| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acid345_1545 |
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| Symbol | |
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| ID | 4072936 |
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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 | Candidatus Koribacter versatilis Ellin345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008009 |
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| Strand | - |
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| Start bp | 1888252 |
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| End bp | 1891569 |
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| Gene Length | 3318 bp |
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| Protein Length | 1105 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 637983554 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_590621 |
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| Protein GI | 94968573 |
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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 | 13 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.222059 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCACCT TACGATCAGT TGGGATCGCT GTATTCCTGT TTTTCTTGTC TACGTTTGCG
ATGGGACAGA GCTATCGCGG ATCGATACGC GGGGTGGTGA CAGACGCTAG CGGGGCGGTG
ATACCCAGTG CATCGGTGAC GGTAAAGAGC TCGGCCACTG GACTGGAGCG TAGTGCAGTC
ACCGACGGTG AAGGACTTTA TGTGATCGCT GAGCTGCCTG CCGGCGAATA TCGGCTCTCC
GTCCCCGTGA CGGGCTTCCG AACCTTCGCA CGCAATGTGT TGGTTGACGT CGGTCACGAC
AGTACCGTGG ATATCACAAT GATGGTCGCC GGTGGAGATA CGGTAGAGGT CAACGAGTCC
ACGGCTCCCC TTGTGGAAGA CACTCGCGAT GTTCTTGGCC AGATCGTGGA CAACAAGCTC
GTCGTCGAAC TGCCGCTGAA TGGCCGCGAC TTCGGCAAAC TCGTCGCGCT CACACCGGGC
GTGACGGTCG AAGGCTCCGG CGTGGCGGGA ACCGAGAAGG GCTTTGGCCA GTTCAACATC
AATGGCAACC GCGACCGCTC GAACAACTAC ATGCTTGACG GCACGGACAA CAACGATCCG
TTCTTCAACA ACTCCGCGTT GAACCAGGTG GGTATCACTG GCGCGCCGGC TTCCCTGCTA
CCGATTGACG CCATCCAGGA ATTCAACCTG CAAACGCAGT ACGGCGCGGA GTATGGACGC
AACTCCGGCG GTGCGGTGAA CGTGCTGACG AAGTCTGGTA CCAACGCGTT CCACGGCAGC
GTGTTTTATT TCCTGCGCAA CTCGGCACTC GACGCGCGCA ACTACTTCGA TCCCACGACG
AATCCTGACG GCAGTCCGAA CCCGAAGGGC GGCTTTAAGA ACAACCAGTA CGGCGCTTCG
ATCGGCGGCC CGATTGTGAA GGACAAAACG TTCTTCTTCG CCGCCTACGA AGGCCAGCGC
GAGCGCGTGA CATCGAGCTA CACGCTGTTT GTCCCGACGG AGATGCAGAA GGCCAACGCG
CGCGCGGCGG CACTGGCAGC GACGACTTCG GATGGCGAGT CAGAAGTGCC GGTGATCAAC
GCGATCAATC CGGGGATTGA CGCACTGCTC GGCTACTTCC CCGCCGCAAC GGGCTGCAGT
AATGGCGGCA CGCCGGCGGC CACCGGTTGC ATTGGAGGCG CCGGAACCGT GGCGGGCGCA
GTGGAAGACC GCAACGACCT CGACAACGGC ATTATTAAGG TAGATCACTA CTTCACGCAG
ACGGAGCAGT TCTCGGCACG CTACGCCATC AGCAATAGCG ACCAGGTCTT TCCGCTCGGC
GGGCTCGGCA CCTATGGCAA TGGATCGCGA CTGGCGGGAT TCGCACAGAC TTCGCCTACG
CGGGTGAATG TCGTCTCCGC AAGTTTGCTT TCAACCTTCA GTCCGACGTT CCTGAACGAA
CTGCGCTTCG GCTACTCGCG CTATAACACT TCGTTCAACA CGCTCGACGG CACGGTCGAT
CCGAACAGCG CCTTCGGACT GAACATGGGC ACGGGCAAGA CGGGCGTCCC GGAAATTGAC
TTCTTCGCGC TGTACGACAA TTTGGGCGCG TCGGCTTACA GCATTCCGCG CGGACGCACG
AGCCAGACCT ACCAGGTGCT CGACAACCTT ACGAAGATCC ACGGCGCGCA TACCTTCAAA
TTCGGTGGCG AGTTCCGCCG CGCGACGATC GAGAACTTCA ACGATAACCT CGAGCGCGGA
