| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_1858 |
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| Symbol | |
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| ID | 4185928 |
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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 | 2176882 |
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| End bp | 2179548 |
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| Gene Length | 2667 bp |
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| Protein Length | 888 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 638071856 |
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| Product | hypothetical protein |
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| Protein accession | YP_678466 |
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| Protein GI | 110638257 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.00276956 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | TTGGATATAA ATGGAATTCC TTACATCGTC TATCAGGACT GGGATAGTGG CACTAAAGCT
TCTGTTAAAA AATTTGACGG ACAATCTTGG AAATTTGTTG GTATGCCAGG CTTTTCTGAT
GGTCCTGTTT CTAATACAAC GATCACGATA GATAAAAATC AAACTCCTTA TGTTGCTTAT
AGAGATTATT TAAAAAATAA TTCACCGGCA GTAAAGAAAT TTAACGGGAC ATCATGGGAG
ACGGTTGGAA CTCCGGAGTT TTATCCGCAT TCTGTATACT CTTTATCTAT TGCTTTAGAT
GGGCAGGGGG TGCCTTATAT AATATTTGGC ACTAGTGATA GCGGTAAAAT ATCGGTTATG
AAGTTTACCG GTACAAATTG GGAATATGTT GGTTTAGCAG ACTTTTCACC AACATATTCT
CAGGAGTTAT CTTTGTTTAT AGGTGCGAAT AATTTGCCAT ATGTTGCATT TACAGATGCG
GTACAATCAT CAGCTGTTTC ATTGATGAAG TTTACAGGTA CAAGCTGGGA GTATGTTGGA
TCTCCAGGAT TTTCAAATGG AATAGCTTCT TCAGTATCAT TAGTTCTGGA TGCAAACAAT
GTTCCTTATG TATCCTATGT TGATAAAGCA AATAATTCAA AATTGTCGGT TATGAAATTT
AATAGCGGAA GTTGGTCTTA TGTAGGTCAG CCAGGCATTT CTTCGGGTGC TGCGATTAGT
ACTTCTATGG TGTTGGATGT AAATGGGAAT CCAACTGTTT TATATACTGA AAATTTCGGT
ATGGCTACTG TTGTAAAATT TAATGGGACT ACATGGGAAC GTGTAGGAAA TACAGAATTT
TCGTATGGTT ATGCCAGTTA CCCGGCCCTT GCAATTAGTA ATAATGGTAC TTTATATGCA
GGTTTTCAAG ATTGTGGGGT TGCTTGTAAA GCACTTGTAA TGAAGTTTGA TGGTGGAACA
TCCTGGGAAA ATATTACTGG AACTGGGTTT TCAGATGGAC CTGTAGGAAG TCTTTCTAAA
ATAATATTGG ATGATTCAGG TACCCCATAT GTATTTTTTT CAGATTTGGA ACATAGTAAA
AAAGCTTCTG TAATGAAATT TAATGGAATG GCTTGGGAGT ATGTAGGTAC TCCGGGTTTT
TCATTAGGCG AAATATCTTC ACCTTCTCTA GCTATAGATA CTGGCGGATT TCTTTATGTA
GCTTATAAGG ATGTTGCAAA TGAGGATAAG GCAACCGTTA TGAAATTCAA CGGTGTTTCG
TGGAATAATA TCGGGGAAGC AGCAGGATTT TCTTCAGGGG GCGTTAATTA TACTACAATT
GCTATTGACA GCAATAATGT TCCTTACATA GCATTTATGG ATTGGGCAAA TACCAGTAAA
