| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Acid345_0784 |
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| Symbol | |
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| ID | 4068565 |
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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 | 970813 |
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| End bp | 974040 |
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| Gene Length | 3228 bp |
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| Protein Length | 1075 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 637982791 |
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| Product | hypothetical protein |
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| Protein accession | YP_589863 |
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| Protein GI | 94967815 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.410737 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.275915 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGCGAG CTGTTCTCTT CACCTTCCTC ATCCTGCTGG TGATCTCTTC GATCGCTTTC
GGCCAGCAAA CTACCGGACA AATCAACGGC ACCCTCGTAG ATTCCAGCAG TGCAGTCGTT
CCCAATGCGA CCGTTACCGC AAAGAACGTC GATAACGGAC TGACCCGCTC CACCAAGTCA
AGCACCACCG GCGGGTACAC CATAAATGAC CTTCCCCCTG GAACGTACAC CATCACCACG
GAAGCCCCTG GTTTTGCCAA GACCGTGAAT GAGCGCGTTC CGCTGCTCGT CGGCCAGGCC
TTGACGCTGA ACTTCACCCT CAAAACGGGC GGCGCCAATG AGACCATCAC CGTCACCGAG
GAAGCGCCGC TTATCGAATC GACGCGTTCC GATATCGGCG GCTCAGTATC GCCGTTGGAA
GTGAAGGAAC TGCCAATCGT GGACCGCAAC TTCGCGGGTT TGATGGCAAC CGTCCCCGGC
GTGCGTCCTG CAGAAGCCTT CGATCCGACC AAGACCCGCT CCGGCAACGT GAGCGTGAAC
GGCAGCGACG GCCGCTCCAT TGACTACAAC GTGGATGGCG GCGACAACAA GGACGTCGTC
ATCGGCGGCA TCGTCCAGAA CTTCACCATG GAAGGCATCC AGGAATTCCA GGTGACGACC
GACCGTTATA CGGCGGAATC CGGCCGCGCA GCGGCTGCTG TAGTGAACGT GATCAGCAAG
AGCGGTACCA ACGCTTTCCA CGGGACGGCG TTCAGCCTGT TCCAAAACAG CGGTCTGAAC
AGCAACAGCT ACTTCAATGA AATCGCCGGA AACCCGAAAA ACAAATTCCA TCGCTACCAG
TTTGGTGGTT CTGCCGGCGG TCCAATCATC AAGGACAAGC TGTTTTTCTT CGGCGCATAC
GAGCAGAAGC GCGAACCCCA GGACATTGGC GTCGATCCTT CTGCATTCGA CAATCTCACC
CTGTTCGCGG CTGCATTCCC GGACTATGCG GTTCCCATCA GGAAGCTCGA CTACTCGTAC
CTCGACCAGC AGCTGACAGC GAAGGTGGAC CATCGCATCA GCGATCGTCA GAACATGTTC
TATCGCTATG CGTGGGAAAA ATGGACGAAC CCCAACGATC AGCTTGGATT TCCGTTCGTG
GCTGACGCCA GCCAATCCAC TTCTGACAGC AACAGTTTTC ATGACTTTGT AGCGCAGCAC
AACTACACGA TCTCGCCGAC CAAGGTGAAT TCGTTCAACT TCCACCTCCA GGACTTCACC
AATGACATCC TTCCGGCGCC GGGTCGCACC TTCACCTACG ACGTGGCGGG AGGAGGGACT
GCAACCAATC CAGAAATCTG CTTCGGTATC GGCGGCGGAT GCGGCGGTGG CGTGCCGGAA
GTCGGCAACA ACGTCAACGT TCCCCAAGAA ACCCTGATTC GCAAATACCA GTTCCGCGAC
GACTTCACGT GGGTGCATCG CAACCACAAT ATGAAGATGG GCGTGAACTG GGATTACGTG
GACGTAATGG GCGGATTCTT CTACTTCGGC GCCAACGGCT ACCAAGTCAT CTTCCAGGAT
GATCCGAAGA CGATCCTGGC GAACCCTGCG GCGTATCCGG ACGGCTTCTC AACCCGCGGC
GCCGTCGGTG AACTCACCTA CAACGGCGGC TCCGGTTCGA CCGCACAGCC TCCATCGCAC
CAGTTAGCGT TCTACTTCCA GGATGATTGG AAGGTCACCA ACCGCTTCAC GCTGAACGCC
