| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_0838 |
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| Symbol | |
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| ID | 4185742 |
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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 | Cytophaga hutchinsonii ATCC 33406 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008255 |
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| Strand | + |
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| Start bp | 951540 |
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| End bp | 954680 |
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| Gene Length | 3141 bp |
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| Protein Length | 1046 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 638070842 |
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| Product | hypothetical protein |
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| Protein accession | YP_677463 |
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| Protein GI | 110637256 |
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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 | 14 |
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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 | 17 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATACCT TCTTTCATCT TCAACCAGTA AATGTATTCC TTAAAAGAGT TGTTTTTACA
ATCTTCTTTT TAAATACATG TTTTTTGGCT GTGGCAGAGT TAAATTCAAC TTCCAGCCAG
ACAATATCGA CCTCACAAGC ATATACAGGT GCCAGCAAAA TCGCAAACGG CAGTACGCTA
ACTATTTCGG GGGGGACAAC AACGTTTAAT GGTACTTTAA CCGTAGGTAA CGGTGCTGCA
GGTACATTAA TTGTAAAAAG CGGAGCTATC GTGATTGTAA ACGGTACCTT ATCTATTGGT
ACATCCAGCA ATGGTGCTGT AGTGATTGAA AACGGCGGTC AATTGATTGT TAATCCGGGC
TCAGCAAGCG GGACAGCCGC AATCAATATC AATAGTTCAG CAGCAACGGC TCTGGATATT
CAGACAGGTG GCTCCGTGAT TGTAAAAGCA GCCGCATCAG GCAACAACAT TTTAGGCATG
TATCAGACGG CGGCATCGAA TGTAACTGTT GCCGGTGCTC TTCAGATCAG AGGAGGCGGG
TTTAAAATGG ATGGTACTTC AAAATTAACG TATTCAGGTT CGGGTAACGA TACCATTATA
GGTACACCTA ATACTTCGGG GGCATATTTC TCAAATTCAA CAAAGTTAAC GGTTGGCTCA
AATGTTAACT TATATATAAG CGGTGATGTT AAAAATGATT CGAATGCAGA GTTTGCCATT
AATGGGAATG TGTCTATTAA CGGTAATTAT CAGTCAGGAA ACAATACAGC AAATGTTACC
GGTACGGGTA CATTAACAAC AACGGGTTCA TTAAATTCCG ATAGTTACCA GGGTTCTGTT
TTTGGAGAAA GATACAGCTG TCCGACAGGT CCTTGTGGGG GCAGTAACGT CATTACTTCA
AGTAATATGA CCACCTGTAA CGGAGGCAGT GTTATAATAA CCGGGCCAGC TATTGCCGGA
GCTGCTTATA AGTGGCTGGT AAGTGTTACC AGTGCTTCAA GCGGCTTTAC AAATGCCCCG
GGTGCAAATA CCGGACAGAA TTATTCAACT ACCGGTTCAC CGGCTGCTCA ATATACCTAC
TACAAAAGAC AATACACATT AAATGGTGTT ACAATAAACA GCAATACATT GACCATAACA
TCCTCATTCT GGGTAACAGC TTCAACAACT CCGGCTATTG GAGGTGCAAG CACGGTATGT
ACAGGTTCTG CTATAACACT TACAAATTCA TTAAGCGGCG GCCGATGGAC AAGTGCTTCT
CCCAATATTG CAACAGTATC TTCTTCCGGT GTGGTAACAG GTGTTTCTGC CGGGACTTCT
GTAATAACCT ATTCAGGCAA CGGATGTTAT ACACCTTCCA ATAAGACAAT AACGGTATCA
TCCTGTGTGA TCACCTGGAC GGGGGCAACA AACAGTGCCT GGACAACCAT GTCAAACTGG
AGTTCCGGTT CTGTTCCTAC AGCATCAGAT AGTATTTTAA TTCCGGCAGG TGCACCTAAT