GCAACTGTAA TGAAATTTAA TGGAATGAAT TGGGTATATG TTGGACTGCC AGGATTTTCT
GAATCTTATG CTAGTAATAT TACATTAATA ATAGATGGTA ATAATACTCC TTATGTTCTA
TACCAGGATT GGACAAAAGA TATGAAAGCC ACTGTACTGA AATTTAATGG AAATGATTGG
CAACCTGTAG GCGATATGGG ATTTACAAAG GGCGTAGCAG AATTTTTAAC TATTGAATTA
GATAATAATA ATATGCCATA TGTAGTTTAC AGAGATTATA CAAATGGCGG AAAAGCTGCA
GTAAAAAAGT TTAATGGAAC TACATGGGTT AATGTAGGAC CAGAATGGAT TTCAGCAGGA
GAAGTAGTAA GTGCAGGTAT GGCATTTGAT CATAACGGAC AACTTTACAT AACATTTAGT
GAGCTCTCAA ATAGATCAAA GGCAACTGTT ATGAAATTTA ATGGTGTTTC CTGGGATTAT
GTTGGAGATA GAGGTTTTAC TAAGGCTCGT GCAACTAATA CATCTCTTGC AATAAATAAA
AATGGTGTGA TATATATTGT ATATAGCAAT GGGTTTCCGT TTGCTCAAAA ACTAGGGTTG
AATGTTGGTG CTACCAATAT TTCTGTAACT ACCTGTTTGG GAAATAGCCC CATATTAAAT
AATACTGTTG CTGGCGTGAC TTATAATTGG ACCGGTCCGG ATAATTTTAC ATCATCAGCA
CAGAATCCGG TCATTAATAA TATTTCAAGA ACACAGGAAG GAATTTATAA CGTGACAGTA
ACAAATCCAG ATGGATGTGT TGGATATAAT TCCATAAAAG TGAATATTAG TACACCTAAT
ACATCCGTGT CTCAAAATCA ATTACAATTG AAAGCAAATT TGAATGGTGC TTCTTATCAA
TGGATAGACT GTACAACTAT GCAACGTATT AGTGGTGCTA CAAATCAAAC GTATACACCA
GCTGCTATGA ATGGCCGGTA TGCTGTAATT GTAACGTCCG GTATAGGCTG TTCGGATACT
TCAAGTTGTT ATGGCACAAT TACTACAGAT TTTAATACGG TGAATCAAGA AACTGGATGG
AATATTTACC CCAACCCGAA TAACGGTACG TTTACAATTG AGTCAAGTAA AAATGGTGTG
TTTGAGCTTA TGGATATTAC AGGTAAGGTA GTGGCTACAT ATGAAAAAAA TGAAGAAAAT
TTAAATATAA CTTTACAGCT ACCAAAATCT ATGTACTTCA TTCGTGACAA ATCGAGTAGT
TCTATGAAAA AAATTATACT TGAATAA
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| Protein sequence | MDINGIPYIV YQDWDSGTKA SVKKFDGQSW KFVGMPGFSD GPVSNTTITI DKNQTPYVAY
RDYLKNNSPA VKKFNGTSWE TVGTPEFYPH SVYSLSIALD GQGVPYIIFG TSDSGKISVM
KFTGTNWEYV GLADFSPTYS QELSLFIGAN NLPYVAFTDA VQSSAVSLMK FTGTSWEYVG
SPGFSNGIAS SVSLVLDANN VPYVSYVDKA NNSKLSVMKF NSGSWSYVGQ PGISSGAAIS
TSMVLDVNGN PTVLYTENFG MATVVKFNGT TWERVGNTEF SYGYASYPAL AISNNGTLYA
GFQDCGVACK ALVMKFDGGT SWENITGTGF SDGPVGSLSK IILDDSGTPY VFFSDLEHSK
KASVMKFNGM AWEYVGTPGF SLGEISSPSL AIDTGGFLYV AYKDVANEDK ATVMKFNGVS
WNNIGEAAGF SSGGVNYTTI AIDSNNVPYI AFMDWANTSK ATVMKFNGMN WVYVGLPGFS
ESYASNITLI IDGNNTPYVL YQDWTKDMKA TVLKFNGNDW QPVGDMGFTK GVAEFLTIEL
DNNNMPYVVY RDYTNGGKAA VKKFNGTTWV NVGPEWISAG EVVSAGMAFD HNGQLYITFS
ELSNRSKATV MKFNGVSWDY VGDRGFTKAR ATNTSLAINK NGVIYIVYSN GFPFAQKLGL
NVGATNISVT TCLGNSPILN NTVAGVTYNW TGPDNFTSSA QNPVINNISR TQEGIYNVTV
TNPDGCVGYN SIKVNISTPN TSVSQNQLQL KANLNGASYQ WIDCTTMQRI SGATNQTYTP
AAMNGRYAVI VTSGIGCSDT SSCYGTITTD FNTVNQETGW NIYPNPNNGT FTIESSKNGV
FELMDITGKV VATYEKNEEN LNITLQLPKS MYFIRDKSSS SMKKIILE
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