| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfl159 |
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| Symbol | |
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| ID | 2898241 |
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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 | Mesoplasma florum L1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_006055 |
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| Strand | + |
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| Start bp | 175974 |
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| End bp | 181418 |
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| Gene Length | 5445 bp |
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| Protein Length | 1814 aa |
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| Translation table | 4 |
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| GC content | 27% |
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| IMG OID | 637520189 |
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| Product | unknown substrate ABC transporter permease component |
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| Protein accession | YP_053399 |
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| Protein GI | 50364974 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.762494 |
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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 | ATGAAAATAA CATGACTTTT ATTTAAGCAA GGAATAAGAA GTATGTTCAA ATTTAAGATT
CAATTCATTG TGGTTGTACT GCTTTCTTTT TTTGCGTCTT TTTATTTGGC TTCAACAACA
AGCTTAAATT CTAGAATGAA TAAGTCATAT GATGACATTG TAAGAAATTA TGAAAAATTT
GATTATTCAT ATTCTACTAA AGCTAGTGAA TCAAATTTAT CAACATCAAA TAAAACATTA
TTACCAATCC TGGACTTGAT GCCTACTTCA ACAAATTATT TTGTTCAAGC TAATAAATCA
ATTCATGATT CTTTTAATGT TGTTTTAAAT AACCACGGAA TTAAAACAGA AGGTTATGAA
GAAAATTTAA TAACAAAAAC ATTTTTTGAT CAAAACACTG GTAAACCAAC ACAAGCTATG
CAAAATGTTT GAAACGGTAT TCCATGATAT AATTCTTGAA AATTTTTCTC TCTTCTAAAA
TCTGATCCTA ATAAAGGTGA GTTTTTATAC TACCCACAAA GTTTTAAAAC AAACTTTGGT
TCTAATTTAG AAAATTTTGG TGGTGGTGAC TACTTTAATG CATACGCTTC AATGACCTAT
TTAATAGTTA AAGAAATTTC AGATACTCTT TATAATGAAT TATTACTTGA TGAACCTAAT
GAATCATTTG TTCAATCTTT AATTTATAAA TATTGAAAAG CAAATGATTT AAAGGTAGAA
AAAGATTTTA AAAAAATTGA TGCTCCAATT GATCTTAATC AAACAAATAA TTTTGATTGA
ATTTCAGAAT ATAAAAAACA AGTATCTAGT TTAGGAGAAT TCCAACTTTA TATTTATAAT
