| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_1031 |
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| Symbol | |
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| ID | 4184367 |
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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 | 1189967 |
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| End bp | 1192681 |
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| Gene Length | 2715 bp |
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| Protein Length | 904 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 638071029 |
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| Product | hypothetical protein |
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| Protein accession | YP_677648 |
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| Protein GI | 110637441 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.251501 |
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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 | ATGCTAAAAC GAATCATACT TTTATTTATC TGCACTGGTT CATGTTTATT TTTCAAGAAT
GATGTTCAAG CACAATTAAC GCTTTTTAAA GATAATAAAA CGTGCCTCTA TGGATATACG
AATGATTCAG GAAAATGGAT TGTACAGCCG CAATACCTAC ATGCAGAAGA ATTTTATGGA
GGATATGCTA TTGTAGGAAT CAACGAGCGC AAGGGATTAC TTGATACGAT TGGCAACGTG
ATCGTACCCT TACAATATGA TTATATCATT CGTGAAAACG GGTGGTATGT ACTGAAGCAT
GACACCGTTT ATGATGTATT TGATCCCGTT TCTAAAAAAA TAATGATCAA AGATTTTCCG
CATATGATTA TAGCATATGA AAAAGAATAT GTGCTCTTTA AAAATCAGGA TAGCTATGGC
TTGGCTGCGG GCAATACCAT CCTGCTGGAA AATTCAATCC GTATCGATAT TAATCCCCGT
GATCAGTCAG CAATTGTACA TTACGGACCT GCGTACAGCG ATTCCATACG CATCTATTTC
ATACAACAAC GTACATTTGC TCCGGATACC TATAGTTATC TGCACTGGAC GGATTCGAAT
CATTACCTGG CAAAAAAGGG TAACGCTTAC GGATTGATCG ATCATACAGG AAAAACGATT
GTGTCATTTG ACTATACAGA TATTTATCTG AGCGACGCAG AAAACGCGCC ACTAGTGCTT
CAAAAAAAAC ACAACAAAGG ATACGATGTA TTTACTATTG CCGGACGAAA GTTGAATAAA
AAAGCGTATC AGCAAATAGA CACAGCAAGT CTCTTGCAAT ACAACATATA TATTGTCACG
CAAAAATCAA AACAAGGCGT ATTGAATACA GATGGTAAAT TAAAGATTCC GTGTGTATAC
GACAGTATTT CCTATGTCCT AGCCGGCGAC TATCCGGCTT ATCTGCTGCA TTCATCCAAA
GGTATTCAGG TTGCAAATAC AGCGGGCAAC ATATTGCACA ACGGTCATTA TGAGAATATA
GCGCTTTTAA AACCACTCTA TGCCCCTGAG CCTGAATATT CCTATGAGGA ACCGCTTCCC
CCTTACATTA TTTCTATCCT GCCCGATACA TCTGTTATTG TATTGAATGT CCGTGATTCA
ACAGAATATC GTTCTGCTGC AGGTGAATAT GCTGATGCAA GCTACCTGCT GTATTCTAAA
GGTAAGTATG GTATGATCTC CGGCGGCTTG CAGCAGGTAG TACCACCGGT ATATGATTTT
ATTTTCCCGT TTCAAAGCGA ACATTCTTAT ACAACAATAC TTCAACAGGG GCGGTTTGGC
ATTCTGGATC TTTATGGAGA TGTGATCATA CCGCCGGAAT ATCTTTTCAT CAGTGAAAAT
