| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_1956 |
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| Symbol | |
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| ID | 4186445 |
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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 | 2283658 |
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| End bp | 2288199 |
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| Gene Length | 4542 bp |
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| Protein Length | 1513 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 638071960 |
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| Product | hypothetical protein |
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| Protein accession | YP_678565 |
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| Protein GI | 110638355 |
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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 | 11 |
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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 | 2 |
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| Fosmid unclonability p-value | 0.00140059 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | TTGATCACTC AAGTAAAGAA TTTTAGCAGA ATTTTCATAA GGAGGTTTTT AAAAACTGTC
GCTTATACTG CGCTTATTTT ACTCATACTT CTCACTATCA TAGTAATAGG CTTCAGAACT
ATTTATGTAC AGGAGAAGGT TGGGAAAATT GCGAGTAAAG AACTTTCTGA ATTTCTTCAG
TACAAAGTTA ACATTGATCG GGTTGAAATC GATTGGTTTG ATCACTTTAT TATTTACGGG
GTTACGCTGT ACGATTACAA AGGCTCTCAA ATGATCCATT TGGGCGAAGG TGTAGTAGAT
TATGAAATTT TTACACTGGA AAGAAAATGG ACGTTCCGTA TTGAAGATAT TGTACTCAAA
GATGGTGAAG TACACCTGAT CAAATACAAA AACACCGACA TTTTAAATAT CAATGAATTT
ATTGATGCTG CGAGCAAGCT TGGTAATGAC ATGGATACCA CTGCTGCCCG GGAAGCTTTT
ACGCTTGATG ACATCAAACT GGTGAACATG CGTTTTGCGT ATGATGATAT GCGCAGCGGC
AACATATCGG GTTTTGATCA CAACCACTTT TCATTTGACA GCATTTACGG CATCACAGAA
GATCTGTATG CGTTTGCAGA CACTTTCCGC ATCAATATAA AAGACCTAAC AACTATTGAA
GGTCATACAC GGCTCCGTGT ACACAAGCTG TCAGGTATAT ATACCTTGTG TGAGCATTAT
ATGGATCTGG AAAACATGTA TGCAAAGATC GGAAATACCT TCCTGCAGAA TTACATGAAG
ATCAGTTATG GCACCATCAC CGATCTGGCA GATTTTAATA CAGAGGCATA TATCAATGCA
ACCTTAGACA GTTCATATGT TGATCTGCAA GACATTGCCT TCTTTGCCCC GGAATTGAAA
AAGTACCCGT ACCGGATCGG TATCAGTGCA GTGGCTTCGG GCAAGGTGAG TAAATTCACG
ATCAATAAAC TGCGCGCATA CACAGGCAAA AGTTATGTTA AAGGTTCACT GCATATGGAT
GGCTTGCCCA GCTTTATGTC TACCTACATT GATGCAACCT TCAATGATGC ATACATCAGC
CAAGCTGATC TGGGACCGTT TTTTGATACC GAAGTACGGG AAACGATCCA GACCTTTAGT
TATTTTAAAG GGCTGCTTAG TTTTAATGGA TTCCCGAAAG ACTTTGTGGC AAATGCTGCG
CTGAATACGG CGATGGGTTA TTTTAAAACA GATATGAAAT TCAATCTGAA AGATAACCTG
AAAGCAGACA GCTACTATTC CGGGAAACTT ATAACCAAGC AGTTTAACCT GGGCAAGCTG
