| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2058 |
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| Symbol | |
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| ID | 5092072 |
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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 | 2426341 |
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| End bp | 2432106 |
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| Gene Length | 5766 bp |
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| Protein Length | 1921 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 644741483 |
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| Product | hypothetical protein |
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| Protein accession | YP_001194408 |
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| Protein GI | 146299817 |
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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 | 5 |
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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 | 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 | ATGAGTTCTA TAAATCTTCA GGAAAGCCAA CTCTCAGGCT GTGAAAAATA TATAGCAATC
GTTGTTGATG AATCGGGTTC GATAAACACC AATGAGGCAC AGCAAATTAG AGATGGGCTG
ACTTCATTTA TCAATTCTCA GGCTCAAAGC AACATTACAC TTTCATTAAT CGGAATGTCT
GACAGCGATA CAGCTGTCAG AACCGATAAT GTTATTCAGA AAAAAATTGC CGGTAACAAA
CAAGATTTTT TAAACTGGAT TAATCTATAT GGCAATGGTA AAGTTACTAT CCAATCTGAT
TATTGGGCTT CTGGATTAAA TACAGCCAAG AATCTATCTG TTACACCTGA TATTGTTTTT
GTTGTAACGG ATGGTATACA GGTAAATAAT TCTCAATTTT TAAAAGATTT ATTTACTGAT
TTAAATCTAA AATCACAGAT TTTCGTTTAT GGTGTTACAA GTACTGGCGA GAACATTCAG
GAATTAACAA TACCATTAAA TACTTTCTTA GACAGAGCCC CAAAATTAAA AGAGAATAGA
GTTTCTGCTT TAGATTCCGA TTATCTTAGA GTTTCTGATT TCAGCACTTT AGGAAAGGAA
TTAAATCAGC TTATTATTGA TATGTCAACT GCTCAGGTTG GCTGTATCTC AAACGTAAGT
ATTGTTGGAA ACAAAATAGT TTATCCTGTT TTAAAGAAAG GTATAAAAAT AAGCCAGCAA
GCCGGTACTT TAGTACTTAG AAACAAAAGC AGGGTTTCCC TCAACTTAAG TGCAGGAACA
AAAATACATC GTGCCGGAAG TTTAAATGGT TTAAGTCTTA AACTTCAAAA TGATATTACA
ATTCCTGGTT CATCACAAAT TGAAGCTGCA ATTAGAATTG AAGGAAAACC ATTGGCCCTT
GGAAATTTTT CTACTCCTAT TATTTTAAAC AATGTTAAAA ATCCTTTCGG ATTTAGTATT
TCTTTTAATG TCGGGAAAGA ATCATCTTTT ATTGATATTA CCTCAGGAAA AACAAATCTG
CAGTCTACCT ATCTGCAAAT TGCAGCTTCA GGTTCCAGAG GAGTTGACAG TACAAAAGGA
ATTCATCTTC GTTGGATGCT TGCAGGTAAA TTAGGTGAAA AACATCTTCC AAAAGGAGAT
