| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_0444 |
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| Symbol | |
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| ID | 4186612 |
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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 | 519230 |
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| End bp | 523414 |
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| Gene Length | 4185 bp |
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| Protein Length | 1394 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 638070451 |
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| Product | hypothetical protein |
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| Protein accession | YP_677073 |
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| Protein GI | 110636866 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01451] conserved repeat domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | 20 |
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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 | ATGCTACGTT CTTTTCGCCT TTCCATTGCT GCTTTCGTAT TCCTGTTATG TTCAAATTCG
ATCCATGCCC AGGTAGGTGC ATTACAAACA GATTTTGGAA AGGATGGTTA TCTGGACATC
AATTTAGTTG ATACCATATA TACAGGTATT TTTTTCGATT CAAAAATTAT CAGCGACAGC
AAAGGGAACA CCTATGTTTC GGGTATGTTC GATCAAACAA AACGGCTGAT ACTTAAATTA
AACCCGGCAG GCAAACCGGA TCTGTCGTTC GGAAACAAAG GCTATCTAAC AATTCTTACT
GCACTGCAGC AGACCAGCTT CGGAGATGTA CTTTTCCTGC AGGTAGATTC AGACGAAAAT
ATTTACTTGC TTGGTTCTAT TGATAATGCG CTGTATGCCT TTAAATACAA CCGCTATGGC
CAGGCTGATC TTTCTTTCGG CGTTAAGGGC AAACTTGCTT TGCCGGTACC AAATGCCTAT
GCATTTTCAA TTGACAAAAA TAATAACCTG TATTTTTCCG GAGGCACGCA GGGGTATCCC
TATGTTGTTA AGTTCAACCG GAATGGAATC CTGGACAATA CATTCGGAGC CAACGGCATC
TCAAACATTA CGTTTCCTTC TCCTGCTATT GGCAATCCTA CAGTGACGGA TATACTGATT
GATTCGGATG GCTATTTATA TATGTCTGCT CAGTATTTTA ATTCTGCCTC ACTGGTCAAA
CTAAACCCCG CCGGTGCGTT TGTAAATGCT TTTGGAACGA ATGGCATCGT AACACTTCCA
TATTTATGGT TATCCAGAAA AATTGCATTT GACAGCGAGG AAAGAATCTA CATTTTACAC
AGCAATACAG ACAGCAATAC AAATGAGGTC TACAGATACT TTACTTCCGG ACAGCCTGAC
CTTACCTTTG CACAGAACGG TATTTTTACG ATCTCTTCAG CTGCACATAC AAACATTACG
TTGAACAATA TGTGTGTAGA TACGAACGAC AACATCGTGC TTTCGGGAAT TGCTACCGTA
GCTCCTTTTT CATATGAATG CATACTTGTT AAAATCAATA CAACAGCGAT GAATTATGAT
CCATCATTTA ACTCCGATGG AATTATGAGT TTTGTCTATA AAAACAACAT TGTAGGTATT
GGCAATCTGG CAGTGAATAC CAGCGGACTG ATTTTTGCGG TGGGCTCTCC GAACAGCAAT
