| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cphamn1_0735 |
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| Symbol | |
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| ID | 6374400 |
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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 BS1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010831 |
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| Strand | - |
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| Start bp | 775055 |
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| End bp | 778423 |
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| Gene Length | 3369 bp |
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| Protein Length | 1122 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 642683244 |
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| Product | hypothetical protein |
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| Protein accession | YP_001959170 |
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| Protein GI | 189499700 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4913] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | [TIGR01633] putative phage tail component, N-terminal domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.00640704 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGACTGAAG CCCTTGAATT CGGATTCATC TCAGACGACC GCCTCGCCGG CTTCCGCCTC
CAGCGCCTCG AAGTGTTCAA CTGGGGCACC TTCGACGGAC GAGTCTGGAC ACTCCGGCTC
GACGGGCGGA ACAGTCTCCT CACAGGCGAT ATCGGTTCAG GCAAATCAAC ACTTGTCGAT
GCTGTAACCA CGTTACTGGT ACCAGGCCAG CGTATCGCCT ACAACAAGGC AGCCGGAGCC
GAAACGCGGG AACGCTCGCT TCGCTCCTAC GTGCTCGGTT TCTACAAATC CGAGCGGCAG
GAGTCCCTCG GAGGCGGCAC CAAACCGGTT GCCCTGCGCG ACAGCAACGC CTACTCTGTG
GTGCTCGGCG TCTTCCACAA TGAAGGCTAC GACAAAACCG TAACCCTCGC CCAGCTCTTC
TGGATGAAGG ATCCGACAGG GCAACCTGCC CGCCTTTATG CTGCCGCAGA ACGCGACCTC
TCCATCGCCA ACGACTTCTC CGGCTTCGGC ACTGAGATCA CCCCCCTGCG CAAGCACCTG
CGAGCAAAAG GCGTCGAGGT GTTCGACAGC TTTCCGAAAT ACGGCGCCTG GTTCCGCCGT
CGATTGAGTA TCAACAACGA ACAGGCGCTG GAGCTGTTTC ACCAGACAGT TTCTCTCAAA
TCGGTGGGCA ACCTGACCGA GTTCGTGCGC AGCCACATGC TCGAACCTTT CGACGTCCAG
CCGCGCATCG CAGCCCTGAT CCGCCACTTC GAAGACCTCA ACCGTGCACA TGAAGCTGTA
CTCAAGGCGA AACGGCAGAT CGAAAAGCTT ACCCCGCTCG TAGAGGATTG CGACCGCCAC
CGGGAGATCA ACGCCTCCAC CGAAGAGTTG CGTGGTTGCC GCGAAGCACT GCGCCCCTGG
TTCGCATCTC TCAAGCTGCA ACTGCTCGAA CACCGCCTCG CAAGCCTTAA AGAGGAGATG
GCCCGCCATG AGAGCGCGGT CGAACGACTT GAACAGCAAC GACGCGAAGG GCAAATGCGC
GAACGAAACC TCCGTCGCAC CATTGCCGAA AACGGTGGCG ACCGGATCGA AAGCATTGCC
TCCGAAATCA ACACAAAGCA GGAAGAACTC GACCGGAAAA AGCAAAAATC CTCCCGCTAC
GGCGATCTGG TACTCCAACT CGGTGAGGCA CAGGCAACCA ACGTCGAAGA GTTCTTCCGC
CAGCGTGCCG GACACGAAAC CATGCGTGAA GAGATTGAAG AGCGAGAGGT GAGCGTCCAG
AACGACCTCA ACGAAACCGG CGTCTCTGTC GCCAGTATGC AACAGGAGTA CCGGGAACTG
ACAGCCGAAA TCAAGAGTCT CAAGGCCCGT CAAAACAACA TCGATGACAG ACAGATCGCC
ATGCGTCGCG AACTTTGTCA GGCGCTCGAA ATAGACGAGG AAATGATGCC CTTCGCCGGC
GAACTGCTCC AGGTGCGAGA AGAGGAAACT GCTTGGGAAG GGGTCATCGA ACGGCTGCTG
CGCAACTTCT CCCTCTCGCT TCTCGTGCCT GAGCATCACT ACGCACAGGT GGCTGAGTGG
GTTGACCGCA CCCACCTCAA GGGACGCCTC GTCTACTTCC GGGTGCGCCC CCCGGCACGG
CGCGAAACCA TGCCCGACAA TCCGGGCTCA CTGCCCCGCA AGCTCATGAT CAAGACCGAC