GCTCTAGAAT CAATAGGTTA TTTTATAACA TATCAAATTA ACCAATTTTT AAGTAATTCT
TATGCAAGAA CTGCTAAATC AATTAATTTT GATTGAAATA TTGCTGGAAG CGATGAAGAA
AAATCAAAAC TTTATGTAAC AAAATTTAAT GAAATGGCAG AACAAACACA AGAAATGAAA
ATATTCATGG AATTACATAC ATCTTCTGGT ACTAGCGAAA TTACTGGTAA AGATGGTGAA
ACTGTTGAAT CAATTTCAAA TTATAATAAT GAACTAACTT TTGAATATAT TTTTGGAACA
AACTTGGTTG ATCAAACTTT AAATCCTAAG TTTACTGTTA AATATGGTAA CGCAGAAAAT
ACTTATCAAA TAAAAGGTAT GGATAATCAA ATAATCGGGA GTAATTTAGA CGCCAAAAAA
GATGGGTTAA GAGGTTTAGC TAACCCCACA ACAATTAAAA AAGATGAAGA ATACAATGAA
TATTCTATTT CTACAATGAA TTTACTAAAT CCTTGAGAAA AAAATGATTT AAGTCAAAAA
TGAGAAAATC AAAATACAGG TAAAAAATAT GACTATGAGT ATGATGCATC AAAATACGCA
ACAATGTATG ATTGATCAAA TATTTATTCA AATAATATTT TTCATCAAAA AATGGCTGCT
GAAATAAATG ATTTGGACTT GTATTTAAGA GAAGAAGCAT TTATGTATGA CAGAAATACA
AAAACTAATT TTAGATTTGT TGTAACAGAC AATAATTACG ATTATAACTT CAAAGTTACC
GCTGGTTTAC CGGTTATGCA TTCAAGTGAA ATTGTAATTT CACAGCAATA TGCATTTAAA
AATGGCTATT CTGTTGGAGA CAAAATAAAA ATAGGAAACT CAAACTTTAT TATTTCTGGT
TTTGGTAGTG ATGCACTTAC ATACTATCCA CTTGTTGATC CTGAAGTACC TTTAAGTGAC
GTTGCAAACT CAGTTATTGT TTATGCACCA AAATATGTAA TTAACGAAAT AATGAAGAAT
GGTAATGAAA AAGACGTAAC ATTTACAACT TATTATTTCA TTAGAGATAA TTTAAAAGAT
AAAGAAACAA TTGGCAAAAG AATGTCTAAT TTTGATTCAT CTCTTTTATC AAATAAATCA
AAATTATCTG AAAGTTTTAT AGACTCAAAG AATGAAAATT TAAGTTTTGG AGATAAAAAA
TCAGCAAATG AAATTAAATT ATTTGAAAAA ACATATTTTA ACTTAAATTG AACACTACAA
CCCAAAATGT TAGAAATTGT GACAATTATT TCAATTGTTA CTTCTGTTCT TGTATTAATC
ATGTCATTTG TTTCAATTGT TTTTGGAATT AAAAAAACAA TTGATCATAA CTCAAGCCAA
ATTGGTTTCT TAAAAGCTAA AGGTGTAGAT TCATACAGAT TGTCATTATC ATATATTGGT
TATTCAATAA TTTTATTATT TATAATAGTT CCGTTAGCAT GATTGGCAGC AGGATTCTTT
CAAGAAATAA TTACGAAACT TTTTGCTACG TATTTTTCAA CAACATTATA TGAATTTGTG
TTTGATTATA AAATTTTACT AATTCTATTA GTTGTTTTTG GAATTGGGTC ATTAATATTG
AGTTATTTCA TTGCGTTCTT ACTAGTTTCA AAAGATGTTA TGCAAATTAT CAATAAAGAA
AGCCAACAAA GAAAAGTTAG AAATTGATTG CCAAGAAAAT TAAATGTTAT TAATATAATC
GATTTCAAAT TTAGATTCCC ACTTAAAATA TCATTAAGAG GTTCTAAACA AATAGCTATG
ATAAGTTTTA CAGCTTTAAT TACAACATTT GTTATAACTT TCTCAGTGCT TACTCCTTCT
ATGCTTAACG TGTATATAAG AGATGCTGGA AAATACTATC AATATAATAA TCAATATGTG
ATGCAAGATC AGTTAACTGG ATTACCAACA GCTAAAGCTT CATTAACAGC GTCAAGAGGT
TTACCTACAA CAGAAGAACT TTATCAAGAA CCAAAAACTC TTTTAGGAAC TTCAACAAGA
GACCAAATAT CTGATATTTA CTTTGATAAC AATAAGTATT ACACAGATTC AAGTTGAGAT
AGTAGTATAT TCCCTCCTAT TTTATTAGGT GAAGGATGAA CAAATGGACA ATGAACAAAA