GATGGTAATT CGTATGCTGA AACCATTATC ATTGATGCGA CAGGAACCAT TAAAGGTTCA
ATTTCAAATC AAAAACAAAA CCCCAACTCA TCGGATAATA TTGGCCGTAT TCTTTTGCAT
GGTAGCAACC TATATGTATC CGGCGCTGTC TGGAAAAATT CCGCCAGTTA TCCGGCTTTA
CTATCCGTTA CTCCAAACGG TGCATTGAAT GCAGGCTTTG GAAATAATGG CAAAAAAATA
TTTTCCCCTA ATATAAATGA ATACTATATA GCAATTGAAA ATAGCGGAGC CATATACAGT
GCAGGTGTAA CTTATAACGA TGACCCGGCG TTGTCACGAA GTTCGTTATC TAAAACAGAT
ATTTCCGGAA ACCGCATCAG TAGCTTTGGT ACAAACGGCA CGTTCACCTA TCCATCCAAT
GGCAGCATTA CGATTCCCTT TGATATTCTT TTTGATCAGG ATTCTTCCCT GTTGGTTTTT
TCAAATTATA CGGATGGCAC TTCTATGCTT ATAACAAAAA TTACCCGTTC CGGTGTCATA
GATGTATCTT ATGGTAATCA GGGCACACTG CTGATTACGA CATCTGTCGC TCTTACAGGA
CAAAAAGCTG TTATAGACAA CAATGGCGCT ATTTATATTT CCGGTAAAGC AGGTACAAGT
GATGTATTTA CTACAAAAAT TACAAATCAG TCCATCGATC CGCTTTTTGG CATCGATGGT
TTTTTTATTA ATACACTGCC TGTTTTTTAC CCAACGTTTC CAACATGCTC TGCTGTTTCT
TTTGATTCGA ATAACAATCT TGTGCTGGCA TGTTATTATG GAAGCGGACT TAATGGTCCA
TTTTCTGTGC TATACAAACT TACGTCCACA GGCGCATTTG TTCCTGAGTT TGGTGCCAGC
GGACGCGTTA ATCTGCCGTA CAACAACTTT GCTGTACAGG ATCTGATCGT AGATAAAAAT
GATAACATAT TCTTATTTGG TACAACTGCA CCTGATGCCA TCACATATGC AGTTGTAAGG
ACAAATGCTT TGGGTACGGT AGATGCTTCT TACGGGAATA ACGGACTTGC TATCATCGCT
TCAGGAGGAT TTGCGGACGT AGTATACGAT AAAGAAAAAG GTGTAGCCTA TATATGTGGC
AATAATAAAG GTAATATTGG CTCCGTCAGG TTTGCGGATA TCCGGATCAT TTGTCTTCAA
ATTGAAAAAG CAAACTTCAA TACCATTACC GGAACTGTTT TCACCGATGC AAATGCCTCT
TGTACTAAGC AGCAAACAGA ACCTGGTATT CAAACGATGA ACATTGTTGC TCAACCGGGA
AATAATTACA GCATCACCGA TGCAAGTGGT GCTTATACAA TCAATGTAGA TACAGGTGCA
TACCAATATG CTGTTAAGCA ATTGCTCAAT CCGATCCAGC AACAGCGCTA TGTAAATACA
TGTACGGATA CATACAATAT ATCACTTACC GGATCAGAAA AAATAGTGGC GGATGTTGAC
TTTGCAGATA AATTAAATCC TGTTAGCTGT CCATTGTTAT ATGTTGACGT GCAGAATACT
GTCAGAAGAA GATGTTATGG CGGATTAACA AAAATTAAAT ATGCGAATTA CGGAACAGCA
AGTGAATCCA ATGTAACAGT TGTCGTTACC TATTCCGAAC ATAACATACC AAAAACCAGC
ATGCCGGTAT GGCAATCAAA ATCGAATAAT ACCTTAACCT ATAACATAGG TGCATTGAAT
CCGGGACAGG AAGGATTTAT CACGATTGGC GATTCTGTTT CTTGTTTAAG CGAATCGATA
CTGGGACTTA CGCAATGTAT TAAGGTTGAA ATAACTCCTG TTAGAAACTG TATTGTACCA
CCGATGTGGG ATCATTCAGA AATAAAAATT GAACAGTTGT GCCGTACGGA TTCATCTGTC
TTTTTTATAA AAAATATTGG CGCAGGTGAT ATGGATGCAC CAAGAAATTT CAATGTTTTC
GTAAACGATA CCATTATTTA TTCTTCTTCA TTCTTACTGG AATCGAATAC CGGTTTATCC
ATTTCCTATC CGGCAAACGG CAAATCAGTC AGAGTGTCTG CGGAGCAACA CGCTGACTTC
CCTTTCCCGA GCAATCCAAG CCTTGCAACG CAAAGCTGCA ATGCTACTGC CACTGTAAAT
CCTGTACGTA CAGCACTTAC AAACCTTCCA TTGGATGACC GGTCTTTTCA TATTGCTTAT
TCGTGCCTGC CCATTATAGG AAGTTTTGAT CCGAACCATA AATCTGTAAT GCCTTCCGGC
