAACAAATTA TTGGGGTTTG ACCTCGAAGA TGATCGTTCC
ATTAACTTTG AAATGCGTGG AGATGTGGTT CCGGATCTTG CGGCATTTCC GTACGGCAAC
TATGGCCGCT CGGTGTATCT CGAATATGAG ACGTCCTTAT CTACGAAAGA ATCTCATTTG
CTGGTCAATA TAAATTCCGA AATCAATTCG GTCTTTTCTC GGTTGCCTGA CCCCGATCAT
TCATCGTGGA CATGGCATCA GAGGGTATAT ACGGACGACG ATAACAACGG AGTGATTGTC
ACGGAGCAAC CGCCACTTGT TGGCGAGGGA TTATTTGAGT TTTTACAAAC CGGATATGCT
ATCAACACAA CGTTTTCGTC ACCTGATTCA TGCCTGGTGA TTCAACCCAT AAGAGGCATG
AATGATCGAT TGACGTACGA GCTTGCCGAG CATAATGTCG GTATTGTCGT GCTTTCGAAT
AAAGATGCAA CAGATATAGA TACCTCGGAA AATCTGGACA TTGTTGCCCG TGAATCTGAT
CATTCAACCT GGCTCATAGG CAACAAGGGC GAAAACTTCA TTGTTGGAAG CGGATATCAC
GACTTTCTGG TCGGATCGAA CGGCAAAGAC TTGCTTTGCG GCGGTGCCGG TGATGATGTA
GTGTATGGCG GCACATTTCC GGACAAGGCC ACGAGCCAGT TTCAGGCGGT AAAAAATGAT
TCGCAGGCTT TTCGTTGGGA TACGGTTGCT GACCATGCTG ACAAGACCGT TGATGCCGGA
GCTGACTTTC TTATCGGAGG AACAGGCAAC GATACGCTCT ATGGAGGTCT GGGCGAAGAC
TACTGTTTTA TCGATGTCAA TCTTGCCGAT AATGGCGGCA ATGTAAAGAC CGTCAGGGAA
GTAGATTATA ATGATTACTT CGTTTTTTCT GCAGAACAGC TTGGTATTCC TTATGAAAAG
CTATCAGGCT GGGGTTGGTC GGAAACGGAA CTTCCGCTGG CCGACCAATG GAAAAAAGAT
GGTCTGCAGG ATGACGCGTT TACGGCGCAA AAGTGTCCAA CACAGTTGTG GAGCGACTAT
GAAGAACACT TTTTCAGGGT CGATGGAGTC GCTAATTATT ACAATGATGG TTCCGGCTAT
CTTGACGATT GGGATTTTCA TACGTTTCCT GTTTCCGATG ACCCTGCCGA TTCCAAACCG
GCGTGGGTTT TTGATACGTC GAATTACTGC CTCTATTTCG ACCCGGACGG TAATCGTGAT
TATAATGACC TGGTACTGGT TGCACAGCTC TCTCATGATA TCCATCCCGG CCAGCTACTG
GTGCTGGAGA GCTTTGATAT CTTTTCGAAA AGTATCGAGG CACTGCCACT TCCCCAGCCG
AATCAGGAAC CTACAGGAAC CGTGCTGTTC AGCGGCGATC TGAAAGTCGA TGCTCAACTG
ACCGCCAGCA ACACGCTTGC CGATCCTGAC GGAATGGGAG CGGTTACCTA TACCTGGTGG
TCAACAAATG ACGCTGGTAC CACCTGGAAC CAGTTTGCTG CCGGCGCACA AATCACTCTT
ACCGAAAACC AGAACGGTGG CCGAATCCAG GTCAGAGCAC AATATATCGA TGGACGTGAC
AACACAGAAT ATGTCGATAG TCTGGTCAGT GCTGATGCGG TTGTACCTGC AGATGTTCCG
