| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CHU_0939 |
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| Symbol | |
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| ID | 4183638 |
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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 | 1082050 |
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| End bp | 1087980 |
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| Gene Length | 5931 bp |
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| Protein Length | 1976 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 638070938 |
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| Product | hypothetical protein |
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| Protein accession | YP_677558 |
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| Protein GI | 110637351 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.0134792 |
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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 | 21 |
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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 | ATGAAAAAAA CGATCCTACT TCTAACCATA CTAACTACAT TCTGTAGTTA TGCTGTAAAG
TCGCAGACAT CAAATTTGGT ATATAGTCTG GGTAAAACCG GCTCAACTAT TGAAATTACT
TCTATTGCTT CGGATGCAAG TAATAATATA TATGTATGCG GAAGTTTTAC AGGAAGCAGC
GTTGATTTTA ATCCGCTGGG AACAGCGGTT ACTAAAAGCT CATTAGGCGG TACAGATGGT
TTTATAGCAA AATATAATGC TGCAGGTGAA CTTGCTGCGG TAAACACCTT TGGAAATAGT
GGTGCAGAAA GAGCAGGCAA AGTGTATGTA GATGCTACGG GTGTTTACAT GCTTGCAACA
GTAGCTGCCG GTATAGTAAA ATTTGATCCC TCTGATTTTG GTACAAGTGG TGGGAGTGGT
GCAATGGCAT TGGTTAAATA CAACGATCAG CTTGCTTTAC AAAGCAGCAT ATTAGTTAAG
AAGGCCGCTG GCGGAACAGG AGATTCTTTT AATGATATAA AAGTTAGCGG CACAGATATC
TATGTTACCG GAGCATTAAA TAACAGTGCT GTAGAATTTA ATCCGCTAGG AACATCAAAG
CAATTGACGC CAAATGGTTT TACAGATATT TTTGTTGCTA AATATAATGC TTCATTGATT
TGCCAGTTTG CGTTTAATGT TGGTGGAATA GACGGAGATG CCGGTAAGGG GATCGATGTA
GATGGTTCAG GTAATATTTA TGTTACGGGT TATTTCAGAG GCCAGGGCAT TAATCTGAAT
CCAATGGGTA CAACCAGTGT ATATGAAATT GGTGAAGCTG AAGAATTAGC AGGTGCTGTA
GGAGATGTAT TTGTTGCAAA ATATAGTCCA ACTACTGCCT GTCAGTGGGC AATCAATATA
GGTACCGCAT CTGCAGATCA GGGAACGGAT ATTCTGGTTT CAAATGCAGG TACTGTTTAT
GTTGGAGGTA TTGTGAAAGA TGATATTTTA CCGGCAGATT TTAATACGGC AAACCCGGAA
ACAAATATAT ACGCAGGTCA TGGTTTAAAC GATATTTTTG TTGCGAGTTA TACAACAGCG
GGTATTTATA GCTGGCACCT TGGTACAGGA AGTACCCAGC AGGATGATTT AGCTACGATG
GCTTTTGATG CAAGCGGAAA CATTCTTATA ACAGGATTTG CAGGCGGGAA TGTTAATTTT