GATGAGTTAA ATTGAACTGA AAAATGAATA TTTGATGAAA ATTCTTCAAC AAGAGATGAC
ACATCAAAGT TACTAAAAAT GGCAATGCCT GTAATTGGTC AATTAGGTAA CTTAAACGGG
ATAACAATTT CAGCAGGAGA ATTTGAAAAA ATATCAAGTT ATATCTGAAA TGCTGAAATA
AATCCAAATA CAGGAAAATC ATATTTTGAC GGTCAACAAA TAAACCCGAA TACATTACAA
AATATTTGAG AAATGAAGAA GAACTCTGCA AAAGGAAGTA TTGAATTTAT TCAAATGGCT
TTACAAGTAG CTATGCAATC TCTAGCAAAT TCAGAAGATA ATGGCCTACC TACTATTGAA
AGACCAACAG ACACAACTTG AAAAGAAGAT TTAATTTTAT TAGCGCTAGC ATTTTTACCA
AATGTAGGAC AACAATACTT AAAAGATTCA CCTAATAGAG CTTCTCAATT TGGTATTTCT
ATTAATGCAG AAAATTATAC TCCTGGAATT GAAACATTAT CTACAGATGT ATATACACAA
ATGAATAATA ATTTTGTAAA TGTAAATGGA TTGAAAGATA ACCAAACTGT TTATAATTTA
GACTCAATTG ATGATGATAA AGTGTTTATT AAAGATCAAG AAACAATTGA TAAATTAAAT
GTATTATTTA ATGACAAAGA AAATTATACA GGTGGAGATA TTTATCTAAA TGATGATTTC
AAAATATATG ATTCAAATAC AAAAGTATTG AATATACCTG TTGTAACTAA TCTAAAAAGT
TATAAACAAC AAAACTTAAA TAAATCAGTT CCAATTCAAG GAATGAGTTA CAAAACTCTT
TCAATTGGAG GAAAAGAAGT TCCTAAAAAT GCTTGAATAT ATGACAATAG AGAAATAACA
AATAATAAAA ACTTATTTAG TAGTGATTTA AATATGAAAA ATGAAGAAGA TTGAATTAAT
CCTTCAAAAA TAGATCCAAA TAAACTAACA TATACTAAAC AATTTAGATA TGATGACAAT
GGAAATATAA CATCACTAAA TGACCAATCA AAATGATTTA TTAATAGTAT TGTTAATGAT
CAATATAATA TTGATGGTCT TGATTTTGAA ATAAGACCAT ACTATCACTA CAATAACTTA
AAATTATTTG TGCCTAGAAA CTTAACTGAT ATAGATTCTC TTTTAAATGG AAAAAACGCT
AACACAAGTA AAACATCAAA AAATAGTTCT AGTGATTGAA GATCTAATAT TGATATATGA
CATGGTTCTG TGTTAAGTGT TGATGTTCCA GAAGAAGTAA AAAAAGCTTG AGGTTCTGAA
TATGCAAATC AAACTGAATG AGAATGAATT TCACCATTTA GTTTAAATTA CAGTAGAAAA
ATTACTGATC CTAACAGAAA AGGTTGAATT CAAAATATTG ATACTGATTT ACAACAAATT
TACACTTGAG CAAGTGACAA AATTGTCGCT AGTGGATCAA GTTCAGATGC AGTTGTTACT
GTTTCAAACA AACTTCCATC ATTTTTAAGT GATGTTAGAA TGCAATCTGT TGATACTATT
CAAACATACA ACGGAAATAT TGTTATTGCT GATCAAGATA TTCTAAATTT ATTAACAAAT
AAATCTACAG AGAAATACTT GCCAGTAGAT TATGATTTTT ATGGTGCTCC AATTAAACAA
ATACCAAATG GGCAAATCAC AAGTGGTGAT CATACAATAA CAGTTAATTC AATGAGAAAT
CCAATAGAAC AATTAAACAT GATGAGAGAA AATAAAACTT TCTTCATGAA AGATGATTTA
ATGAATAAAT ATGAAATCAC TGACCAAGAA GCGTATAGAA AAGTTCTACA GAATAGAGAT
TTCAACTCAA AATTCTCTTC ATTTGATGAA GCTTATGGAA TAACTGGTGG GGTTAAAGGG
ATTATGGTTG ATTCTCCAGG TGTATTTGCT CTTCAAGGAA GCACAGATAG AATTGAAGAA
ACTTTAGGTA TGACTTACAA TAAAATTGAT TTAGTAAGTA CTCAATTGGG TATGATAATA
AGCATTAGTG AATCTATCTT ACTTGTTGCA TTGTTCTTAA TTACAGGAAT TATAATAATT
TCAGTGTTAA TAATAACAAT TATTTCTGAT GTCTACATTA TGAAATATCA CCGATTCATG
GTAACGATGA AAGCGTTAGG ATATTCAAAT AAAGAAACAA TTATAAACAC TATACTTATA
