| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_1934 |
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| Symbol | |
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| ID | 4184283 |
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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 | 2263211 |
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| End bp | 2266414 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638071936 |
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| Product | hypothetical protein |
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| Protein accession | YP_678542 |
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| Protein GI | 110638333 |
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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 | 16 |
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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 | 0.109273 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGTTTAA CACATGTTAA ATTCATTCTA TACAAAATGA AAAAAATCTT TCTTGCTTTA
TTATTAGCCT ATTCAATTTT CGATGTTTAT GCTCAACTGA TATGTCCTGC TGATTTAACA
AATGGACAGA ACTTAGTTGT CAACGGAGAT TTTTCGGATG GTTATGATGG CTGGTCTTAC
GATGCCGACC CAACCGGAAC AAATGGATAC ATAAGATTTG GATCTACTCC CCAAGGCTAT
TCCGGTCCGG GCTATATTTA TGCAGGTTCT TCAGCCGATC ATTTTAATCA CGATGGTTTT
GATGATTATG ATGACCATTC TGCATCTTCA GATAATATGA TGTTGATGGT AGATGGAATC
TGTAAGCCTG GTGTTACATT ATGGCGCCAA ACGGTTACAA TCACTCCTAA CACAAACTAC
TATTTCAGTG TATGGATTTC TTCATTAAAA AATAACCCGA ATTTTCCAGG CAGCCTTGAC
TTCAAAGTTA ACAATGCATC TTTGGGAACA ATTGTAACAG CGCCTGCTAC CGGTCATGTA
TGGCAGTTTG TAGAAGCAAC ATGGAACAGC GGCAGCTTTT CCGGTCCGGT TGATATTACA
ATTGCTAACA ATACAACACA AGGCTGTGAT ACCGAAGTAG ATTTCGCCAT TGATGATATT
GCTTTTATTC CCGGCTGTGC ATACGGTTCG GCTGGCCCAC AGCCAGATCT GGGCGCTGAC
CGCACACTTT GCGGCTTAGG AGGAAGTGGT ATTGAGTTAG ATGCAGGTGT GCCGCACAAC
AGCACCACGC TTATCCGTTG GGACGATGGT TCAACAGGTT ACAAACGTCT GGTTACAGCA
CCAGGAACAT ATTCCGTTTG TGTAAGCGAT AATGGTTCCT GTACAAAATC AGATCTTATT
GTTATTACCA ATACCTATTC CATTGACTTG GGGCCGGACA TGGAACTGTG TGATCCTGCA
GCCGTAACCC TTGATGCCGG CTTTGCAGGC GTTGGCGTTA CCTATAAGTG GTTTAAAAAC
TATCCGATTG AAGCAGCCGG TGACAATACG AAAAAAACGT ATTTTGTGAA TACACCCGGT
ACCTACCGCG TTGAAGTACG TGATCCTTCG TGTGGCCTGC AAACAGACGA AGTTATCATC
ACGACCAAAG CACCTGTGGC GACAAATGCC GTGTATTGCG ACCCGGGTGA TATTACCTTA
AGCGTGTCTC CGGATAACAG CGGAAAATAC AAATGGTGGT CAACGCCAAC AGGTACCAGC
GATGCAGACC TTGTAACGAA AGGAACCAGT TCTTATACAT TTATGGCTGC ACCAACAAGT
AATTATACCT TCTATGTTCA GGACACAGCT TCGTTCAGAA CTGCAATTGG ATTGCCGCTT
ACCAGCAATA ATTTACCAGC TGCAGATCCA AGAAGTGTTC AGGCTGATAC AGAATTGAAA
TTTGATGCAT TGACTGCAAT CACCATTGAT TCTGTGTATG TAGATTTAAT TGTTTACTAT
TGCCCGAGTA CATTTAATAT TGGCCTGCAA GTACTGGATG CGTCCGGAAA TGTTGTTGGC
TCTGCCACCT GGACCACGCC TGTAAGCGGC TGTACTATGG GAACGGCAAG ATTCAAAGTA
CCGGTTAACA TTTCTGTTCC GGGTGGTACG GGATACATCT TAAAATATAC TGGAACCAGT
ACACCAATGG GCTGGTACGG CAGTGGCATG AGTTATCCTC AAACATTCGC AGAGGTGGTT