CCGTTATCGG ATGAATCCTT TATTTTTATG ACAGAAGATT ATTTATTCGG CATAAAAAAT
ACTGCGGGAG AAATATTGGT TGAACCGGTT TATACAGCGC TGAGCGGTTA TGATCCTGAA
AAAGATTATT GCTGGGCAAA ACATGCCGAC AGCTCCGAAC TCAGGCTGAT TGACAGGAAT
GGCTCGTTAA AGAGTCCGCT TGATTTTGCA TATCCCATTA ATCTGGCTTC ATCCGGCGGG
GTGGTCATAC AAGCCACAAC CGAAGACCTT TACAACGAAA CATATAAAAC AGGTGTACTG
GACTGCAATA CATTCCAGCC GGTTGTACCT TTTAGCTATG CGCTTATTGT TCCGGTTAAC
GACAGCATCT ATCTGTGCAC AACAGAGGAA AGTTATACGG ATTCAACGTA TACAGATTTA
TACATCCAGC AGATGCACCT TGATTCTGTT ACCGGCTGCG CTCTATTGCC TGACCAGATC
ATTGCGATAG AGCGCTGTTA CAGCTGGGGA TATTTAAAAA ACGGCAAATG GCTTGTAAAG
CCTGGCACAA AGCCTGATGT ATATGGTGCT GAGATACGTG AACTATTACA AATGCAATCA
CAAACAATAA ATAGCTATAT GTCTGATCTG TATGGCGGTG AGTATGAAAT CACACTGGCG
TTTGACTCGA CACACATACA TACGGCATTA AGCAAACTTC TCAACTATGA ACTGATACGA
TCATTCAGCA ACGATCAGAA GCGTACATTT AATAATCTCT ACATCGAAGA AGACATGGAA
AATCGGCTTG TTTTGTACGA CAGGGATTAT GTTGACATAT TGATTCAATC TGCTTATGAA
CCGGATGAAG AAATGTATTA CGGCTATCGT AACGGCTACG CATCCGGCGG CAGCGAAACA
ATTACGGCAG TAGTACATAC ATCATCATTC GGAGAAATCA GGTCGTACAG CGAATCATGG
GAAAGAGCCT CTTATTACGT GCATCATGAA AATATTCTGT ATACCATTAC CAGCAATAAT
CAGCTGAAAC AACTATCGCT GGCAGATGTC ACCAATCACC TGCAGCATAC AGCTATATTG
AGCAGTTTGA TTAACCTGCA GCTGGATTCA ATGGAAGATA TTCAGCTTTC GTGCACAGAC
CGCGAACAGA TTGTCGAACT CGCTACGGGA TATCAGTTTG AAAAAGAAGG CTTGCTTTTT
TATTTCGAAG ATGAACGTTC GCAAAACAGC TATGAATACG AAGAAATAGA AGTACTTCTT
CCCTACTCGC AGCTAATCCT TTATTTTAAA AAATCTGCTT ACCTTACGGA ATTGTATAAA
AATTCTCTTA AATAA
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| Protein sequence | MLKRIILLFI CTGSCLFFKN DVQAQLTLFK DNKTCLYGYT NDSGKWIVQP QYLHAEEFYG
GYAIVGINER KGLLDTIGNV IVPLQYDYII RENGWYVLKH DTVYDVFDPV SKKIMIKDFP
HMIIAYEKEY VLFKNQDSYG LAAGNTILLE NSIRIDINPR DQSAIVHYGP AYSDSIRIYF
IQQRTFAPDT YSYLHWTDSN HYLAKKGNAY GLIDHTGKTI VSFDYTDIYL SDAENAPLVL
QKKHNKGYDV FTIAGRKLNK KAYQQIDTAS LLQYNIYIVT QKSKQGVLNT DGKLKIPCVY
DSISYVLAGD YPAYLLHSSK GIQVANTAGN ILHNGHYENI ALLKPLYAPE PEYSYEEPLP
PYIISILPDT SVIVLNVRDS TEYRSAAGEY ADASYLLYSK GKYGMISGGL QQVVPPVYDF
IFPFQSEHSY TTILQQGRFG ILDLYGDVII PPEYLFISEN PLSDESFIFM TEDYLFGIKN
TAGEILVEPV YTALSGYDPE KDYCWAKHAD SSELRLIDRN GSLKSPLDFA YPINLASSGG
VVIQATTEDL YNETYKTGVL DCNTFQPVVP FSYALIVPVN DSIYLCTTEE SYTDSTYTDL
YIQQMHLDSV TGCALLPDQI IAIERCYSWG YLKNGKWLVK PGTKPDVYGA EIRELLQMQS
QTINSYMSDL YGGEYEITLA FDSTHIHTAL SKLLNYELIR SFSNDQKRTF NNLYIEEDME
NRLVLYDRDY VDILIQSAYE PDEEMYYGYR NGYASGGSET ITAVVHTSSF GEIRSYSESW
ERASYYVHHE NILYTITSNN QLKQLSLADV TNHLQHTAIL SSLINLQLDS MEDIQLSCTD
REQIVELATG YQFEKEGLLF YFEDERSQNS YEYEEIEVLL PYSQLILYFK KSAYLTELYK
NSLK
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