CCAGCTGTTA TATCAACAAT ATTTGTATTG ATTGGTTATC TTGTTGGTAA ATGATTGTTA
GGTTCAATGA TGATTCAAGC TCAAAAATTC GGAATATTTA TTCCATTGAT AACTAATTGA
TGAGCAACAC CATTAATCTT ATTAGGTATT ATAATTATGT TTGTACTAGC CTTTACTTTC
TCTTTAAGAA AACCAATTAA AGATGAGTTA AAAACATTAA CTTAA
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| Protein sequence | MKITWLLFKQ GIRSMFKFKI QFIVVVLLSF FASFYLASTT SLNSRMNKSY DDIVRNYEKF
DYSYSTKASE SNLSTSNKTL LPILDLMPTS TNYFVQANKS IHDSFNVVLN NHGIKTEGYE
ENLITKTFFD QNTGKPTQAM QNVWNGIPWY NSWKFFSLLK SDPNKGEFLY YPQSFKTNFG
SNLENFGGGD YFNAYASMTY LIVKEISDTL YNELLLDEPN ESFVQSLIYK YWKANDLKVE
KDFKKIDAPI DLNQTNNFDW ISEYKKQVSS LGEFQLYIYN ALESIGYFIT YQINQFLSNS
YARTAKSINF DWNIAGSDEE KSKLYVTKFN EMAEQTQEMK IFMELHTSSG TSEITGKDGE
TVESISNYNN ELTFEYIFGT NLVDQTLNPK FTVKYGNAEN TYQIKGMDNQ IIGSNLDAKK
DGLRGLANPT TIKKDEEYNE YSISTMNLLN PWEKNDLSQK WENQNTGKKY DYEYDASKYA
TMYDWSNIYS NNIFHQKMAA EINDLDLYLR EEAFMYDRNT KTNFRFVVTD NNYDYNFKVT
AGLPVMHSSE IVISQQYAFK NGYSVGDKIK IGNSNFIISG FGSDALTYYP LVDPEVPLSD
VANSVIVYAP KYVINEIMKN GNEKDVTFTT YYFIRDNLKD KETIGKRMSN FDSSLLSNKS
KLSESFIDSK NENLSFGDKK SANEIKLFEK TYFNLNWTLQ PKMLEIVTII SIVTSVLVLI
MSFVSIVFGI KKTIDHNSSQ IGFLKAKGVD SYRLSLSYIG YSIILLFIIV PLAWLAAGFF
QEIITKLFAT YFSTTLYEFV FDYKILLILL VVFGIGSLIL SYFIAFLLVS KDVMQIINKE
SQQRKVRNWL PRKLNVINII DFKFRFPLKI SLRGSKQIAM ISFTALITTF VITFSVLTPS
MLNVYIRDAG KYYQYNNQYV MQDQLTGLPT AKASLTASRG LPTTEELYQE PKTLLGTSTR
DQISDIYFDN NKYYTDSSWD SSIFPPILLG EGWTNGQWTK DELNWTEKWI FDENSSTRDD
TSKLLKMAMP VIGQLGNLNG ITISAGEFEK ISSYIWNAEI NPNTGKSYFD GQQINPNTLQ
NIWEMKKNSA KGSIEFIQMA LQVAMQSLAN SEDNGLPTIE RPTDTTWKED LILLALAFLP
NVGQQYLKDS PNRASQFGIS INAENYTPGI ETLSTDVYTQ MNNNFVNVNG LKDNQTVYNL
DSIDDDKVFI KDQETIDKLN VLFNDKENYT GGDIYLNDDF KIYDSNTKVL NIPVVTNLKS
YKQQNLNKSV PIQGMSYKTL SIGGKEVPKN AWIYDNREIT NNKNLFSSDL NMKNEEDWIN
PSKIDPNKLT YTKQFRYDDN GNITSLNDQS KWFINSIVND QYNIDGLDFE IRPYYHYNNL
KLFVPRNLTD IDSLLNGKNA NTSKTSKNSS SDWRSNIDIW HGSVLSVDVP EEVKKAWGSE
YANQTEWEWI SPFSLNYSRK ITDPNRKGWI QNIDTDLQQI YTWASDKIVA SGSSSDAVVT
VSNKLPSFLS DVRMQSVDTI QTYNGNIVIA DQDILNLLTN KSTEKYLPVD YDFYGAPIKQ
IPNGQITSGD HTITVNSMRN PIEQLNMMRE NKTFFMKDDL MNKYEITDQE AYRKVLQNRD
FNSKFSSFDE AYGITGGVKG IMVDSPGVFA LQGSTDRIEE TLGMTYNKID LVSTQLGMII
SISESILLVA LFLITGIIII SVLIITIISD VYIMKYHRFM VTMKALGYSN KETIINTILI
PAVISTIFVL IGYLVGKWLL GSMMIQAQKF GIFIPLITNW WATPLILLGI IIMFVLAFTF
SLRKPIKDEL KTLT
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