TCTCCTCACT TCCACTGGCT CGAACGTGAG ATCGGCCACC GCTTCGACGC AGTCTGCTGC
GACAGCCAGG AGGAATTCCG ACGAGAGAAA AAAGCGATCA CGATGGCCGG ACAGGTCAAA
ATGCCCGGCG AGCGTCACGA AAAAGACGAC CGCCACCGCC TCGACGATCG TAGCCGCTAC
GTACTCGGCT GGAGCAACGC AGCCAAGATA GCCGTGCTCG AAAAAAACGC CCGACAGAAA
CGTGACGAAC TCGGCGAACT CAACCACCGC ATGAAAGTCA TGCAACAGGA GCAATCGACC
CTGAAAGAGC GCATTACGAT CCTCTCTCGC CTCGACGAGT ACCCCGACTT CCACGATCTC
GACTGGCAGC CGGTAGCCGT CGCCATCGCC CGGCTTGAAG CCGAAAAACG CGAGCTTGAG
AGCACTTCCG ACAAGCTCCG CACCCTCACC ATGCAACTCG ATGAGGTAGA AAAAGGACTC
GAGAAGACCG AGCGCCTCCT CGACGAACGC AAGGACAAGC GATCCAGAAC CAAGGAGAAG
ATCAGCAGCG CAAGAGAGCT TGAAGAACAG GCCCTGCTGT TCGTCAACGA AGCAGCATCA
GGGACAACCG ACCGCTTTTC CCGCCTCAAA GCCCTTCAGT CTGAGATGCA GGAGAGCCGC
GTTCTTACCG TTGAATCGTG CGACAACCGC GAGCGCGAAA TGCGCGACTG GCTGCAGGCA
AGAATCGACG CGGAAAACAA AAAGCTCTCG CGCCTGAACG AACAGATCAT CCGTGCGATG
ACAGAGTACA GCGAAAAGTG GAAGCTCGAA ACCCGCGAGG TCGATATCAA TATCGCCTCT
GCTGACGAGT ACCGCTCAAT GCTACAAGAG CTCCGTAAAG ACGACCTGCC GCGCTTCGAA
GAAAAATTCA AGGAACTGCT CAACGAAAAC ACCATCCGCG AGGTAGCCAA CTTCCAGTCA
CAGCTCACCC GTGAGCGCGA AACCATCAGG GAGCGTATCG CCCGGATCAA CGAATCGCTC
ACGAAAATCG ACTACAACCC CGGCCGCTAC ATCAGCCTCG AAGCGCAGAT AAACCTCGAT
GCCGACATCC GCGAGTTCCA GGCTGAGCTT CGAAGCTGCA CTGAGGGCAC ACTGACCGGT
TCGGACAACG CGCAGTATTC CGAGGCAAAG TTCCTGCAAG TACGCAAGAT TATCGACCGG
TTCCGGGGAC GCGAAGAGTT CGCCGACCTC GACCGCCGCT GGACGGTCAA GGTTACCGAC
GTGCGAAACT GGTTCGTCTT CGCGGCCAGC GAAAGATGGC GTGAGGACGA CACCGAGCAT
GAACACTACG CCGATTCGGG AGGCAAATCG GGCGGACAGA AGGAGAAGCT CGCCTACACG
GTGCTCGCCG CCAGTCTCGC CTACCAGTTC GGTCTCGAGT GGGGAGAGGT TCAGTCGCGG
TCATTCCGCT TCGTGGTCAT AGACGAGGCA TTCGGACGCG GATCGGACGA ATCGGCCAAT
TACGGTCTGC AGCTCTTCGA GCAGCTCAAC CTGCAACTGC TCATCGTCAC TCCCCTGCAG
AAGATCCACA TCATTGAACC CTTCGTCTCC AGTGTCGGAT TCGTTCACAA CGAGGACGGC
CGGAACTCCG TGCTGCGCAA CCTCAGCATC GAAGAGTACC GCACCGAAAA ACGAAACATG
CAGAAATGA
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| Protein sequence | MTEALEFGFI SDDRLAGFRL QRLEVFNWGT FDGRVWTLRL DGRNSLLTGD IGSGKSTLVD
AVTTLLVPGQ RIAYNKAAGA ETRERSLRSY VLGFYKSERQ ESLGGGTKPV ALRDSNAYSV
VLGVFHNEGY DKTVTLAQLF WMKDPTGQPA RLYAAAERDL SIANDFSGFG TEITPLRKHL
RAKGVEVFDS FPKYGAWFRR RLSINNEQAL ELFHQTVSLK SVGNLTEFVR SHMLEPFDVQ
PRIAALIRHF EDLNRAHEAV LKAKRQIEKL TPLVEDCDRH REINASTEEL RGCREALRPW
FASLKLQLLE HRLASLKEEM ARHESAVERL EQQRREGQMR ERNLRRTIAE NGGDRIESIA
SEINTKQEEL DRKKQKSSRY GDLVLQLGEA QATNVEEFFR QRAGHETMRE EIEEREVSVQ
NDLNETGVSV ASMQQEYREL TAEIKSLKAR QNNIDDRQIA MRRELCQALE IDEEMMPFAG
ELLQVREEET AWEGVIERLL RNFSLSLLVP EHHYAQVAEW VDRTHLKGRL VYFRVRPPAR
RETMPDNPGS LPRKLMIKTD SPHFHWLERE IGHRFDAVCC DSQEEFRREK KAITMAGQVK
MPGERHEKDD RHRLDDRSRY VLGWSNAAKI AVLEKNARQK RDELGELNHR MKVMQQEQST
LKERITILSR LDEYPDFHDL DWQPVAVAIA RLEAEKRELE STSDKLRTLT MQLDEVEKGL
EKTERLLDER KDKRSRTKEK ISSARELEEQ ALLFVNEAAS GTTDRFSRLK ALQSEMQESR
VLTVESCDNR EREMRDWLQA RIDAENKKLS RLNEQIIRAM TEYSEKWKLE TREVDINIAS
ADEYRSMLQE LRKDDLPRFE EKFKELLNEN TIREVANFQS QLTRERETIR ERIARINESL
TKIDYNPGRY ISLEAQINLD ADIREFQAEL RSCTEGTLTG SDNAQYSEAK FLQVRKIIDR
FRGREEFADL DRRWTVKVTD VRNWFVFAAS ERWREDDTEH EHYADSGGKS GGQKEKLAYT
VLAASLAYQF GLEWGEVQSR SFRFVVIDEA FGRGSDESAN YGLQLFEQLN LQLLIVTPLQ
KIHIIEPFVS SVGFVHNEDG RNSVLRNLSI EEYRTEKRNM QK
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