| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_1832 |
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| Symbol | |
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| ID | 4183876 |
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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 | 2148518 |
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| End bp | 2151613 |
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| Gene Length | 3096 bp |
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| Protein Length | 1031 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 638071831 |
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| Product | outer membrane assembly protein |
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| Protein accession | YP_678441 |
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| Protein GI | 110638232 |
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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 | 13 |
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| Plasmid unclonability p-value | 0.560991 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.0710344 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGTGGA ATAAAAATAT ACAAAAATGG GTTTTGATTA CAGGCTGTAT ACTTGCAGTA
CTGTTAATCA GTCCGTTTAT TATTGTACAG CTTTACAAAG ACGAAATCAA AACGGAGATT
GAAAAAAATA TCGATGAAAA TATTAATGGC ATTGTAAGCT TCGAAAAAAT TAATTATTCC
TTCTTTTTTC ATTTTCCAAA TTTAACATTG GCCATGAATA AGGTTGATGT AATCGGCATT
CATACGTTTC AAAAAGACAC GCTGGCACAC ATTGACCGGA TTGATTTACA ATTGAACTGG
TTTAAACTCA TCCTCAAAAA TAAGATTGAA ATAGATGCGG TTGTGTTGAA TAAACCAATC
ATTCATATGC TGGTAAAGCA CGACGGAAGC GCCAATTATG CGATTATAAA AAAAGATACA
ATAAATGCAG ACACCATGGA ATATGCCGGC ATTTCGCTTG ATAGATTTGA AATTAAAGAA
GGTACGATCC GTTACCTGAA TGAAAGTACA AGACAGTGGA TAGAAGTATA TGATATAGCA
CATACCGGAA AAATTGATAT CGAAAAAAAT AAAATCAATT ATTTAACTAC TACGGCGGTT
AAACATATTT CTGTAACGGA TAATGATATC AACTACATGC ATGATAAACA ATTATCCTTA
CACATGAATC TGGTGTTTGA TCTGCATTCA AATACCTGTT TTATTCAGGA GAACGCTATT
GAGTTGAACA CGTTTCGTTT CGGCATGGAC GGCAGTGTGC GTTTTTTACC TAAAGGATAT
CACGTTGATA TGACCTTTGC TTCTAAGCAA GCTTCTTTCA GTGATATCTT ATCGCTTATA
CCGGGTACCT ATAAGAAAGA ATTGAAAAAC ATTCATACCG AAGGTTTATT AACCTGTACC
GGAAAAATTA AAGGTGATTA TTATGACACA AGCGCAGTTA TTCCGGCTTT TCATGTAGAT
CTGAAAATTG CTGATGCCGT ATTGCAGGTG CAGGATTTTC CATCAAAAAT AAAAGATATA
CAGTGCAATC TCGAAATAGA GAATACGAGC GGTATTATAG ATAGCACCAT TATTAATCTC
AAAAATTTTA ATATGGATGT TGGCGGGCAT CCGGTAAAGG GACGGTATAA AATGCAGGGG
TTTACTGATG TATACATTGA CGCCGATATC CTTGCCGAAC TTGAATTCGA AACCATTGAA
AACATATTTC CAATCCGGCA TTGTGATATT AAAGGTAAAC TTAATTTTGA CCTGCAGGCA
AAAGGCATGT ATAAGAAAAG AAAACATGGC GATGATTTTG AAGTTACCAG TATACCAGCA
TTTGATCTGA ATCTCACGTT ACGTGAGGGT ACCTTAAAGT ACGACAGTGC ACAGGCAACT
TTTCATGATA TAGATCTTTT TTTGAACGGC AATAATACAG ATGGAAATCC GGAGCATACA
GATTTTAATT TAAAATCACT GGAAGTTTAT TTAGGTGAAA ATGTTATTAC AGGTACTATT
TCAGTAAAAG GATTAAATTC CTGCTACATT AAATCCAACC TCAGCGCTTC CATGGATTTA