GGCAATGGAC AGACAATTTC AGCGCTAGGT GGGTCAGATG TATATTTTGC AACCGTTTCA
ACTTCCGGGA CCGCATTGTC TGCTTACAAC GAAGGTGGTT CTGGTAATGA ACAAGGTAAT
GGAATAGCTG TAACAGCTGC CGGAAATATT TTACTTACCG GAAATTTGTC AGCAAGCGGC
GATTACGATC CAACAGCATC TCCTGCAGGA TCAATTACAT TAAAAGGCGC TCAGGATGGA
TTTGTTGTCC GATACGGGCC TGCCTGTACA GCACCTGTAA TAAATGCACA GCCAACAAAT
ATGGTTACCT GCCAAGGCAT AAGTACATCA TTTTCTGTTA CAGCAACCGG AGCAACTTCT
TATCAATGGT ATAAAAATGG AAGTGCAGTA AGCGGTGCAA CAACAGCTTC TTATACAATA
TCTTCACCAG TTGCTGCAGA TGCAACAACC TATACAGTTG ATGTTATTAA TACCTGCCAA
ACCATTACTT CAAATACCGT TTCATTAACC GTTGATCCGT TAATTACCGG AGGAACTATA
GGAAATAATC AATCTATATG TAGTGGTACA GTACCAGCTT TTCTCATAGA AGTTTCACCC
GTTACAGGTG GATCATCAAC AGCAATACCT ACCTATATGT GGCTGTCTTC TCCTGATGGA
GTATCTAACT GGACAGCAAT TTCAGGTGCA ACAGCAAAAA CGTATGGTCC GGGAGTTTTA
ATGTCAACTA CGTACTATAG AAGATTAGAT TTCAAGGGAG CTTCCTGCTT GCCTGCACCA
ACAAATGTAG TTACAATCAC GGTTGACCCG GCTGTAACAG CAGCAACAAT TTCTTCCGAT
CAGACAATCT GCAGCGGCTC AGTTCCGGCT CAGCTTACAG GTGCTGTTGC AGCTGGCGGT
TCAGCAAGTG CTACAGCAAG CTATGTATGG GAAAGTTCCG TAAACGGAAC AGGTGGGTGG
ACAGCCATTT CAGGGGCAAC GTTGAAAGAT TATACACCAG GAACGCTTAC AGCAGATACC
TATTACAGAA GAACGGATAA AAAGGGAGCA TGTGCAGGTG TTGTATCGAA TGTTGTGGCA
ATAGTAGTTG ATGCTCAAGT TGCAGTACCT GTAATATCTT CTCCACAGAC TATTTGTATG
GGAAGTATTC CTGTGCCGAT TGGCGGAGCT CCTGCTATAG GCGGTTCAGC AACAGCAACA
GCTTCCTATA CATGGGAAAG TTCACCTAAT GGTACAATCG GCTGGACAAC TATTTCAGGT
ATAACGGCAA AAGATTATGC TCCACTAACG TTAAGTACTA CTACCTATTA TCGTAGAAAT
GATAAAAAAG GGGCTTGTGC ACCCAGGATG TCAAATAGTA TAGCAATTAC GGTTGATCCT
GTAGTGACAA CACCTTCTAT CAGCGCTGAT CAGGCAATCT GCTCAGGAAC TATACCAGCT
CAAATCACTG GCGCAGCTGC AGGTGGCGGT TCAACAGCAG GGACGGCTGT ATATAAGTGG
GAAAGTTCAG CGAATGGTAC AACCGGCTGG ACAACAATAT CAGGCGCAAC AGGAAAAGAT
TATACACCTG CTGCATTAAC AGCTACTACT TATTACAGAA GATCAGATAC AAAAGGAGCT
TGTTCTGCTG TAGTGTCGAA TGTTGTAAAA ATTACGGTTG ATCCAGTAGT GACAACACCT
TCTATCAGCG CTGATCAGAC AACCTGTTCC GGAGCAACAC CCAATCAAAT CGGCGGTGCA
GCTGCAGCGG GCGGTTCATC AGCAACAGCT ATGTATACGT GGGAAAGTTC TTCTACCGGT
ATCACTGGCT GGACGATAAT ATCAGGCGCA ACAGGAAAAG ATTATACACC TGCTGCATTA
ACAGCTACTA CTTATTACAG AAGATCAGAT ACAAAAGGAA CTTGTAATGC AGCCGTATCA
AATGTTGTAA AAATTACAGT TGATCCTGTA GTGACAACGC CTTCCATCAG TGCAGATCAG
ACCATCTGTT CCGGATCAAC AGCAAACCAA ATAGGTGGTT CAGCTGCTGC GGGCGGTTCA
TCAGCAACAG CCATGTATGC GTGGGAAAGT TCTTCTACCG GTATCACTGG CTGGACGACA
ATTTCAGGCG CAACATCAAA AGATTATACC CCTGTATCAT TGACAGCTAC TACTTATTAC
AGAAGATCAG ATACAAAAGG AGCTTGTGAT GCAGCCGTAT CAAATACAGT AAAAATTACT
GTTGATCCAG CTGTAACAGC ACCGGCAATT TCTGCTGATC AGACAATCTG TTTCGGTTCA