TATGGCACAG AAAACTATAT CAATAAAAAA GAAAAACTTA CCTACACAAT CCAATTCCAG
AATGTTGGTA CCGATACAGC CTTTAAAGTA GTGATCATTG ACACCTTAGA TAACGATTTA
AATATGGAAA CCTTATTGGT AGAATCTTCC AGCCATCCGT TTACATACAC GTTATCCGGA
AGAGGAAATC CCGTTCTTAC ATTTTCTTTC GACCCGATTG TGTTAACCGA TTCCACATCG
AATCTGTTGA AAAGCCAGGG ATTTGTATCG TATTCCATTT ATCCGAAAGA AGATTTATCC
GAAGGTACTA CACTTTCAAA CAAGGCTTAT ATCTTCTTTG ACTATAACAG TCCGGTGCTT
ACCAATGAAA CACTACTTAC AATTAAAGAT GCATACCTTC AGGATTTTTC AAAGGGTAAT
ACAGTATCTG TGCGTACAAA AATTGTTACA GCAAACAAAA CTACTGCAGC TAAAACGATT
ACCGTTTATC CAAATCCTGC AACAGATCAG CTTCATGTAA AGAGCGCATA TTTAAATTTG
AAAAGTATTC AATTTATCAG CATTACGGGA TCAATTGTGT TTACTGAAAA ATTATCGGGA
AATGAATCCA TAATAAAAAT AAATACACTA TCACCGGGTA TTTATTTTTA TACCATTACA
GATGAATCCG GAAACAGCAC GCAAGGAAAA GTTGTTGTTG AATAA
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| Protein sequence | MLRSFRLSIA AFVFLLCSNS IHAQVGALQT DFGKDGYLDI NLVDTIYTGI FFDSKIISDS
KGNTYVSGMF DQTKRLILKL NPAGKPDLSF GNKGYLTILT ALQQTSFGDV LFLQVDSDEN
IYLLGSIDNA LYAFKYNRYG QADLSFGVKG KLALPVPNAY AFSIDKNNNL YFSGGTQGYP
YVVKFNRNGI LDNTFGANGI SNITFPSPAI GNPTVTDILI DSDGYLYMSA QYFNSASLVK
LNPAGAFVNA FGTNGIVTLP YLWLSRKIAF DSEERIYILH SNTDSNTNEV YRYFTSGQPD
LTFAQNGIFT ISSAAHTNIT LNNMCVDTND NIVLSGIATV APFSYECILV KINTTAMNYD
PSFNSDGIMS FVYKNNIVGI GNLAVNTSGL IFAVGSPNSN DGNSYAETII IDATGTIKGS
ISNQKQNPNS SDNIGRILLH GSNLYVSGAV WKNSASYPAL LSVTPNGALN AGFGNNGKKI
FSPNINEYYI AIENSGAIYS AGVTYNDDPA LSRSSLSKTD ISGNRISSFG TNGTFTYPSN
GSITIPFDIL FDQDSSLLVF SNYTDGTSML ITKITRSGVI DVSYGNQGTL LITTSVALTG
QKAVIDNNGA IYISGKAGTS DVFTTKITNQ SIDPLFGIDG FFINTLPVFY PTFPTCSAVS
FDSNNNLVLA CYYGSGLNGP FSVLYKLTST GAFVPEFGAS GRVNLPYNNF AVQDLIVDKN
DNIFLFGTTA PDAITYAVVR TNALGTVDAS YGNNGLAIIA SGGFADVVYD KEKGVAYICG
NNKGNIGSVR FADIRIICLQ IEKANFNTIT GTVFTDANAS CTKQQTEPGI QTMNIVAQPG
NNYSITDASG AYTINVDTGA YQYAVKQLLN PIQQQRYVNT CTDTYNISLT GSEKIVADVD
FADKLNPVSC PLLYVDVQNT VRRRCYGGLT KIKYANYGTA SESNVTVVVT YSEHNIPKTS
MPVWQSKSNN TLTYNIGALN PGQEGFITIG DSVSCLSESI LGLTQCIKVE ITPVRNCIVP
PMWDHSEIKI EQLCRTDSSV FFIKNIGAGD MDAPRNFNVF VNDTIIYSSS FLLESNTGLS
ISYPANGKSV RVSAEQHADF PFPSNPSLAT QSCNATATVN PVRTALTNLP LDDRSFHIAY
SCLPIIGSFD PNHKSVMPSG YGTENYINKK EKLTYTIQFQ NVGTDTAFKV VIIDTLDNDL
NMETLLVESS SHPFTYTLSG RGNPVLTFSF DPIVLTDSTS NLLKSQGFVS YSIYPKEDLS
EGTTLSNKAY IFFDYNSPVL TNETLLTIKD AYLQDFSKGN TVSVRTKIVT ANKTTAAKTI
TVYPNPATDQ LHVKSAYLNL KSIQFISITG SIVFTEKLSG NESIIKINTL SPGIYFYTIT
DESGNSTQGK VVVE
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