GCAGATATAG AAAAATTATA TCCCGCTAAT ACCAATATTA TCAAAGGGCT TTTTAAAACA
GATGTTATCA TTAATGGGGT GTATGATACT AAAAATGATT TATTTCCTTC TGTCAATGCT
TTGGTAAGCC TTACTAATGG CTACCTGCAG ACAAAGGGGT ATTCAGAACC CATAGAAAAT
ATAAACTTCA CGGCACGTGC TGTAAATACT ACCGGAAAGG CTGAAAATAC ACGTGTTGAT
TTTGATCAGC TGAATTTTTT AATGGAAGGA AATCCGTTTT CAATGAAAGG GTATATTGAA
GACTTTGTTA AAATGAATTA TGATTTTAGC ATAAAAGGCA TACTGGATCT GGAAAAAATC
ACAAAAGTAT TTCCGATAGA AGGGGTTACC TTATTGGGTA TGGTTGATAC CGATATTGAA
AGTAAAGGAT CTATTGTAGA TATAGAAAAT AAAAACTTCT CTAAAATTAC CTGTGCCGGA
AATATTTTAC TTAAGCAGTT TAAATACCGT TCACCGTCTT TTCGGATGTC GTTGCATGTA
AATGAAGCAT ATTTAAAACT GGCGCCGGAT AAAATTGTAA TGACCAAATG CACCGGTCGG
GTTGGCAGGA CAAAATTCTC CATGACTGGT GATTTAACCA ATTACATGTA TTTCATTACC
TCTAACAATG ATATGATTAC GGGTGATATT AATCTTAAAA GCGATACGCT TGATTTAACA
CCCTGGATTG ATAAAACATA TTCCCGTAAA CGAAAAAGTA TAACAACGAT ACCAGAACCA
ACTCCTGTAC CCTATACGGA GCCTGAGATC TGGGAGGTAC CTAAAAATAT AAACTTTATT
TTTGATGCGC AGATTGAGCA TCTTTTTTAT CAGGATTTGC ATATTACAAA ATTGAAAGGG
AAGATTGCGA TCAGAAATGG AATATTAACA TTGAATGAAA CAGGATTTAA TTCCTCTAAT
GGTTATTTTT CCGTCGATGG TGATTATAAT ACGGTAGATA GCAACCGTCC GTTTTTTGAT
GTGCATCTTG ATATCCGGGA ACTGGATATT AATAAAGCCT ATACTGAAAT TGCATTGGTG
CGTAAACTGG CGCCTGCAGC AGGAGATACC TATGGCAAAG TATCGGTCAA CTACAAACTT
TCAGCAGAGC TGACACATAA AGGAACCATA AAGCTCGAGA CACTTACAGG GGGCGGAAAT
GTTACGGTGG CCGATGCAAA AATCAATGGC ATGAAAATGT TTGATGAGAT CAGCCGATCT
GCTAAAAAGC AGGATATAAA AAATCCGGAT GTGAAAAATG TATCCATGGA TTCAGAAATT
CATGATAATA AATTATTCAT CAAACCTTTT TCATTAAAGG TGAACGGGCT GAATACAGAT
ATTGAAGGTT CAAATGATAT TACCGGCGGC AATCTGAATT ATTTAATAAA AATAGAATTG
ATTCCGATTG ATAAAATGAA AATTCCATTT CACGTAACCG GTACGTATGA TGCGCCCAAA
GTAACCATGG GGAAAGGGAA GAAGGAGAGC CGATAA
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| Protein sequence | MKWNKNIQKW VLITGCILAV LLISPFIIVQ LYKDEIKTEI EKNIDENING IVSFEKINYS
FFFHFPNLTL AMNKVDVIGI HTFQKDTLAH IDRIDLQLNW FKLILKNKIE IDAVVLNKPI
IHMLVKHDGS ANYAIIKKDT INADTMEYAG ISLDRFEIKE GTIRYLNEST RQWIEVYDIA
HTGKIDIEKN KINYLTTTAV KHISVTDNDI NYMHDKQLSL HMNLVFDLHS NTCFIQENAI
ELNTFRFGMD GSVRFLPKGY HVDMTFASKQ ASFSDILSLI PGTYKKELKN IHTEGLLTCT
GKIKGDYYDT SAVIPAFHVD LKIADAVLQV QDFPSKIKDI QCNLEIENTS GIIDSTIINL
KNFNMDVGGH PVKGRYKMQG FTDVYIDADI LAELEFETIE NIFPIRHCDI KGKLNFDLQA
KGMYKKRKHG DDFEVTSIPA FDLNLTLREG TLKYDSAQAT FHDIDLFLNG NNTDGNPEHT
DFNLKSLEVY LGENVITGTI SVKGLNSCYI KSNLSASMDL ADIEKLYPAN TNIIKGLFKT
DVIINGVYDT KNDLFPSVNA LVSLTNGYLQ TKGYSEPIEN INFTARAVNT TGKAENTRVD
FDQLNFLMEG NPFSMKGYIE DFVKMNYDFS IKGILDLEKI TKVFPIEGVT LLGMVDTDIE
SKGSIVDIEN KNFSKITCAG NILLKQFKYR SPSFRMSLHV NEAYLKLAPD KIVMTKCTGR
VGRTKFSMTG DLTNYMYFIT SNNDMITGDI NLKSDTLDLT PWIDKTYSRK RKSITTIPEP
TPVPYTEPEI WEVPKNINFI FDAQIEHLFY QDLHITKLKG KIAIRNGILT LNETGFNSSN
GYFSVDGDYN TVDSNRPFFD VHLDIRELDI NKAYTEIALV RKLAPAAGDT YGKVSVNYKL
SAELTHKGTI KLETLTGGGN VTVADAKING MKMFDEISRS AKKQDIKNPD VKNVSMDSEI
HDNKLFIKPF SLKVNGLNTD IEGSNDITGG NLNYLIKIEL IPIDKMKIPF HVTGTYDAPK
VTMGKGKKES R
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