ACACCTGCTC AAATCGGCGG TTCTGCAGCA ACAGGTGGTT CAGCTACTGC AACAGCAATA
TACAAATGGG AGAGTTCTGC TAACGGTACT ACCGGGTGGA CAACTATTTC AGGAGCAACC
TTAAAAGATT ATACACCTTC AGCATTAGGA GCAACAACCT ATTACAGAAG ATCCGATACC
AAAGGAATTT GTTCGCCCGC AGTATCTAAT GTTGTTAAGA TTACCGTTGA TCCTGCGGTA
ACAATACCAG TTATCAGCGC AGATCAGACA ATCTGCAGCG GTTCAGCACC GGCACAGCTC
ACAGGTGCTG TTGCAGGGGG AGGCTCTGCT ACTGCAACAG CTGCCTATAT TTGGGAGACT
TCATCCACCG GAACATCTGG CTGGATAATC ATTGCCAGTG CAACCTCAAA AGATTATACG
CCAGGCGCAT TAACGGCAAC AACCTATTAC AGAAGAACAG ATATTAAAGG CGTTTGTTCT
GCTGCAATAT CTAATACAAT AAAAATAACC GTCAATCCGA TTGTTACACC TTCCGTATCT
ATTTCTACGC CTGCAACAAC AATCTGTACA GGAACTGCTG TTACGTTTAA TACGGCACCT
GCAAATGAAG GCACTGCTCC AACATATCAA TGGAAAAAAG ATGGGGTGAA TATTTCAGGT
GAAACTAATG CATCTTATAC AACGACTACA GCAACAAATA GCAGCAGCTA TTCGGTAGCA
CTGACAAGTA ATGAGCTTTG TAAAACAACT GCTACCGTAC AATCCAATAA CATTGTATTA
ACGGTTACTG CTTCAGCGGC AGCAGCTGTT ACTGTTGATG CTGCTCCCGG TAATAGTATT
TGTGCAGGTA CGAGTACAAC ATTTACAGCT ACACCGGCTA ATGGAGGAAC TGCTCCGACC
TATGAATGGT TTATTGGAAC AATCTCTCAG GGAGCACCAA GTACAACAAA AAATACATTT
ACATCTACAA CTCTTACAAA TGGAAGCCAG GTAAAGGTTA GGATGGTCAG TAACTCAGGA
TGTGCAAGCC CTTCTACGGC AGAATCTACG CCAATTGCTA TGACGGTTGC TTCTATTCCA
ACAGTAAACG TTAGTTTAGC AGTTGACAGA ATAACAATCT GTGCAAATGA AGCGGTAGTA
TTTACTGCTA CTCCGAGTGG AGGAGGTACA GCACCAATTT ATGTATGGAA AAATAATGGC
GTTATTATTA ATGGACAGAA CAGTTCAACA TACACTACAT CTTCATTAAC CGCAGGCAAT
GCTATAAAAG TAGAAATCAC CAGCAATGCA GCCTGTGCAA CCACAACTGC TGTATCTTCT
AATATTATTT CTGTAACGGT TAATGCTTCT AAAACGCCTT CCGTTTCTAT CAGTACAGGA
AGTACAACGA TCTGTGCAGG TGCTTCAATC ACATTCGCTA CAAACGCTGT AAATCCTGGA
GCTACTCCTG TTTATAAATG GAAATTGAAT AATAACATAA TTGCAGGTGC AACCGGTAGT
TCTTATACAA CAACGGCAGC TTCTAATGGA GACGTATATG CTGTAGAGCT TACAAGTAAT
GCTGCATGTG CAGTACCTGC TACTGTAGTA TCGAATGATC TGACAATAAA CGTAAATGAC
GTAACAGTTA TTGATGTGCA GCCGGCAAGC CAATCCGTTT GTGCATTAGG CAATACAGTT
ACATTCAGTG TTTCTGCATC CGGCACCAAT CTGACTTATA AATGGAGAAA AGGTTCTGCA
GACCTTGCAA ATGGTTCTGT CTATTCAGGT GTTTCTACAA AAGATTTAAC AATATCCAAT
ATTACTGCTT CAGAGCTTGC AACAAATTAC AATGTTGTAG TTACGGGCAC GTGCGGAAAT
GTTACATCAG CAAATACCAC GCTTTCTCAA ACAACTACAG CCATTACCAT TACAACCCAA
CCTGAGAATC AGACCGTAGT AACCGGCGGT GTTATCACGC TTTCTGTAGC AGCTACAGGG
CCTACGCTTA CGTATCAGTG GAAGCGTAAT GGAACCAATT TGAGCGACGG TGCAAAAATC
AGCGGTTCTC AGAGTGCAAT TCTTACAATT ACCAATGCGC AGCCATCAGA TAATTTCAAT
GATTATGTAT GTGTTATTTC AAGTCCGTGT GCTACGCAAA AAACTACCAA TCCGGTATCT
GTAGTTGTGT CTACGGCAAC ATCTATACAG AATGCACAGG CACAAGGGTT TTATGTAATG
CCAAATCCGT CATCCGGTTT ATTTGTGTTG ACAAATGAGT CAACACCATT TACGGTTGAG