GGCGTGCGCT GGGACGCGAA CCCGCTGTTC CTCATCCCGC AGCTCACGAA CAACTTTAGC
AGCACGAACC GCACTGTCCG AGTCCTGCGC GACGTACTCG CCGCGAACCT GTCTGATCCA
GCGGCACAAG CAGGCGTTCA AAGGGCGGAC TACCTCGCCG GCAATACCAG TCTGGCTAGC
AAGAACACCG CCGACTGGAA GGAATTCCAG CCTCGTATTG GTTTCTCCTG GGATCCCACC
GGTTCGGGCA AGAGCGTCAT CCGCGGCGGC TATGGCATCG CACGCGACAC CATCTTCCAG
AACCTGACGC TCTTCGCGGT TCAGGAAACC AATCCAACCA TTTACAACAC GATCATCGAC
TACTTCCCGA GCCAAGCCCC GGGGTCTTGC CCTGCAGGCG GCACTGCCGA TCCAACCGAC
CTTTGCAACT TCCGCTTTGG CATCGATCCG CTTCCGGCTC CGCAAGCGGC GACTACGGAC
CTCGCACCCG GCGCCGTTGG CCGTATGCAG GACCCGCGTT TGACGGACCC GTGGTCGCAG
CAGATGTCCA TCGGCGGCGA ACGCCAGTTC GGCAACGACT ACGCGTTCGG CGCGGATTAC
TACCACGTGC TCGGCACCCA TGAACCACGC GTTCTGAACA TGAACCCGAA GATCGGATCG
ACCTGTGATC CGGCGTACGG CGGCGATCCT ACCAACCCAA CCTGCGTGAA CGGCGCGGGA
ACTCGGTTGA TGGACGCGGC CTTCTCGGAA GCACCAGACA GCCAGATCGC CGGCCAGAAC
CTTGGCATCG GGCGATTGGG CGCTATCTAC GATTACTCAA CCTCGAACCG CTCTCTGTAT
GACGGCATCA ACTTCCAATT ACGGAAGCGG ATGAGCCACC ACTTCCAATT CCAGGCGAGC
TACGTTCTCT CCTGGGCGCG GTCGTGGGGT GGACGCCCGA CGTCGTCCTA TAGCGGCAGC
GGCGTCAATG TCACTCCGGA GCAGCAGTTC GCTTCCAACG AATTCAACTA CAGCAGCTTT
GACGAGCGCC ATCGCTTCAC GTTGAGCGGC GTCTTCCAAC TGCCGTGGGG ATTCGAAGTT
GCACCACTGG TTCAGGCCGC ATCGGCACGC CCGTATGATT TCATCGCTGG TTCGGACATT
AACGGCGACG GACGTTCCAC GATTGACCGC GCTTGCGTCG GTAGCACTCC GGGCAATCCG
ATCTTCACTA AGGGTTGCAC CATGCTCAAG CCGGACACCC TGCGTGGCGA CCCGTTCTTC
CAGATTGATA CGCGCGTCGC TAAAGCATTC AAGTTCAACG AACACATGAC GTTGCAGTTG
ATTTGGGAGT TCTACAACAT CGGCAACGTA AACAACTTCT GTAACTACTA CTTCAATAAC
GCCAGCCAGT CCAACTTTGG AACGCCGCAG GGATACTGCG GTGGCCAGGG CGGTCCGGCC
TTTACGGGCC CGTTCCGTCA GCAGTTCGGC TTCCGTTTCG AGTTCTAG
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| Protein sequence | MKRAVLFTFL ILLVISSIAF GQQTTGQING TLVDSSSAVV PNATVTAKNV DNGLTRSTKS
STTGGYTIND LPPGTYTITT EAPGFAKTVN ERVPLLVGQA LTLNFTLKTG GANETITVTE
EAPLIESTRS DIGGSVSPLE VKELPIVDRN FAGLMATVPG VRPAEAFDPT KTRSGNVSVN
GSDGRSIDYN VDGGDNKDVV IGGIVQNFTM EGIQEFQVTT DRYTAESGRA AAAVVNVISK
SGTNAFHGTA FSLFQNSGLN SNSYFNEIAG NPKNKFHRYQ FGGSAGGPII KDKLFFFGAY
EQKREPQDIG VDPSAFDNLT LFAAAFPDYA VPIRKLDYSY LDQQLTAKVD HRISDRQNMF
YRYAWEKWTN PNDQLGFPFV ADASQSTSDS NSFHDFVAQH NYTISPTKVN SFNFHLQDFT
NDILPAPGRT FTYDVAGGGT ATNPEICFGI GGGCGGGVPE VGNNVNVPQE TLIRKYQFRD
DFTWVHRNHN MKMGVNWDYV DVMGGFFYFG ANGYQVIFQD DPKTILANPA AYPDGFSTRG
AVGELTYNGG SGSTAQPPSH QLAFYFQDDW KVTNRFTLNA GVRWDANPLF LIPQLTNNFS
STNRTVRVLR DVLAANLSDP AAQAGVQRAD YLAGNTSLAS KNTADWKEFQ PRIGFSWDPT
GSGKSVIRGG YGIARDTIFQ NLTLFAVQET NPTIYNTIID YFPSQAPGSC PAGGTADPTD
LCNFRFGIDP LPAPQAATTD LAPGAVGRMQ DPRLTDPWSQ QMSIGGERQF GNDYAFGADY
YHVLGTHEPR VLNMNPKIGS TCDPAYGGDP TNPTCVNGAG TRLMDAAFSE APDSQIAGQN
LGIGRLGAIY DYSTSNRSLY DGINFQLRKR MSHHFQFQAS YVLSWARSWG GRPTSSYSGS
GVNVTPEQQF ASNEFNYSSF DERHRFTLSG VFQLPWGFEV APLVQAASAR PYDFIAGSDI
NGDGRSTIDR ACVGSTPGNP IFTKGCTMLK PDTLRGDPFF QIDTRVAKAF KFNEHMTLQL
IWEFYNIGNV NNFCNYYFNN ASQSNFGTPQ GYCGGQGGPA FTGPFRQQFG FRFEF
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