| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_0601 |
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| Symbol | |
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| ID | 5090907 |
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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 | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | + |
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| Start bp | 638167 |
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| End bp | 643740 |
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| Gene Length | 5574 bp |
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| Protein Length | 1857 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644740001 |
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| Product | hypothetical protein |
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| Protein accession | YP_001192955 |
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| Protein GI | 146298364 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.850446 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGATTCAGC CAAAAATTAG TAAGCTTAAA AAAACGGTCG CGATTTACTT AGCGATGATG
ATTCTTTTGG AAACTTTACA GCCAATGCAG ATGTATGCAT TGACAGGAGG ACCTTCACAG
CCGGAATTCG AATCTTTTAC TCCTATCGGG ACTTCTGATA TGGTGGATCT TGCCAGCGGT
GATTTTAATT ACAACATTCC TATTATGGAT GTTGGAGGTT ATCCAATAAA CTTAGCTTAC
AATTCTGGAG TGACTATGGA TCAAGAAGCT TCATGGGTAG GATTAGGATG GGATTTAAAT
GTTGGGCAGA TTACAAGACA AATGCGCGGA CTTCCAGATG ATTTCAATGG TGATGAAATG
ACCTATGAAA ACAACATGAA ACCAAATGTT ACTGTAGGAT CTGATTTTAA TGTTTTTTTT
GGTGCATTTG GTGTTAATGA GGTGAAAGCA AATGTTGGAA TGAGCATTAA GTACAATAAT
TATGAAGGTT TTGGAGCTAC TGCAAGCGGT GGTTTGAGCG CTCAAATTGC AAATAATATA
AGGGTTGGAA TGAACTTGGA ATCATCTGCT TCAGAAGGTG TCTCTGCTTC ACCAAGTGTA
GCTTATCAAG ATATCGATGA CACAAAAAAA ACAAGAGACA ATACTCCAAC CGGTAATTTT
GGTATAAGCT ATAACAGCAG AAAAGGTGTT GAAAATGTAA CTTATTCTGC ATCTATGAAT
CTAAAAAAAA TTAAAGATAA AGCTGGCAAT GAAAAAACTC GTACCATTAA TGGATTCGCT
GGAAGCGGAT CTACATCTTT TATCGATGCC TCTTTCACTC CAACGAAAAG AGTTGGTATG
GTATCTTCCA ATTTTATCTT TAATTTAAAT ATAGAGGGAG AATTCTGGGG TATTGAGCCT
GGAATGAAAT TTACCGGATA CAGAACAAGT CAGGGAATAA AGAATTCTGA AAAATATAAA
ACAGAAAGAG CTTATGGTTT TGAAAACACA TACAATGCTT CTACTGCAGA TGTTTTAGAT
TTTAACAGAG AAAAGGACAG AACATTTAAC AAAAACACTA CTTCTCTTCC TCTTACTAAT
AACACTTATG ACTTATATAA CATTCAGGGA CAAGGGATCT CGGGAATGTT TAGACCATAC