CCGGCATCAA CAGACATCAA GCTATCCGAT ATCGCAGCAG GGATTGGCGG ATTCGCGATA
ACGGGTCAGG CGGCAAATGA CCTAAGCGGC TGGTCGGTAT CGAGCGCCGG GGATGTGAAT
GGTGACGGTC TGGCTGACCT GATCATTCGT GCGCGTGACA ATGCGGCGGG CGGGAGTGCA
GTAGGCCGGT GCTATGTGGT GTTTGGCAAG GCGGGCGGTG CGGAGGTTGA TCTGGATAGC
ATAGCAGCCG GGATTGGCGG ATTCGCAATC CCGGGTCAGG CGAGAATTGA TGATAACCGT
CATTTGGTAT CGAGTGCAGG GGATGTGAAT GGTGACGGTC TGGCTGACCT GATCATAGGT
GCGCGTTACA ATGATGCGGG CGGTGCTGAT GCAGGTCGGA GCTATGTGGT GTTTGGTAAA
ACGGGCGGTG CAGAGGTTGA TCTGGATGGC ATAGCAGCCG GGATTGGCGG ATTCGCAATC
ACGGGTCAGG CGGAAGGTGA CAATAGCGGT TATTCGGTAT CGAGCGCCGG GGATGTGAAT
GGTGATGGCA TGGCTGACCT GATCATAGGC GCGACTGGCA ATGATGCTGG CGAGAATAAC
GCAGGTCGAA GCTATGTGGT GTTTGGAAAG ACGGGCGGTG CAGAGGTTGA TCTGGATAGC
ATAGCAGCCG GGATTGGCGG ATTCGCGATT ACGGGTCAGT CTGGGGGTGA CGTGAGCGGC
GTTGATGTAT CATGCGCCGG GGATGTGAAT GGTGATGGCA TGGCTGACCT GATCATAGGT
GCGACTGGCA ATGATGCGGG CGGGACTGGC GCAGGTCGGA GCTATGTGGT GTTTGGTAAA
ACGGGCGGTG CAGAGGTTGA TCTGGATAGC ATAGCAGCCG GGATTGGCGG ATTCGCGATT
ACGGGTCAGG CGGCACATGA CTGGAGCGGC TATTCGGTAT CGAGCGCAGG GGATGTGAAT
GGTGACGGTC TGGCCGACCT GATCGTGGGA GCAATGGAAA ATGATGCGGG CGGGGATTGG
GCCGGTCGGA GCTATGTGGT GTTCGGCAAG ACGGGCGGTG CAGAGGTTGA TCTGGATGGT
ATAGCAGCAG GGATTGGCGG ATTCGCGATC ACGGGTCAGG CGGCACATGA CTGGAGCGGC
TATTCGGTAT CGAGCGCAGG GGATGTGAAT GGTGACGGTC TGGCCGACCT GATCGTGGGA
GCACAGGAAA ATGATGCGGG CGGGACTGGC GCAGGTCGGA GCTATGTGGT GTTTGGCAAG
ACGGGCGGTG CAGAGGTTGA TCTGGATGGT ATAGCAGCCG GGATTGGCGG ATTCGCGATC
ACGGGTCAGG CGGAAGGTGA CTATAGCGGC CGGTCGGTAT CTAGCAGCCT GTCGGAATTG
ATGGTTTATC CAAAAAAGCA ATGA
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| Protein sequence | MKQNQKSLLI HTKSSHVVIF VKNLRNSQIE KIYADANGSL EISPDHQLYC FEVNGVMLTS
KNARSLHKKG HIMLEHDDEV VVDIAIDSAD NDFVASHGMG VMNALLTEQS GAFQPVAVAQ
SQTDNETLSA NNDTGISTLS WILGGLAVTA GGLAIAGSNG GHSNHDSTSE EPPQTPTLSL