TTATATACTG GTGAAAAATT AAATTTTAAC AAACCAGATG ACTTTGTAAA AGTCTACCGA
GCTCCTTATA CAAAGAAAAC TTATCATTTA GATTTAAACC AGCCGCCAAA CGTTGTTGAC
AATCAAAAGG GTTTATGGAT TTATAAAACA ACTAATCCGC AAAGATCAAT TTATGTTTCA
TTTGAAAACA AAACAAAATA TAAAGCAATT AAAGCTGCTG TAGATCCATT AGTAAACCCA
GCTGTTTTTA TGCTTGGATA TGGAAACAAC TTAATTGAAA TTGAAAATAA AACTGAATTG
TTTTTTGCTG CTGAATTAAA TTTTTCGTCA TCAAGTGTTT CAAGTAATGT AAAGCTGGAA
ACTTTATCTG TTGCAGAAAA TACTATTATT GCTCCTAAGA GAGTCACTAA TAGAAAAACT
TATTCTTCAA CACAGTTAAA TAACGTTCGT TTAATAGCAG AAAACGGAAG AAGCATTCGA
TTTAAAGCGA ATAGCTGTCG TTTAAACTCT ATAGATTTTG AGTTCTATTC TGATTTTATT
ACCCATGCAA ATGTTAATGG AGATTGGGAT TTAAAAGGAA AATATGGCTT AAGCAATAAT
GATATTAAAG TTTTTGAACA ATTAGAACCA AAATTAAATG CTGTTCACGG AAAATGGTTA
AAATATAATG ATGGTGAATA TGTAAATATT GCCAATTATA AAGAAAAATG GAACAGACCA
ACTGTTCCAA GTGATAAAAG TGACAAAAAT ATTAAGTCAA TTGTCGAAAG ATATATTGAG
TTAAGTAAAG ATCCAAATGA TCCAACTGCA TTAGAATCTA TCAACTTTGG AGATCTGGAT
GCTGATATGA ATCCGGAACA GGGAGAAGAA CAAAACAATG CATCTCAAAT ATCTAATCTT
GACTTATTAA ATATTGCTGC AAACGATTAT CATATTGCAC GTATGCTTGG TTTGGGATGT
ATTGATATTG ATGACGAAAT CTTTTCCGGA GACTATATTT ATTTAACTGA ATATACCACT
TTTGGTGATT TGGATAGTAC AGGATCACGC GAAGTACAGC ATCTTTCTAT GAGTATTCCA
ACCTCTATAG TTACAGAGCG TTTTTCTCTG CCTGTTCAAT TGAATAAAAT CATTCCCGGT
TTAAACGCAG GTTCTGATGA AAATCAAAAT ACTCAAATTA CAGATCCAAA CGGATATAGT
TTTGATGGAA AGAAAAGATA TGTGAGTTTA TTTATGGAGG ATGTAATGGA TTATGATATT
ACATCTGGTA ATGTTAATGA TTTTTTTAAA TCTTCATTAG AATATGATGG AAGTACATTC
ACATTCCCTA TTTACTTAGG TGTCGATTTT AAAATTGAAG GCGAAACAAA CTGGAGAAAA
CCAGAACTAT CACATGATAT TGAATATCGC AATATTAATA AAAATCTGGA AAATTCAGAT
TATGAACCTG TTCCAATTAT TATTCCCGAA TCTGGAAAGT CAATTTTAAA TATCCGTCAG
GAAGAAGTTG GTAAAAAAAC CTATATCTAT CAGGGGTATG GTATTAATAT TTTCTCAAGA
GCATCAGCAG GGAGACAAAT AAGTATTGAA TCAGATATTA AACCGGCAGA TAATTTAATG
CCTCCAACTG GTATTAACAC ATTGTTAATT ACAGAAGAAA ATCCATTAAT GTTTACATCT
CAAACGGAAC AAGAACGTCT TGGAAAAATT ATAAGAGAAG ATAAAACATT AATTAGAATC
TTGTTTGACT ATTATTCGGT TCAGGAATTA TCAAGCTATA CCGTTCCTTC AGAAATGTCT
GCTCAAGAAG CGAAAATAAA TACAAACAGT ATTTTTCCAG ATACTGAAGA AATATTTGCA
GATCATTTTA AACTGTACTA TAAAGACGGG CTTCCTGAGG TCGAGTATGG TGAAATTGAA
AGCATCAATA ATGCTAACGA ACTTACCTCT ATTATTAAAA TAAGAGAGTA TAAAATTCTT
AGCAGCGGTG AAGAAGTTAA AGTAACATTA ACTGAAAACA ATAAGACAAG ATTTACTGGA
GGGATTCTAA CAGTGGGGGA TCAAAATTAT GTGATTCAGA ATATTAATGT TTTCATAAAA
CCAAAACAAA ACCCTCAAGA TCCTGATGAA TTTGATTATG CCAACATAAC AGTCCTTAAA
AAAGAAGTAA GTGACAGAAC TCATTCTGAT GGAGATGCAA CAATTGATTC TGACCAAATT
