| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_0835 |
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| Symbol | |
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| ID | 4185740 |
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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 | 943938 |
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| End bp | 947192 |
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| Gene Length | 3255 bp |
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| Protein Length | 1084 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638070840 |
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| Product | hypothetical protein |
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| Protein accession | YP_677461 |
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| Protein GI | 110637254 |
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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 | 20 |
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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 | 18 |
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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 | ATGGAACATT TTCTACTAAC TCAACGCAGT TATCTGTGTT GCTTTTACAG ACTTTCCGGT
AAAGACGATG TAAAAAAAAA CAGGCTCACA AAAAACTTTA GAAAAAACTT TCTTGTTTGG
GCAGTAATTT TTATGCTGCA ATATTCTGTG CAGGCTGCAA CAAAATCAAC CAATACGGCA
GGCCCATGGA ATACGGGTAC AAACTGGACA ACCACAGGTG CACCGGCAAG CGGGGATATT
GCGAATGTGA ATCATACAAT GTCAATAAAT ACCAATATTG CAATTTCTGC AGGAGGGTAT
TACACGATTA ATTCTCCTGC AATTGATGCA CCCGGGGGCA CAGCATATAC GTTAACGGTA
GGCGGAACAC TTCTGGGGGG ATTCGGAACG CTTGAGGTAA AATCAAATAT GACATTTGAA
GGCGCACTTA CTGTAAATGA TTTTGGAAGA CTGATTATAC GCAACGGTGC AGTACTGACA
GTAGGGGCGG CTACCTTTGC AGCCTTGTCA GATGTTACAA TAGATGAGGG TGGTACATTG
ATTGTAAATG GAAATATGCT GGTGTATGGC AATTCTCCTC TGATTAACGG CGATCTTATT
GTTAACGGTA ATTATACGGG AGATGCGTTA TCTGCTATAT ATGGTACAGG TACCATGAAA
AGTACGGGTA GCGTAGCAAC CATTCTTACC GGAACGGTGT ATGGAAGTAT TATAGATTGT
GCTGCATCAT GCACCTATAC ATCCTGTGGA AGTACGGCAT CGGTTTCGCC TTCTTCAGCT
TCTGTCTGTG CCGGCTCTTC TACAACGCTT ACGGGCACAT TTTCGCCTGT TACTATAGGT
ACAATAACCT ATCAATGGCA ATCAGGTTCA TCTGCAACCG GGCCTTTTTC AAACATATCC
GGCGCTACAG CAGCCACATA TAATGCAGGT CCTGCTTCAT CTGTTTATTA CAGAGTACGG
ATTACACAAC TGGGGTGCAC GGCAACAAGT TCTGCCGTAT CCGTTACTGT TATTCCAATT
CCTGCTATCA CCTCCACTAC TCCGGCCAGC AGATGCGGGA ATGGCAGTAT AACATTAAAT
GCAGCAGCAA GTGCCGGAAC GGTGTATTGG TATGCTGCAT TGACAGGGGG CGCCAGCATA
GCTTCAGGAA ACAGTTATTC ACCTGCAGTT ACAGGAACTA CCACGTATTA TGTATCTGCA
ACAACTGCAA GCGGTGGCTG TACAACAGCA GCCAGAACAG CAGTTACAGC AACCGTTAAT
ACAATACCTG CCATTGCTTC CGTTACCGGA GGAAGTCGGT GCGGTCCCGG AAGTGTAGCA
CTTTCAGCAT CCGCAAGTGC AGCAACAATT AATTGGTACG ATGCATCCGT TGGCGGTACA
TTGGTAAATA CAGGTGTCAG TTTTAGTCCA ACGGTAAGCA GTACCACAAC CTATTATGTT
GATGCTACAG CTACCGGTTG CACAACAGCA TCAAGAACAG CTGTCACAGC AACAGTATCT
CCGTGTGCAG TAATATGGAC AGGTACAGTA AGTACAAGCT GGAATACAGC CGGTAACTGG
AATCTTGCAT TTGTTCCTAC AAATATCAAT AGTGTGACCA TTCCTTCAGG TACTGCTTTC
CAGCCAACAA TTTCAGCTTC ATCAACGGCT GCTGATCTAA CAATCAATTC CGGTGCTGCA