AAATCTCAGG TAGGTTATGT ATTCGATAAA GAAACAAACG ATGATAGTGT TGGTGCAAAC
CTAGGTTTAG AACTTGGTGC CGGTGGTTTA ACACATTGGG GAATTGATGC TACAGTAACT
TTAGGTAAAA GCAATACATC TCTTTGGAGC GCATCGAATC CGGCTTTGGG AAGATTTAAG
GAGAATAAAA CAAATAACAG ACCTGACTAT GAAAAAGTGT TTTTTAAGAA TATTGGAGGT
AACCATGTCG ACAAAGAACT AGACTTATTC AACACTAAAT TGGGAGGTTA CGACGCTGTA
AAACTAGGAT TGAGCGGAGG CAAGTTTTCA AGAAGCACAG ATGTGAAATA TGCTAAAAAC
ACCGGTGCAA TTGCCTATAC TGGAGCTGTT AAAAGAGAAT CATCGAGGTT GTCTAGAAAT
CAATCTATAC AAAAATTAAC TAAAGTTGAA GCAAAAAGAT TTGGTTCTAA ACTACAGCCA
AGTGAATATT CGAGAGATCA TCATACAACT GAAATCAGGA TTACTAAAGA AGGCGGAGAA
AGATATATTT ATGGTAGAGC TGCCTATAAT ACACTTAAAA AAGAAGTAAC TTTTGATGTT
AGTGATAAAG ACAGGCCTGC TGAAAAATTA GATTATAGAA ATGGATTAAT TCATTATGAC
TCAGGCGATA ATTCTGCCAA CAATAAAAAA GGCGGAGATC AATACTTTAA TAGAGTTACA
ACACCTCCAT ATGCACACTC TTATTTATTA ACTTCTGTAT TATCTGCTGA TTATCAGGAT
TTAAAAAATG ACGGCCCAAC AGATGACGAT TTAGGGAATT ATACAAAATT CGAGTACGAT
AATAAAACTG CAGAACATTT ATATAAATGG AGAATTCCTT TTAAAGAAAA CGAAGCCAAT
TATGATGAAG GTTTACGTTC AAGTAAAAAA GATGACAAAG GAAATTATCA ATATGGAGAA
AAAGAACTCC TTTATATCAA AAAAATTGTG ACTAAAACAC ATGTCGCTGT TTTTCATCTT
TCAGAAAGAA ACGATGCTTA TGGTGTTAAG GGTGAAAATG GCGGTATTGG TTACGATTCC
AAAATGTATA AGCTCGATAA AATTTCACTT TATTCAAAAC CAGAATATTT AGCTCAAGGA
GATAATGCTA CTCCAATTAA AGAAGCAAAT TTTGAATACA ATTACAGCTT ATGCAAAGGT
ATTGACAACA GCATCAATAA TGAAGGAAAA TTAACTCTCA GCAAAGTTTA CTTTACCTAT
AAGAATTCTA ATATGGGGAA ATATACGCCT TATGTCTTTA ATTATGGTTT TAATCCAGAT
TATGACATGA AGGCTTATGA TGTTTGGGGT AATTACAAAA AAGTGAAAGA AGGTGTAAAT
GAAGGAACAT TAGCTCAATT ATCAAATGCT GAATTTCCAT TTGTGGACCA AAGCAACAGA
ACACAGGCAG ATGAATATGC CAGTGCCTGG CTTCTTAAAT CTATTCGCTT ACCGTCTGGA
GGCCAGATGG AATTAAACTA CGAAGCAGAC GATTATAGTT CTGTACAAAA CAAAGATGCC
ATGCAAATGT TTAAAGTGGT GGGAAGCGGT TCAAAAGAAG GACTTACTGC AAACAATATT
TCTAATGGAA TTGAAAGAAA AACCCTTGGA AAATACATCT ATGTACAATT AGATCATAAA
GTTGATAATT CTAAAGAGTT TTATGATCAA TACTTAAAAA ATGTTGGAGA TGCATCTAAT
CCGTTATATT TCAGGTTTCT GTTAAACATG GTAAATCCAA ATCCATTACC AGGAGTTGAC
AGCACAGATA AATATGATTA TGTTACCGGA TATCTTAATA TCGAGGGAAT TAAGAATAAA
ACTGTTGATT GTGGTTTTCT TGAAGTAAAC GATAAACAAT ATGTTGCAAT ACCAATTGAT
TATGTTGGAA AAGGCGATGG CTTTAACAAA GATTCACATG AAGTAAACCC AATCTCAAAA
GCAGGATGGA ACTTTGGAAG ACAAAACCTT AACAGATTAG TTTACAGTAT GTATAATGAA
GAAGATACGA CTGATCTGAA AAGTATTGTT ATGGAAATGA TTGGCTGGCT GCCAACTATT
CTGGATATTT TCAAAAGTCC AAATGCAAAA TTAGAACAAA CCGAAATAGC AAGCAGATTC