AATATAGAAA TCGTTTCTAT GCAGGGTGTG GTGGTAGCAA CAAAAGCTAT TTCAGGAACA
TCAAATTTAA GTGAAGAAAT TCATGCGCAG GAATTACCTT CAGGTATGTA TTTACTTATT
GTAAAAGGTG AAGGCCAGCA GGCATTGCTG AAAATAGCTA TTGATAAATA A
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| Protein sequence | MKKTILLLTI LTTFCSYAVK SQTSNLVYSL GKTGSTIEIT SIASDASNNI YVCGSFTGSS
VDFNPLGTAV TKSSLGGTDG FIAKYNAAGE LAAVNTFGNS GAERAGKVYV DATGVYMLAT
VAAGIVKFDP SDFGTSGGSG AMALVKYNDQ LALQSSILVK KAAGGTGDSF NDIKVSGTDI
YVTGALNNSA VEFNPLGTSK QLTPNGFTDI FVAKYNASLI CQFAFNVGGI DGDAGKGIDV
DGSGNIYVTG YFRGQGINLN PMGTTSVYEI GEAEELAGAV GDVFVAKYSP TTACQWAINI
GTASADQGTD ILVSNAGTVY VGGIVKDDIL PADFNTANPE TNIYAGHGLN DIFVASYTTA
GIYSWHLGTG STQQDDLATM AFDASGNILI TGFAGGNVNF GNGQTISALG GSDVYFATVS
TSGTALSAYN EGGSGNEQGN GIAVTAAGNI LLTGNLSASG DYDPTASPAG SITLKGAQDG
FVVRYGPACT APVINAQPTN MVTCQGISTS FSVTATGATS YQWYKNGSAV SGATTASYTI
SSPVAADATT YTVDVINTCQ TITSNTVSLT VDPLITGGTI GNNQSICSGT VPAFLIEVSP
VTGGSSTAIP TYMWLSSPDG VSNWTAISGA TAKTYGPGVL MSTTYYRRLD FKGASCLPAP
TNVVTITVDP AVTAATISSD QTICSGSVPA QLTGAVAAGG SASATASYVW ESSVNGTGGW
TAISGATLKD YTPGTLTADT YYRRTDKKGA CAGVVSNVVA IVVDAQVAVP VISSPQTICM
GSIPVPIGGA PAIGGSATAT ASYTWESSPN GTIGWTTISG ITAKDYAPLT LSTTTYYRRN
DKKGACAPRM SNSIAITVDP VVTTPSISAD QAICSGTIPA QITGAAAGGG STAGTAVYKW
ESSANGTTGW TTISGATGKD YTPAALTATT YYRRSDTKGA CSAVVSNVVK ITVDPVVTTP
SISADQTTCS GATPNQIGGA AAAGGSSATA MYTWESSSTG ITGWTIISGA TGKDYTPAAL
TATTYYRRSD TKGTCNAAVS NVVKITVDPV VTTPSISADQ TICSGSTANQ IGGSAAAGGS
SATAMYAWES SSTGITGWTT ISGATSKDYT PVSLTATTYY RRSDTKGACD AAVSNTVKIT
VDPAVTAPAI SADQTICFGS TPAQIGGSAA TGGSATATAI YKWESSANGT TGWTTISGAT
LKDYTPSALG ATTYYRRSDT KGICSPAVSN VVKITVDPAV TIPVISADQT ICSGSAPAQL
TGAVAGGGSA TATAAYIWET SSTGTSGWII IASATSKDYT PGALTATTYY RRTDIKGVCS
AAISNTIKIT VNPIVTPSVS ISTPATTICT GTAVTFNTAP ANEGTAPTYQ WKKDGVNISG
ETNASYTTTT ATNSSSYSVA LTSNELCKTT ATVQSNNIVL TVTASAAAAV TVDAAPGNSI
CAGTSTTFTA TPANGGTAPT YEWFIGTISQ GAPSTTKNTF TSTTLTNGSQ VKVRMVSNSG
CASPSTAEST PIAMTVASIP TVNVSLAVDR ITICANEAVV FTATPSGGGT APIYVWKNNG
VIINGQNSST YTTSSLTAGN AIKVEITSNA ACATTTAVSS NIISVTVNAS KTPSVSISTG
STTICAGASI TFATNAVNPG ATPVYKWKLN NNIIAGATGS SYTTTAASNG DVYAVELTSN
AACAVPATVV SNDLTINVND VTVIDVQPAS QSVCALGNTV TFSVSASGTN LTYKWRKGSA
DLANGSVYSG VSTKDLTISN ITASELATNY NVVVTGTCGN VTSANTTLSQ TTTAITITTQ
PENQTVVTGG VITLSVAATG PTLTYQWKRN GTNLSDGAKI SGSQSAILTI TNAQPSDNFN
DYVCVISSPC ATQKTTNPVS VVVSTATSIQ NAQAQGFYVM PNPSSGLFVL TNESTPFTVE
NIEIVSMQGV VVATKAISGT SNLSEEIHAQ ELPSGMYLLI VKGEGQQALL KIAIDK
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