AGATTCACAG GAAATAATAA TAATCCCAAT TCTATTCCTG GTATGTTCCG TTGGGTAGTA
ACTGCCGGTA CTGCCTGTGC ACGTGTACCG GTAACGGCTA CCTTCAAATC GTGTGCACCG
CTTCCTCCTC TTCCGGTACC GGATGCAGGT AATGACATTA CATTGTGTAA TACACGTACC
ACACAACTAC ATGCTTCTTT AGGAACAGAT GAAACAGGTG AATGGAAATT TGCTGCAGGC
AGTACAGGAA CAGTTGTACC GGCTTCAAGC CCTACGGCAA CAGTAACGTT CTCCGGCGAT
ACAGCAAAAT TAATATGGAT AGTTACAAAC GCAGCGGGTT CTGTAAATGA TACGGTTATT
GTTTCAACTA CCATGATGAC ACCTCCGGTT ATAACAGCTC AGTCAGCTGC CTGCCCGGGC
ACAACCGGAA TTACATTTAC TGCAACACCT GACAATACAG CTACAGGAAG CACTTACCAG
TGGACTGTAG TTGCAGGTGA CATCACAATT TCCTCCGGGG ATAATACCTA CCAGCTGACA
ACAGATGCAG GAACAGCAGA AAGTATCGTA GAGGTAACAG AAACGAAAAA CGGATGTACT
GCATCCATGA GAGATACATT GAAGATCTCT GTTGCCAACG AACAGCCTTT TGCAGGAAAT
GATAGGACTA TCTGCGGAAC ATCTGCAACA CTTGTGGGTA ATATACCTGT AGATCCGGCA
CAAACAGGAA AATGGACTGC TGTAACAACT GATCCGGATC TGGTACTTAC ATTTACGCCT
CCAAGCACAG CGTTTGCAGA CAAACTAAAA CTAAATCATT CCTATGATTT TATGTATGAG
ATTTCCGGAG GCTGCGGCTT ACCAACAACC GATATTGTAA CGGTTACAGT AAGCAAAAGC
GGGTTTACCA TCCGTTCGAT TTCTCAACCA TTGGATACAA TCTGTATCGG TTCTGAACGA
ACGCTGGATG TGTCACTTTC TGTTTCACCA GGCAATTCCG GATCGTATAC CTACTACTGG
GTGAAAAAAG GCCAATTCTC AGTTACAGAA ACAACCTCAT CTGATTATAC CATCGTTACG
GGTGATGTGG AAGAAACGTA TTATGTGTAT GTTAAAGATA ATATGAATGA AATCTGTGCT
ACGGATCTGG ATTCAGCAAA AATCATTTCA ATTGCGCATC AAAAATTAAC TGTCCCCAAT
TTGATCACAC CTAATGGCGA CAATATGAAT GACGTACTTA AGATCAGAGA AGCAAACAAT
ACAAACCGTA ACATGTTGGC TGAAAACTCC GTGTTAAAAA TTTATAACTC GTGGGGAAAT
GAAGTCTTTC ATTCCGATAA TTATGGCAAT GACTGGAAAG CACAGGGAAT AACAGACGGT
ATGTACTACT ATTATTTAAA AGCCGGCTGT GGTGGCGAAG TACATAAAAG CTGGCTGCAG
ATCTTAGGAA ATGTAAACAG ATAA
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| Protein sequence | MGLTHVKFIL YKMKKIFLAL LLAYSIFDVY AQLICPADLT NGQNLVVNGD FSDGYDGWSY
DADPTGTNGY IRFGSTPQGY SGPGYIYAGS SADHFNHDGF DDYDDHSASS DNMMLMVDGI
CKPGVTLWRQ TVTITPNTNY YFSVWISSLK NNPNFPGSLD FKVNNASLGT IVTAPATGHV
WQFVEATWNS GSFSGPVDIT IANNTTQGCD TEVDFAIDDI AFIPGCAYGS AGPQPDLGAD
RTLCGLGGSG IELDAGVPHN STTLIRWDDG STGYKRLVTA PGTYSVCVSD NGSCTKSDLI
VITNTYSIDL GPDMELCDPA AVTLDAGFAG VGVTYKWFKN YPIEAAGDNT KKTYFVNTPG
TYRVEVRDPS CGLQTDEVII TTKAPVATNA VYCDPGDITL SVSPDNSGKY KWWSTPTGTS
DADLVTKGTS SYTFMAAPTS NYTFYVQDTA SFRTAIGLPL TSNNLPAADP RSVQADTELK
FDALTAITID SVYVDLIVYY CPSTFNIGLQ VLDASGNVVG SATWTTPVSG CTMGTARFKV
PVNISVPGGT GYILKYTGTS TPMGWYGSGM SYPQTFAEVV RFTGNNNNPN SIPGMFRWVV
TAGTACARVP VTATFKSCAP LPPLPVPDAG NDITLCNTRT TQLHASLGTD ETGEWKFAAG
STGTVVPASS PTATVTFSGD TAKLIWIVTN AAGSVNDTVI VSTTMMTPPV ITAQSAACPG
TTGITFTATP DNTATGSTYQ WTVVAGDITI SSGDNTYQLT TDAGTAESIV EVTETKNGCT
ASMRDTLKIS VANEQPFAGN DRTICGTSAT LVGNIPVDPA QTGKWTAVTT DPDLVLTFTP
PSTAFADKLK LNHSYDFMYE ISGGCGLPTT DIVTVTVSKS GFTIRSISQP LDTICIGSER
TLDVSLSVSP GNSGSYTYYW VKKGQFSVTE TTSSDYTIVT GDVEETYYVY VKDNMNEICA
TDLDSAKIIS IAHQKLTVPN LITPNGDNMN DVLKIREANN TNRNMLAENS VLKIYNSWGN
EVFHSDNYGN DWKAQGITDG MYYYYLKAGC GGEVHKSWLQ ILGNVNR
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