ATTACCAATA AATCATGGAT TAGACTTATA CAGCCTACTG GAAAGAAAGT TGGAGGCGGT
ACAAGGGTTA AAAATATCGC TATCAATGAC CAATGGGACG TTATGACTGC AAATACTAAT
AAAGAATTAT ATCAGCAATC TTACGGACAG AAATATGTAT ATGAAACAGA AAATGGAAAA
TCGTCTGGTG TTGCAACTTA TGAGCCATTA GGATGTAAGG AAAATCCTTT TGTAAAACCT
TTTTATGATC AGAATAAAAG GGATTTGCCA CTTGGTCCGG ACAATACCAA TTATGTTGAA
GAACCTTTTG GCGAATCTTT TTTCCCTGCT CCGAAAGTAA CTTATAGCCG TGTAACGGTT
GCGAATTTAT CCAGAGAGAA ACATAATGAA TCAAATGTTG TGACAAATTC TGTAAAAAAA
CATGCTACAG GATCTGTAGT AACGGAGTTT TATACCACAA AAGATTTCCC AACGCTAACA
GACCGTACTA CTTTGTCCTT AAATTATGAT AAATCATCGG CATTGGCCAG TCTTCTTAAT
TTGAAGGTTA AAGATCATAT TACTTTATCT CAGGGGTTTT CTGTTCATAC GAATGATATG
GATGGTAAAA TGAAAAATCA GCGTGTGTAT GGTGAAGGTC AAAAAGATTT CATCTCAGGT
GTTGATTATA AATACAATAC AATAACAGAC GCTCAAAACA GAAATGAAGG CAGACTAAAC
AATACTGTTC AGACTATTGA TTCAAAAGGA AATATTGCGT CTAAGTTAGT TGGTGTTGAT
TATGACGTAA TAAATGACTT TAGAGAAAAT AAATCTACTA CACAAATTGC CGGTATTCAT
TACAATACTG CGGGGATACC TATATTCTTA GCCATTATTG TCGTACCTGT TCCATTGCCT
AGTTATTCTC AATATGAAAG TCAGCTTCGA TCTGCTGTGA CTACAAAAGT TATTCATACT
ACGGCTATAC TTTCAGAAAC TATAGCATAC GATCTTGGTT CTAAGGTATC TACAAAAAAT
CTTGCATATG ATGCTGAAAC TGGAGAGGTA TTGCTGACTG AAACTGTAAA TGAATACAAC
GATAAGTACT TTAGTTTTAA TTTCCCGGCT TATTGGAGTT ATGCAGGAAT GAGTCAGGCT
GCTAAAAACA TTGGACTTGA ATGGGATATT ACTAAAACTG GTAATAACCA ATATCAACTT
AAGGATGAAG GTATAAAAAC TTTTCTAGAA TCTGATTATT TAGTAGATGG TGATGAATTG
TGGTTAAATG GCTTAGCTCC AGACGGAAAA ACGAAAACTC TTATGAAAGC CTGGGCAGTT
CATGTTACGA AAGACAACTT TAAGCTTATT GATGAAAAAG GTATCCTTAT TAAGTCTGAT
GTAATCAATA CTGCTAAGAT GAAAGTAATC CGTTCAGGAT ATAGAAACCT TCAAACGGCT
TCTATGGCGA GCGTAACTTC AATGACCAAT CCTTTATACA ATTATGATGG TAACAATAAA
ATAACAACTA TAAAAACCAA TATAGGCAAT AATCCTTTCA TGTCATCTGA TTCAAGCAAC
CGAATTGTAA ATGCATCTGC AGTTCAGTAC AATGATGTAT GGCCATCTCA ATGCGAATGT
AATTTACCAA AAATGGTTTT TGAAAACGGA AATCTTGTTT TTGAATATGA AAAAGAAAAC
AATACCGCTG AAGAAGATGA TATTGCGAAA AGGTCATTCA ACCCATATTT GTATAACATA
CTCGGTAATT GGAGAGCTAA TAAATCTTAT GCGTATCTAA CCGGAAGAAA TTACACTGTA
GATCCAACAC CTCGTAAAAC AGGTTTCTTT AACGACTTCT ACCCTTTCTA TGTATATGAC
ACTACTAAGA ATGTCTGGGG TAAGACCGCA TCTAATTACG ACAGATGGAC TTTTGCCTCT
GAAGTAACAC AATATAATCC TGCCGGACAG GAAATTGAAA ATAAGGATGC TTTAAAACGT
TATTCTTCGG CTCTATTTGG ATACAATAAT CGTTTTCCGG TTGCTGTGGC TTCAAATACT
AAATATACTG AGCTTGCTTC TGATGGTTTT GAAGATTATG ATTTGTCTAA CTGCGGCACT