ASDTGISSSD GITSNGTINV SGLESDASWQ YQVDGGAWQT GNGASFTAQP GSHSYAVRQT
NANGHVSEAS TPIEATLDTV SPTASISISD TTLETGESSE VTITFSEAVT GFDNNDLAVQ
NGTLSTVQSS DGGKTWAGTF TPEVDIDADG NVITLGNGYT DLAGNVGTKA QSDEYQIDTV
LSSTIKGTVI AGPVITGNGL SVILYKADGV TELAHATLDS TGSFTTQIKG YSGVVIAKVI
DANEGTDYLD EATGANKDLN ANLYAVGMAH AGETLSLNVN PLTTIAYHKI GGDFSPTHIS
EVHSDVAMAF GLGGIDLTGT DVVPANSSQF QPTENNWTAG EKYGAILAAF SGMDAKNDGN
SQETIDYLVN HLDLATNKLD LAAQNFVVDG ARTASEKLSD TGVEVDTIVA QLVDYTMPLA
ENIFARVMDA QDMTSGGLYR TLFDMSAASY LHPVVMRDAQ VPGMIGSTAG DILGNTSMDE
LTDAGMSFEP IDLNITVGVD GVGTTIDGIA YKNGYYVASS QNLIGQTTSS VVLISRSADA
LFLAFRGTDG DGSENSDWID NFFDMDGHYE RYRPMINGIQ EYLSDHPEIT NVYVTGHSLG
GQMATMFMQE HPDTGSVHYQ SVTFEAANKL LGFDLEDDRS INFEMRGDVV PDLAAFPYGN
YGRSVYLEYE TSLSTKESHL LVNINSEINS VFSRLPDPDH SSWTWHQRVY TDDDNNGVIV
TEQPPLVGEG LFEFLQTGYA INTTFSSPDS CLVIQPIRGM NDRLTYELAE HNVGIVVLSN
KDATDIDTSE NLDIVARESD HSTWLIGNKG ENFIVGSGYH DFLVGSNGKD LLCGGAGDDV
VYGGTFPDKA TSQFQAVKND SQAFRWDTVA DHADKTVDAG ADFLIGGTGN DTLYGGLGED
YCFIDVNLAD NGGNVKTVRE VDYNDYFVFS AEQLGIPYEK LSGWGWSETE LPLADQWKKD
GLQDDAFTAQ KCPTQLWSDY EEHFFRVDGV ANYYNDGSGY LDDWDFHTFP VSDDPADSKP
AWVFDTSNYC LYFDPDGNRD YNDLVLVAQL SHDIHPGQLL VLESFDIFSK SIEALPLPQP
NQEPTGTVLF SGDLKVDAQL TASNTLADPD GMGAVTYTWW STNDAGTTWN QFAAGAQITL
TENQNGGRIQ VRAQYIDGRD NTEYVDSLVS ADAVVPADVP PASTDIKLSD IAAGIGGFAI
TGQAANDLSG WSVSSAGDVN GDGLADLIIR ARDNAAGGSA VGRCYVVFGK AGGAEVDLDS
IAAGIGGFAI PGQARIDDNR HLVSSAGDVN GDGLADLIIG ARYNDAGGAD AGRSYVVFGK
TGGAEVDLDG IAAGIGGFAI TGQAEGDNSG YSVSSAGDVN GDGMADLIIG ATGNDAGENN
AGRSYVVFGK TGGAEVDLDS IAAGIGGFAI TGQSGGDVSG VDVSCAGDVN GDGMADLIIG
ATGNDAGGTG AGRSYVVFGK TGGAEVDLDS IAAGIGGFAI TGQAAHDWSG YSVSSAGDVN
GDGLADLIVG AMENDAGGDW AGRSYVVFGK TGGAEVDLDG IAAGIGGFAI TGQAAHDWSG
YSVSSAGDVN GDGLADLIVG AQENDAGGTG AGRSYVVFGK TGGAEVDLDG IAAGIGGFAI
TGQAEGDYSG RSVSSSLSEL MVYPKKQ
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