ATCAAAAACG AGCAGTTAGG TTTCATTAAT ATGGACGGAA GTGTTGAAGG TGTTGGTTTT
GATATCGACG AATTACGGAT GAAAATGCTT GCCACTATCT ACTCCATTGA TTTTAATAAC
TACACCTATA AGAATATCCA CACCAATGCA CTGCTGCAAA AATCGTTATT CAACGGACAT
GCAGATATTG TAGATTCAAA TCTTGTAATG AGTGTTGATG GTATGCTTGA TTATCGGGAG
GAAGAAGAAA TTCTGCAGGT AAATGTTGTG TGCGAAAAAG CACAATTAAA GAAGCTGAAT
CTAAATATTA CTGACACGGA TTTATTGGTC AAAACAAAAC TAAACCTGAA CTTCAGAGGA
ACGGAAATAG ACGATGCGTA TGGAAACGGT TACCTGGCCG ACACTTACCT TCTATACAAT
GGAAATAAAG AAATTTATAT TGATACGCTG CATCTCATTT CGAACATTAT AGATGATACC
ACCAGGAATA TTGAAATTGC TTCAGATATT ATTACGGCTA CTATAAAAGG GAATTTTAAA
CCTACAATCA TTGCACATGA TTTTACAGAA TTTGTGCAGG AAGTAAATAA TAGTATTGTG
CATGACAGTT TGGATGTTCT TGAATATTAT AAAAACAAAA CCATACACCA GGAAACACCT
TACCATGTTA ATTACGATAT TCAACTACAT GATATTAATG CTTTTTTAAA TATTTATACA
CCCGGTTTAT ATATCTCCGG TGAATCCAGT ATCAAAGGTC GGTTCAACTC CGGCCGCACA
AAAATATTAC GTTCAAGGGC AGAAATTGAT ACCATTTATT ACAAAGGATT TGAATTCAGA
AAAAATAAAA TCAATTTATT CTGTTCACAA AAAAGTGATA CATCAGAAGT ATTAGGAAAT
TTAACATTCA CTTCGGAGAA ACAGATCAAT TCAGATTATA TTGAAACAGA GAATTTCCTG
CTTGAAACAG TATTAGCCGG CGAACAGGCA AACTTTTATA TAGGAGCCAA ACAATCTGCA
ACCAACAACA GTACACGTAT TTCAGGCACC ATAGATTTAT ATGACCCATA CAATATCATT
ACATTTAACA ACTCCATCTT AAGCATAAAA GATAACGTGT GGAAGTTTAA AGATGACAAG
AAAATTTTTT TTAACGCGCA TGAAATTAAA TTCGATAGTG TTTCTTTATC CAATGCCCAG
CAGGAAATTG TTATTATTGG TAAATTAGGT CAGGAATCTA CACAGGGAAC TGTACTGCTT
GAAAATATAC ATATGGAAGA TTTTTCACAT TTTTTCACGC AGGTAAAACT GAAAGGTATT
GCTAACGGTA ATATCAATCT TGGTGAATCT GACGTAGACA GCAAACTGAC TATTGACAAT
TTCAATATTG ACACCTTGTA CGTAGGCGAT GTTAACGGGC TGGCAACATG GAATAATCAG
CAAAAGCAAA TGAATATGAA TGTCAGCATT TTACGTAAAA GTGATAACAT TTTTAACCTC
AGCGGTTATT TTGCACCCGA AAGTACTTTA AGAAGCGAAG AACTAAACCT GGTTGCGCAA
TTTAAAGAAG CTGACATTTC TCCTTTAAAC TCCATAGCAA AAGATGTATT CACAGCCATC
AGAGGACTGG CTACGGGCTA TGTAACCATT AAAGGAACGC TTTCAGAACC CTTGGTGGAT
GGTGAAATCG ATGTAACCAA CGGTCATTTT AAAATTCCTT TTACCGGAGC AAGCTACCAT
TTTACAGATA AAATTTATGT CAAAAATGAC CGCATCGGAT TTGAAAATGT TGAACTGAAA
GATATTAATG AAAAGAGCTG CTATGTTACC GGCGGACTTA ACCACAATCA CTTCAAGGAC
TTTGTATTAG ATTTCAGAGG TACTATCCCC CTTCAGGACG GCAATGGATT TCAAGTAATT
AATCTGGCAG AAAATCAGGG TGACATCTTT TACGGAGATG CCTATGTTAC GGGTAACTGG
GAGATACTGG GTGCTTTAAA TAAAATTAAA ATTAAAGCGA ATGCATTGTC TCAACCCAAC
ACGAAAATAT TTATTCCATT AGACACCTAT GCCGGCGCTG AACACGAAAG TTATATACGC
TTTGTTGATC CGGACCGCGA CAAAACCAAT ATCAATCAGA AGAAAAAAAT TGATCTATCC
GGTATTGAAA TGGAATTCAA TTTAGACATC ACGCCGGATG CTTACACAGA AATTATTTTT
GATAAAAAAG CAGGTGACAT TATTCGTGGA AACGGAAACG GACACATGCG TTTAACAATT
GATACACGTG GTGATTTCAA CATGTTTGGC AATTATGAGA TTATACGCGG GAAGTACAAT
TTTACCCTGG CGGGAATTAT TAATAAAGAA TTTACCATTG ATCCGGGAAG TACCATTAAA