GAATCACATT TTGACTTCCA GGCACAACTA AAAACAAATG ATGTGAGTGT TTCTGACAGA
CAAGCACATA CCGGAAGAAA AAGTTTAAAA ATATCTCCGA GTAAAAAAGC AATAATAAAA
AAACAGGTGG TTTCATGCAA TGAAATTCCT AGTACTGTAA CCGCTAAAAA ATAA
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| Protein sequence | MIQPKISKLK KTVAIYLAMM ILLETLQPMQ MYALTGGPSQ PEFESFTPIG TSDMVDLASG
DFNYNIPIMD VGGYPINLAY NSGVTMDQEA SWVGLGWDLN VGQITRQMRG LPDDFNGDEM
TYENNMKPNV TVGSDFNVFF GAFGVNEVKA NVGMSIKYNN YEGFGATASG GLSAQIANNI
RVGMNLESSA SEGVSASPSV AYQDIDDTKK TRDNTPTGNF GISYNSRKGV ENVTYSASMN
LKKIKDKAGN EKTRTINGFA GSGSTSFIDA SFTPTKRVGM VSSNFIFNLN IEGEFWGIEP
GMKFTGYRTS QGIKNSEKYK TERAYGFENT YNASTADVLD FNREKDRTFN KNTTSLPLTN
NTYDLYNIQG QGISGMFRPY KSQVGYVFDK ETNDDSVGAN LGLELGAGGL THWGIDATVT
LGKSNTSLWS ASNPALGRFK ENKTNNRPDY EKVFFKNIGG NHVDKELDLF NTKLGGYDAV
KLGLSGGKFS RSTDVKYAKN TGAIAYTGAV KRESSRLSRN QSIQKLTKVE AKRFGSKLQP
SEYSRDHHTT EIRITKEGGE RYIYGRAAYN TLKKEVTFDV SDKDRPAEKL DYRNGLIHYD
SGDNSANNKK GGDQYFNRVT TPPYAHSYLL TSVLSADYQD LKNDGPTDDD LGNYTKFEYD
NKTAEHLYKW RIPFKENEAN YDEGLRSSKK DDKGNYQYGE KELLYIKKIV TKTHVAVFHL
SERNDAYGVK GENGGIGYDS KMYKLDKISL YSKPEYLAQG DNATPIKEAN FEYNYSLCKG
IDNSINNEGK LTLSKVYFTY KNSNMGKYTP YVFNYGFNPD YDMKAYDVWG NYKKVKEGVN
EGTLAQLSNA EFPFVDQSNR TQADEYASAW LLKSIRLPSG GQMELNYEAD DYSSVQNKDA
MQMFKVVGSG SKEGLTANNI SNGIERKTLG KYIYVQLDHK VDNSKEFYDQ YLKNVGDASN
PLYFRFLLNM VNPNPLPGVD STDKYDYVTG YLNIEGIKNK TVDCGFLEVN DKQYVAIPID
YVGKGDGFNK DSHEVNPISK AGWNFGRQNL NRLVYSMYNE EDTTDLKSIV MEMIGWLPTI
LDIFKSPNAK LEQTEIASRF ITNKSWIRLI QPTGKKVGGG TRVKNIAIND QWDVMTANTN
KELYQQSYGQ KYVYETENGK SSGVATYEPL GCKENPFVKP FYDQNKRDLP LGPDNTNYVE
EPFGESFFPA PKVTYSRVTV ANLSREKHNE SNVVTNSVKK HATGSVVTEF YTTKDFPTLT
DRTTLSLNYD KSSALASLLN LKVKDHITLS QGFSVHTNDM DGKMKNQRVY GEGQKDFISG
VDYKYNTITD AQNRNEGRLN NTVQTIDSKG NIASKLVGVD YDVINDFREN KSTTQIAGIH
YNTAGIPIFL AIIVVPVPLP SYSQYESQLR SAVTTKVIHT TAILSETIAY DLGSKVSTKN
LAYDAETGEV LLTETVNEYN DKYFSFNFPA YWSYAGMSQA AKNIGLEWDI TKTGNNQYQL
KDEGIKTFLE SDYLVDGDEL WLNGLAPDGK TKTLMKAWAV HVTKDNFKLI DEKGILIKSD
VINTAKMKVI RSGYRNLQTA SMASVTSMTN PLYNYDGNNK ITTIKTNIGN NPFMSSDSSN
RIVNASAVQY NDVWPSQCEC NLPKMVFENG NLVFEYEKEN NTAEEDDIAK RSFNPYLYNI
LGNWRANKSY AYLTGRNYTV DPTPRKTGFF NDFYPFYVYD TTKNVWGKTA SNYDRWTFAS
EVTQYNPAGQ EIENKDALKR YSSALFGYNN RFPVAVASNT KYTELASDGF EDYDLSNCGT
ESHFDFQAQL KTNDVSVSDR QAHTGRKSLK ISPSKKAIIK KQVVSCNEIP STVTAKK
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