AAAGGCATCG AAATGCCTGA GAGTAAATTA TGTACTCTGG TTCAAAACAT GTTAACAGAC
TCTAACTGGC ATAAACCGGA AATTGGTTTT AAAGTTGAAT ATCCGGAAAG TTTAAATACT
GTTCATCGTG AGGTAATTCA GCCGGATAGC GAAAACACAA AAGATTTACA GCTGGAAAAA
ACCAGAGGAA TATGGAAACC TGCAGTAATT GAAAGATTGC TGGAGGATGC ATACAAAATG
GATCAAAATG GAAAGTACGA ATTAAATGAA GATGAAAAAC CGGTCAAATT AGATGATAAA
AAACACTTAG GTTTATATAA AATTACTTTC TCTGGTTTTA ATTTACCTCA GCATCCTCAG
TTTAAATCAG AAAACGAAAA CTCGGTAGAA TGGTCTAATG GTATTGTTCG TTTATTTACA
AAAAGTTCTG TTAAACAAGG AATTTCTCTT CCTGTAAAAA CCAGAAAAGA GTTCAAAGTA
GTTCGAACTG AAAACATTGG CACAACAGGA GACTTAATTT TATATGTAAA CGATACCGAT
TTCAAATTAG GAGATTATAT AAATCAAGTA ATGGATGAAA AACACGATGA GATCATTGTA
GGAGATCAAG AAGTTAATTA TTATCCTAGT TATAAAGTAT ATCTGTATAA AGATGTGGCT
TCTGGAATTA CTAAAGAAAA TATTCAGCCA AGGGCAAATG AAAGTACCCG CTACTCTATT
TTCGGAATTA GTTCACGCGC TGTTCGACCA AATATCAATT ACAAATCAAA GATTAGTATC
CCTAGTCCGA TGTATGCGGT TAAAATCGAA AAAGCTGAGA AACCTGAAAT TACACAAGGG
TATAATCTAT ATGCCACAAG ACCTGATTTT TACAATCGTT CGACCTTTAC TTTTACAACT
CAATATAAAA AAGGACGTAA ACCTTATGGC GCATTACACT ATAGAGCCAA TGAACAAGAT
TTTCTAAATC TTTTGTATAA AACACCGACT ATCAACACAA TTCGCGAAGA ACTAAATAAA
CTCGGAGGGA ATGAAGAACC TGATTTTGAC CAAAGATGGA AAAACTTTTT AAACTTTAAT
TACCTTGAAA CTAATAGCCA TTACAAAACC TTTCCTGAAA ATGGATCTGG GCCAAACTAT
AGATTTCCAT TACCAGATAA TGAAGATTTT ATAAAACTAA TTAATGATTT TATAGAATGG
CACAATCAGG CACAAACTAA TGAAGAATTT AAAGAGGCTA AAATTACTTC GTTAACAGCA
CTTAATAAAG TAATAATCTC AAAAGGGGTT GAAAAACCTG TATTAGCTGC CTATTTCATT
GAAGAAGCGA TAAAATCAGC TTATGTTCCG TTAACAGAAG TGCCAGTGGT TTATGAATAC
ATTAAAGACA AAAATTATGT TCCAACCAAT AAAAAGCAGA CTATTAAAGA CAAAAATGGT
CATGCCTTAA AGCCAACTGA TCCAGATTTC GATATTGCGC CAATGATGAA GATCGTTAAT
GAAGAGGAAA ACATAACGCA GTTTACCGAT TTTAATTTGG ATGGAAATTC GCAAAGTATT
TATTTCTATG CGGTTCGCGA AATGGATATT AAGATGAATT TCAGTGAACT TAGTGATCCT
TTAGGGCCTG TAAAACTAGT CGCTTCAAAT CCACCTCAAA CACCTGAAAT TAAAAGAATT
ATGCCAATTT TTGAAAATCA GGTTTTAGGA ATTAAACCTT CTATTCAGTT TGAAATAAAT
GCCTATCAGC CGGAATATAA AATTGGAAAA ATCAATATTT ATCGTGCCTC TTCAATGCTG
GATGCACAAT CAATACGAAC AATGACACTG GCTAAAGAAA TTTTAATCGA TGAAGATACT
TTATCGAATG AATTTGAGAA TGTTTGGACA GTTTATGATG AATTTGATGA TTTAGAATTT
GTTCCATTTG GTGACGGTCT TTTTTACCGA ATTACGACCT CACGAAAAAT CGAATATGCA
GACCCTGGTT CGACTAAAGA AAATCCTATT ATTAATATTG ATTATGCTCC TTCGAAGCCT
TCAAAAATTA CTGCTACTGT AATTGCTGAT ACTATTTCGC CGGAATCACC AGAATTAAAA
GCATCTGGAA GTACAACTGG GGCTAATGGA GAAATTTTAA AACCAGTTAT TTTTAATTGG
AACAAAACGG TTCATAATGG TAAATATCAT TTATACAAAA TGACTCGTGC AGGAAATTGG