TGGAACGGTG AACCGTATGA AGCCGAGCTG GATATCAAGA CACGTTACCG TCTGTATACA
TCACTTAAGC CCACCATCAC AGACCCTACG CTGGCTGAAT CTCCCGATGC GCAACGTAAA
TATCCGGTGA ATGTATTAAT GGGCTTAAAA GGAAATCTAC GTTCACCGGA AGTTATCTTA
GGATTAAAAA TTGAAAACAA ATATCCGGGC CAGTTTGCAG GTTATGTAAA CAGCTTTGAA
ACGTATGTTG CCGGTAATCC ATCGGAGATG AACAAACAGG CATTCAGTTT AATTGTATTG
CGTAAACTAT CCCCTATCGG AAATGGTTTA TCTGATGCAA GCGGTTCTTA TGCGAACTTA
AGCGAATTGT TGTCAAATCA GTTAAGCAGC TTTGTATCAC AGATCGATGA AAACTTAGAA
ATTAACGTTG ATCTTACCAC GCTGGATAAA AACGGATTGA ACACATTCAA TATGCGCTTT
GCCTATACCG CACTAGACGG TCGTTTGCGT ATTTCACACC AAAGCGGTAA TTACTCAAAT
ACAGCAAGTG CAGCAACCAA TATTGTAGGT GAATGGACCG TTGAATATGT ATTAACGCCA
AGCGGAAATT TAAAGGCAAA AGTATACAAC AAAATAAATC AGAATGCCCT TATCACGTCT
GCTAACACCA CAACAACCAT GGCTGCAGGC ATGAGTATTC AGCATACACA GGGCTTTGAC
CGTATTGGCG AGATCTTTAA AAAGAATGCC AACAAGAAAA AGAAAAAACG TAAAGAGCCG
AAACAAATGT GGGCTCCTTA TAAAGATGAA GAAAATCAAT AA
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| Protein sequence | MITQVKNFSR IFIRRFLKTV AYTALILLIL LTIIVIGFRT IYVQEKVGKI ASKELSEFLQ
YKVNIDRVEI DWFDHFIIYG VTLYDYKGSQ MIHLGEGVVD YEIFTLERKW TFRIEDIVLK
DGEVHLIKYK NTDILNINEF IDAASKLGND MDTTAAREAF TLDDIKLVNM RFAYDDMRSG
NISGFDHNHF SFDSIYGITE DLYAFADTFR INIKDLTTIE GHTRLRVHKL SGIYTLCEHY
MDLENMYAKI GNTFLQNYMK ISYGTITDLA DFNTEAYINA TLDSSYVDLQ DIAFFAPELK
KYPYRIGISA VASGKVSKFT INKLRAYTGK SYVKGSLHMD GLPSFMSTYI DATFNDAYIS
QADLGPFFDT EVRETIQTFS YFKGLLSFNG FPKDFVANAA LNTAMGYFKT DMKFNLKDNL
KADSYYSGKL ITKQFNLGKL IKNEQLGFIN MDGSVEGVGF DIDELRMKML ATIYSIDFNN
YTYKNIHTNA LLQKSLFNGH ADIVDSNLVM SVDGMLDYRE EEEILQVNVV CEKAQLKKLN
LNITDTDLLV KTKLNLNFRG TEIDDAYGNG YLADTYLLYN GNKEIYIDTL HLISNIIDDT
TRNIEIASDI ITATIKGNFK PTIIAHDFTE FVQEVNNSIV HDSLDVLEYY KNKTIHQETP
YHVNYDIQLH DINAFLNIYT PGLYISGESS IKGRFNSGRT KILRSRAEID TIYYKGFEFR
KNKINLFCSQ KSDTSEVLGN LTFTSEKQIN SDYIETENFL LETVLAGEQA NFYIGAKQSA
TNNSTRISGT IDLYDPYNII TFNNSILSIK DNVWKFKDDK KIFFNAHEIK FDSVSLSNAQ
QEIVIIGKLG QESTQGTVLL ENIHMEDFSH FFTQVKLKGI ANGNINLGES DVDSKLTIDN
FNIDTLYVGD VNGLATWNNQ QKQMNMNVSI LRKSDNIFNL SGYFAPESTL RSEELNLVAQ
FKEADISPLN SIAKDVFTAI RGLATGYVTI KGTLSEPLVD GEIDVTNGHF KIPFTGASYH
FTDKIYVKND RIGFENVELK DINEKSCYVT GGLNHNHFKD FVLDFRGTIP LQDGNGFQVI
NLAENQGDIF YGDAYVTGNW EILGALNKIK IKANALSQPN TKIFIPLDTY AGAEHESYIR
FVDPDRDKTN INQKKKIDLS GIEMEFNLDI TPDAYTEIIF DKKAGDIIRG NGNGHMRLTI
DTRGDFNMFG NYEIIRGKYN FTLAGIINKE FTIDPGSTIK WNGEPYEAEL DIKTRYRLYT
SLKPTITDPT LAESPDAQRK YPVNVLMGLK GNLRSPEVIL GLKIENKYPG QFAGYVNSFE
TYVAGNPSEM NKQAFSLIVL RKLSPIGNGL SDASGSYANL SELLSNQLSS FVSQIDENLE
INVDLTTLDK NGLNTFNMRF AYTALDGRLR ISHQSGNYSN TASAATNIVG EWTVEYVLTP
SGNLKAKVYN KINQNALITS ANTTTTMAAG MSIQHTQGFD RIGEIFKKNA NKKKKKRKEP
KQMWAPYKDE ENQ
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