TTGCTCGCGC TGGATCCGTA CCAACTCACC AACGGCCCAT GGCCGGGCGA CGACCAAACG
GCGATGTTGA CGAATTTCTA CCTTGGCATT TTCGACTGGG GCACCGCGGC CAACACCGGC
AACACGCAGC GCAATACCTT TAACAACGGC TTCAGCTTCT TCGCGCAGGA TGATTGGCGC
GCGACTAAGA AGCTCACTTT GAATCTCGGC GTTCGCTGGG AATACTTTGG ACCGCTTGGC
GAGAGCAATG GGTTGATCTC GAACCTCGGC ACCGATGGTC TGCTGCACAT GACCGACCAG
CCATACAACA AAGACTGGAA CAACGTGGCG CCTCGCGTTG GGCTGGCGTG GAACGTGTTC
AGTGGCACCG TAGTTCGCAT GGGATATGGC GTGTACTTCG ACTACGTTCC GCAGAACAAC
ATGATCGCCA ACTACACCAA TACCGCCGGA CTGGTGACGA ACCCGATCGG GCCGAAGGCG
GTCACGTCGA TGGACTATAA CCAGTCGGCG TTCAACGGCA GCGATGCGGG CGCGGCGGTC
TTCACGCCCA GTACCGGCGC GCAGAGCATC TTCGCGGTAC CGCAGAACTT TGCTACGCCT
TACACGCAGA GCTGGAACGT GAATGTGGAG CAGGAACTCG GCAAAGCTGC CTCCATGCAA
ATTGGCTACG TGGGCAGCAA GGGTACGCGG CTGACGCGGC TGTACGACGC GAACCAGGAC
TACACCAATT CGAACTACAA CGCGATTGAT GTGCTGGCAA CGATCTCCGA TTCCACCTAC
AACGCGCTGC AGGCGACACT GACGGCACGC TCGTGGAAGG GGATTTCGGG ATTCGCAAAT
TACACTTGGG CGAAGTCGCT GGATGATGCG TCGGACGGCA TCGACTTCAA CTTCGCGTCG
GCGGCGTTCC CACAGAACTC GGATTGCCCT GTGGCGTGCG AGCATGGGCC CTCGACCTTT
GATACGCGGC ATCGCTTTAC TGGCTCGATG AATTATGCGG TGCCGCAGTG GAAGGCACTG
CCTCCGGTGC TCGGCAAAGG ATGGGAGTTG AATACCATTG CGACTTTCCA GTCCGGGCGA
CCGATTCCGA TTCTGACTTC GAACGACACC AGCGGAACCT ACAACTATCA CCAGCGGCCG
GATCGTGTGC CCGGCGTGAA CCCGGTACTC GACCACTGGA ATCCGGTGAC CGGCTACCTC
AACCCGCTCG CGTTCCAGCA ACCTGCGGAC GGAACTTTCG GCAATTTGCA GCGTAACTCG
ATCTACGGTC CGCACTATAC GAATGTGGAT TTCTCCATCA CGAAGAACAT GCCGATCACC
GAGAAGGTGA ACGTGCAGTT CCGCGCGGAG TTCTTCAACA TCTTTAACCA CCCGAACTTC
GCATTGCCGG GTGGCACTTT GAACCCTGCG TATTTGGCGG ATGGCACGCT TGATCCGTCG
GTCGTGGATC CGGCGAGCCA TGCGATCCTG ACGCCTGCGG GACAGGTAAC ACAGACGCCG
GATGTGGCGC AAGGTAACCC TGGCTTGGGC GGCGGCGGAC CGCGCGTGAT TCAGTTTGGG
CTGCGGTTCT CGTTCTAA
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| Protein sequence | MSTLRSVGIA VFLFFLSTFA MGQSYRGSIR GVVTDASGAV IPSASVTVKS SATGLERSAV
TDGEGLYVIA ELPAGEYRLS VPVTGFRTFA RNVLVDVGHD STVDITMMVA GGDTVEVNES
TAPLVEDTRD VLGQIVDNKL VVELPLNGRD FGKLVALTPG VTVEGSGVAG TEKGFGQFNI
NGNRDRSNNY MLDGTDNNDP FFNNSALNQV GITGAPASLL PIDAIQEFNL QTQYGAEYGR
NSGGAVNVLT KSGTNAFHGS VFYFLRNSAL DARNYFDPTT NPDGSPNPKG GFKNNQYGAS
IGGPIVKDKT FFFAAYEGQR ERVTSSYTLF VPTEMQKANA RAAALAATTS DGESEVPVIN
AINPGIDALL GYFPAATGCS NGGTPAATGC IGGAGTVAGA VEDRNDLDNG IIKVDHYFTQ
TEQFSARYAI SNSDQVFPLG GLGTYGNGSR LAGFAQTSPT RVNVVSASLL STFSPTFLNE
LRFGYSRYNT SFNTLDGTVD PNSAFGLNMG TGKTGVPEID FFALYDNLGA SAYSIPRGRT
SQTYQVLDNL TKIHGAHTFK FGGEFRRATI ENFNDNLERG LLALDPYQLT NGPWPGDDQT
AMLTNFYLGI FDWGTAANTG NTQRNTFNNG FSFFAQDDWR ATKKLTLNLG VRWEYFGPLG
ESNGLISNLG TDGLLHMTDQ PYNKDWNNVA PRVGLAWNVF SGTVVRMGYG VYFDYVPQNN
MIANYTNTAG LVTNPIGPKA VTSMDYNQSA FNGSDAGAAV FTPSTGAQSI FAVPQNFATP
YTQSWNVNVE QELGKAASMQ IGYVGSKGTR LTRLYDANQD YTNSNYNAID VLATISDSTY
NALQATLTAR SWKGISGFAN YTWAKSLDDA SDGIDFNFAS AAFPQNSDCP VACEHGPSTF
DTRHRFTGSM NYAVPQWKAL PPVLGKGWEL NTIATFQSGR PIPILTSNDT SGTYNYHQRP
DRVPGVNPVL DHWNPVTGYL NPLAFQQPAD GTFGNLQRNS IYGPHYTNVD FSITKNMPIT
EKVNVQFRAE FFNIFNHPNF ALPGGTLNPA YLADGTLDPS VVDPASHAIL TPAGQVTQTP
DVAQGNPGLG GGGPRVIQFG LRFSF
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