GAAAAAATTC ATGAAGCAGC TTCTAACCTA AATGATATTA CTCTTCCTCT TGAAAGTATA
GAATCTTATA CAGATGAATT AATTATCAAA AACGAAGATG GTCAAAGAAT TTATCATCAT
TTCAAAGTAA TTTCTGAAAA CTCTTCAGGC ATGTACAGCA GTGAAGAAAA AATCTTAACT
CTTTAA
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| Protein sequence | MSSINLQESQ LSGCEKYIAI VVDESGSINT NEAQQIRDGL TSFINSQAQS NITLSLIGMS
DSDTAVRTDN VIQKKIAGNK QDFLNWINLY GNGKVTIQSD YWASGLNTAK NLSVTPDIVF
VVTDGIQVNN SQFLKDLFTD LNLKSQIFVY GVTSTGENIQ ELTIPLNTFL DRAPKLKENR
VSALDSDYLR VSDFSTLGKE LNQLIIDMST AQVGCISNVS IVGNKIVYPV LKKGIKISQQ
AGTLVLRNKS RVSLNLSAGT KIHRAGSLNG LSLKLQNDIT IPGSSQIEAA IRIEGKPLAL
GNFSTPIILN NVKNPFGFSI SFNVGKESSF IDITSGKTNL QSTYLQIAAS GSRGVDSTKG
IHLRWMLAGK LGEKHLPKGD LYTGEKLNFN KPDDFVKVYR APYTKKTYHL DLNQPPNVVD
NQKGLWIYKT TNPQRSIYVS FENKTKYKAI KAAVDPLVNP AVFMLGYGNN LIEIENKTEL
FFAAELNFSS SSVSSNVKLE TLSVAENTII APKRVTNRKT YSSTQLNNVR LIAENGRSIR
FKANSCRLNS IDFEFYSDFI THANVNGDWD LKGKYGLSNN DIKVFEQLEP KLNAVHGKWL
KYNDGEYVNI ANYKEKWNRP TVPSDKSDKN IKSIVERYIE LSKDPNDPTA LESINFGDLD
ADMNPEQGEE QNNASQISNL DLLNIAANDY HIARMLGLGC IDIDDEIFSG DYIYLTEYTT
FGDLDSTGSR EVQHLSMSIP TSIVTERFSL PVQLNKIIPG LNAGSDENQN TQITDPNGYS
FDGKKRYVSL FMEDVMDYDI TSGNVNDFFK SSLEYDGSTF TFPIYLGVDF KIEGETNWRK
PELSHDIEYR NINKNLENSD YEPVPIIIPE SGKSILNIRQ EEVGKKTYIY QGYGINIFSR
ASAGRQISIE SDIKPADNLM PPTGINTLLI TEENPLMFTS QTEQERLGKI IREDKTLIRI
LFDYYSVQEL SSYTVPSEMS AQEAKINTNS IFPDTEEIFA DHFKLYYKDG LPEVEYGEIE
SINNANELTS IIKIREYKIL SSGEEVKVTL TENNKTRFTG GILTVGDQNY VIQNINVFIK
PKQNPQDPDE FDYANITVLK KEVSDRTHSD GDATIDSDQI KGIEMPESKL CTLVQNMLTD
SNWHKPEIGF KVEYPESLNT VHREVIQPDS ENTKDLQLEK TRGIWKPAVI ERLLEDAYKM
DQNGKYELNE DEKPVKLDDK KHLGLYKITF SGFNLPQHPQ FKSENENSVE WSNGIVRLFT
KSSVKQGISL PVKTRKEFKV VRTENIGTTG DLILYVNDTD FKLGDYINQV MDEKHDEIIV
GDQEVNYYPS YKVYLYKDVA SGITKENIQP RANESTRYSI FGISSRAVRP NINYKSKISI
PSPMYAVKIE KAEKPEITQG YNLYATRPDF YNRSTFTFTT QYKKGRKPYG ALHYRANEQD
FLNLLYKTPT INTIREELNK LGGNEEPDFD QRWKNFLNFN YLETNSHYKT FPENGSGPNY
RFPLPDNEDF IKLINDFIEW HNQAQTNEEF KEAKITSLTA LNKVIISKGV EKPVLAAYFI
EEAIKSAYVP LTEVPVVYEY IKDKNYVPTN KKQTIKDKNG HALKPTDPDF DIAPMMKIVN
EEENITQFTD FNLDGNSQSI YFYAVREMDI KMNFSELSDP LGPVKLVASN PPQTPEIKRI
MPIFENQVLG IKPSIQFEIN AYQPEYKIGK INIYRASSML DAQSIRTMTL AKEILIDEDT
LSNEFENVWT VYDEFDDLEF VPFGDGLFYR ITTSRKIEYA DPGSTKENPI INIDYAPSKP
SKITATVIAD TISPESPELK ASGSTTGANG EILKPVIFNW NKTVHNGKYH LYKMTRAGNW
EKIHEAASNL NDITLPLESI ESYTDELIIK NEDGQRIYHH FKVISENSSG MYSSEEKILT
L
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