CTAACGGTAA GTGCCAGCGG TGTTTTAAAT GCATATGGCA ACATTGCAAA CAGCGGCACC
ATAACAACCG TTGCCGGGTC AACGGTTGTT ATGGCCGGGA GTTCGGCACA AACCATTACT
GGTGTACCAT CATTATATAA TGTACAGGTA ACTAATGCCG CAGGCTTTTC AATACTATCC
GCGCTTACTG TTAATGGCAC CCTTACCTTA TCAAACGGTG TTATTACAAC CAATTCAAAT
CTTACGCTCA ACTTTGATAA CGGAGGTAAC ATCGCGTATA ATGCTGCAGA TGCAGGAAGT
ATAAGCGGAA ATGTCACCGG CCGGAGGGAC GGTCTGATAC GCACGCACTA TATTGCAGCG
CCTTTCAGTG GCGTAACAAC TGCGCAGGTA GGAGCCACCA CACCGTTATA TTATAATAAT
TACTGGAAAT TGTATGAGCG GGATTTTACT TCGCAGGGCT GGCTTGCTGT AACCAATGCA
ACAACAGCCA TGACGTTGGG TACCGGGTAT TCATTGGCTT TCCCGAATAC AGCTTCGCTT
ATTATGACAG GTACCTATAA TCACAGTTAT ACATTAACGG GTACGGGATA TTCAAATGCA
GTTGCCAATA AATATATTCT GGTTGCGAAT CCATATCCAT CTACTCTCGA CTGGACATCA
GCAACAGGTT TTACTAAAAC CAATGTAGCC AATGCCATTT ATTTGTGGAG TGCAAGTACC
AATCAGTCTT CAAGCTATGT AGCAGGTGTA GGCACAGGTC CTAACGGAAC ACAATACATA
CCGGCCATGC AGTCCTTTCT TGTCAGAGTT ACAGGCTCTG GTGGAACATC AAGTGTTTCT
ATAAATAATA CCGCACGTAT CAGCACACAA AATCCGTCGT TTGCACGTAT CGCTTCAGAT
GGAATTGTGC GGATTAAAAT ACAAACCGAA GATCATCTTT TATGGGATGA TGCTGTGATT
CGTTTTAATG AAGGCGCTAC AAATGATTTT GATTTTGAGC TTGATGCATA TAAAATTTTA
AATTACGGAG TTGCGCCATC CATTTATACA ACCATGGATG AAACGCCATA TTCCATAAAT
TCTGTAGCAT CACCTTCTGA TTTGCCTAAT ATACCTGTAT CCATAAAATT GCCGGCTGAT
GGTAATTATG AATTGGTTGT TACTCAAAAC GATCCAACGA TAGAATATAC GTTAGTAGAT
AAAAAAAATG GCACAGAAAA TCTGCTGTCA GATCCAACCT ATGCGTTTAG CGGGCTTACT
TCAGATGATC CAGGTCGTTT TGAACTTAAA CTGAGAACCA ATGTTGCTAC AAGTATACAG
TCAGGCAATG CAGCAGGCGG CTTACGTATT AATTCTTCAA CAAAAGGATT TGTTATCCAG
ACACAGGAAT TCGCAGGCGA AGCAGCGGTA ATAGAAATTT CTGATATGGC AGGTAAAGTG
ATTCAAGTTA TATCGAATGA AAATCTTGCA GCAGGTACAA CATTTGTGCC TTCAGCAATT
CCTGAAGGTG CATATCTGGT TAATGTGACT GTTTCAGATA AAAAATTTGC AGGCTTGATT
TCTGTTATAA AATAA
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| Protein sequence | MEHFLLTQRS YLCCFYRLSG KDDVKKNRLT KNFRKNFLVW AVIFMLQYSV QAATKSTNTA
GPWNTGTNWT TTGAPASGDI ANVNHTMSIN TNIAISAGGY YTINSPAIDA PGGTAYTLTV
GGTLLGGFGT LEVKSNMTFE GALTVNDFGR LIIRNGAVLT VGAATFAALS DVTIDEGGTL
IVNGNMLVYG NSPLINGDLI VNGNYTGDAL SAIYGTGTMK STGSVATILT GTVYGSIIDC
AASCTYTSCG STASVSPSSA SVCAGSSTTL TGTFSPVTIG TITYQWQSGS SATGPFSNIS
GATAATYNAG PASSVYYRVR ITQLGCTATS SAVSVTVIPI PAITSTTPAS RCGNGSITLN
AAASAGTVYW YAALTGGASI ASGNSYSPAV TGTTTYYVSA TTASGGCTTA ARTAVTATVN
TIPAIASVTG GSRCGPGSVA LSASASAATI NWYDASVGGT LVNTGVSFSP TVSSTTTYYV
DATATGCTTA SRTAVTATVS PCAVIWTGTV STSWNTAGNW NLAFVPTNIN SVTIPSGTAF
QPTISASSTA ADLTINSGAA LTVSASGVLN AYGNIANSGT ITTVAGSTVV MAGSSAQTIT
GVPSLYNVQV TNAAGFSILS ALTVNGTLTL SNGVITTNSN LTLNFDNGGN IAYNAADAGS
ISGNVTGRRD GLIRTHYIAA PFSGVTTAQV GATTPLYYNN YWKLYERDFT SQGWLAVTNA
TTAMTLGTGY SLAFPNTASL IMTGTYNHSY TLTGTGYSNA VANKYILVAN PYPSTLDWTS
ATGFTKTNVA NAIYLWSAST NQSSSYVAGV GTGPNGTQYI PAMQSFLVRV TGSGGTSSVS
INNTARISTQ NPSFARIASD GIVRIKIQTE DHLLWDDAVI RFNEGATNDF DFELDAYKIL
NYGVAPSIYT TMDETPYSIN SVASPSDLPN IPVSIKLPAD GNYELVVTQN DPTIEYTLVD
KKNGTENLLS DPTYAFSGLT SDDPGRFELK LRTNVATSIQ SGNAAGGLRI NSSTKGFVIQ
TQEFAGEAAV IEISDMAGKV IQVISNENLA AGTTFVPSAI PEGAYLVNVT VSDKKFAGLI
SVIK
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