TACCCTCAAA TTTCAACAAG TGTATCCAGT TATAAAACAA CGGTTAATTC CGGAGCTTCA
TTAACAATTA CTTCATCTGG TGTATTAAAT GCATATGGGA ATATTATTAA TAATGGTACA
GTTACAACGA ATGCCGGTTC AACGGTAGCG TTTAAAGGAA GCAGTGCACA GACAATAAGC
GGTGTTCCGG TATTGTACAA TGTACAGGTT GCAAATACTT CTGGTGGTGT AGCCTTATCT
TCAGCGGTTA CATTAAAAGG AGCATTAACG TTAACAAGCG GTGTATTAAC AACCAACGCT
AATCTTACAG TGAATTTTGA TAATGGTGGT AACATAGCCT ACAATTCAAC AGATGCGGGA
AGTATCAGCG GTAATGTAAC CGGCCGCCGT GATGTGGTAG CACGTACACA TTATATCAGT
GCGCCTTTTA ACGGTGTCAC ATCTGCACAG GTTGGAGCAA CCACACCATT GTACTATAAC
AACTACTGGA AAATGTATGC AAAGAATTTT GCTACACAAG GGTGGACAGC TGTAACAGAT
GTGACTACAG CAATGCCTCT GGGTACTGGT TTCTCTATTG CTTTACCGAA TGCCGCTCCA
TTGATCTTTA CCGGAACGTA TAATCATAGC TATACATTAC CGGCAACAAC TTACTCCAAT
GCAGCAGCAG GTAAATATAT CTTAATCGGA AATCCATATC CATCAGCGCT GGATTGGACA
AGTGCGGCAG GCTGGACAAA AACAAATGTG GCCAACGCTA TTTATTACTG GGATGCAGCA
AGCAGTAAAG TTTCTTCATA CGTTGCAGGT GTAAGCACAA ATGGCGGTAC ACAGTATATA
CCGGCAATGC AATCATTCAT GGTGTCTACA ACAGGTACCG GAGGTAATTC AAGTGTTGCG
ATCAATAATG CAGCGCGTGT TAGTTTACAG AATCCTTCGT TCTTACGTAA CGGTTCGGAT
GAAACTGTCC GAATCAAAAT AACAGCAGCA AATGCAGAAC AGTGGGATGA TGCTGTTGTA
CGCTTTAATG AGATGGCAAC AAATTCATTT GATGATGACT GGGATGCGTA TAAGTTATTA
AGCCGTGGTC CGAGCCCTTC TGTTTATACG GTACTTGGTG AAGATATTTA TTCTGTTAAC
TCTGTAGCGC ATCCTTCAGC ATTGCCAATC ATTGATCTGG CTGTATATAT TCCGGCAGAT
GGTAACTACA GCTTAACGAT TACTAACAGT GACCCTGCTA CAGACTATGT ATTAATAGAT
AAAAAATTAG GAACAGAAAA TCTTTTATCC GGATCCGATT ATATGTTTAG CGGACTGCGT
ACGGATGATG GAAACCGTTT CCAGCTTCAG TTGCGTATTT CAGAGAATAA CATTACTACA
GGTACTACAG CTGCACAAAA TAACAAAGGG CTTCAGATTC ATTCAACAGA TAAAGGCTTT
GTGGTTCAGA CAGATGTTTT TGGAGGCAGC AAAGCTACGA TTGAAGTTCT GGATATGAGC
GGAAAATCTG TAGCTGCTAT GGAAAACACA CTCGCAGCAG GTGCAACATT TATTTCTTCA
GATCTTTCAG CAGGTGCTTA TCTGGTTAAA GTAACGGTTG ATGGAAATAC GTTTGCGGGA
ATGATCAGTT TACTAAAATA A
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| Protein sequence | MNTFFHLQPV NVFLKRVVFT IFFLNTCFLA VAELNSTSSQ TISTSQAYTG ASKIANGSTL
TISGGTTTFN GTLTVGNGAA GTLIVKSGAI VIVNGTLSIG TSSNGAVVIE NGGQLIVNPG
SASGTAAINI NSSAATALDI QTGGSVIVKA AASGNNILGM YQTAASNVTV AGALQIRGGG
FKMDGTSKLT YSGSGNDTII GTPNTSGAYF SNSTKLTVGS NVNLYISGDV KNDSNAEFAI
NGNVSINGNY QSGNNTANVT GTGTLTTTGS LNSDSYQGSV FGERYSCPTG PCGGSNVITS
SNMTTCNGGS VIITGPAIAG AAYKWLVSVT SASSGFTNAP GANTGQNYST TGSPAAQYTY
YKRQYTLNGV TINSNTLTIT SSFWVTASTT PAIGGASTVC TGSAITLTNS LSGGRWTSAS
PNIATVSSSG VVTGVSAGTS VITYSGNGCY TPSNKTITVS SCVITWTGAT NSAWTTMSNW
SSGSVPTASD SILIPAGAPN YPQISTSVSS YKTTVNSGAS LTITSSGVLN AYGNIINNGT
VTTNAGSTVA FKGSSAQTIS GVPVLYNVQV ANTSGGVALS SAVTLKGALT LTSGVLTTNA
NLTVNFDNGG NIAYNSTDAG SISGNVTGRR DVVARTHYIS APFNGVTSAQ VGATTPLYYN
NYWKMYAKNF ATQGWTAVTD VTTAMPLGTG FSIALPNAAP LIFTGTYNHS YTLPATTYSN
AAAGKYILIG NPYPSALDWT SAAGWTKTNV ANAIYYWDAA SSKVSSYVAG VSTNGGTQYI
PAMQSFMVST TGTGGNSSVA INNAARVSLQ NPSFLRNGSD ETVRIKITAA NAEQWDDAVV
RFNEMATNSF DDDWDAYKLL SRGPSPSVYT VLGEDIYSVN SVAHPSALPI IDLAVYIPAD
GNYSLTITNS DPATDYVLID KKLGTENLLS GSDYMFSGLR TDDGNRFQLQ LRISENNITT
GTTAAQNNKG LQIHSTDKGF VVQTDVFGGS KATIEVLDMS GKSVAAMENT LAAGATFISS
DLSAGAYLVK VTVDGNTFAG MISLLK
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