| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfl444 |
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| Symbol | |
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| ID | 2897598 |
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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 | 518513 |
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| End bp | 522943 |
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| Gene Length | 4431 bp |
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| Protein Length | 1476 aa |
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| Translation table | 4 |
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| GC content | 30% |
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| IMG OID | 637520495 |
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| Product | membrane-associated lipoprotein |
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| Protein accession | YP_053687 |
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| Protein GI | 50365262 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.0514731 |
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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 | ATGGGGGTTT ATATGAAAAA ATTATTAGCA TTATTAGTGG TTGTTACATT AACAACAAAC
GTTGTTGTAG CTGGTGTAGC TATAGCTAAT GCAGACAAGA AAAAGCAAAA CGATATTAGA
ATCTTGCAAT CAAAATTGGA AGCAATTTTA AAATCAAAAA CTGATGCAAA ATGAGATGTA
TCAGAATTAC AAAAAAAAGT AGATACTGAA TTTGGTGAAG GTGAAATTAC AGTTTCATTT
AAAGACTATA CTAAAGTAAC AAGTATAGCT AAAGCTGAAT TTATATTTAA AGCAAATAAT
AAAAAATATA CAGGTCAATT AACATTAACT CAAACTTATG AAGTAAAAGA TAATAAAGCT
GAAGATATTT CAGTTATTTC AACAAGACTG ACAAGCATTC TATCTGAAAA ACCTCATGAT
GAATGAACTG TTACTGATTT ACAAACTAAG ATAGATTCTG AATTTGGAAA TGGTGAAATA
GCAGTTTCTG GTGGAACTTA TAGTGACGAT AATAACTATA CTGGTGAAAC AAAGAAAAAA
GCTGAATTTA CATTTACAGG TAATGCAACA ACAGATCCAG AAAATACATT AAAGTATATA
GGTGAAATAA CATTAACTCA TACATATACA AAACAAACTG TAATTAGCAA TGCACAAATA
AATACTGTTG TTACTGATTT AGCAAATCAC GATAAATTTG ATAATAAAGA AGCTGCTAAA
TCAGCTATTG AAGCTGCATT TGCTTATAAA GAAGCAGCAA GTGATGCAGA ACCAACAGGA
ATTAAAGGTA TTGAAAAAGC TGAGGCTAAA TATAATAAAT CTGTTGAAGA TGATAAATCA
AGTTTTACAG TTACTTTAAC ATTATCAACT GGTTATGTTT TAGAACAAAC AACTAACACA
GTAGAAGTTA CTGTAAATTT AATGTCAAGA ACAGATATAT CAACTAATGA AGAATTTAAA
CAAGAATTAA CAAGTTTTGT TAATGATGAA GCACATAAAA ATCAAGCTTG AACTAAAGAT
GGATTGCAAT CTGCATTAAA TACTAAATAT GGTTCTGAAG AATTTGATGT TACTGAAGAT
GATTCAACTG TAACTTATGA TAATTCTGAA CTAGGTAAAA AAACAGAAAA ATTTGTTATT
ACAGGTCAAG GTTCAAAAGA AAATAACAAA CAATATCAAG GAGAACTTAA AGTTACTCAT
GATTATAAAG TTACTGCCAA TATAAGTACA ATTAAAAATG AATTAGAAAC TATCTTAAAG
GATAAAGATT ATGAAGAAAA AACATGAACT CTAGATGAAT TGCAAAAAGC TGTTGATACT
GAATTTAATA AAGGGCAAAT TACAGTAGAG GAAGTTATTC TGTTAAAAGA TGATAATTCA
AATGTAGTAA AAAATACAAA AGAATGAAAA TTTATTGGTA ATTCTAATGA TGAAAACGAA
TTTGTTTATA CAGGAGATGT AACTTTACCT CATACTTGAA AATCATATAA AGTTTTAGCT
AGTGATATTC AAACAGCGGC TGAAGTTGCT ATTAACGGAA AATCATATGC AAACATTGAA
GCAGCTCAAG AAGATATTAC AAATGCAGTA CAAGCTATTA CTGGTGTTGA TAGTGTTATT
TATCCAACAG AAACACCAAA AGACTGAAAC GATGAAACAA TTAAATTTAC TGTTACATTT
AAAGAAAATT ATGTAATTGA AGGAAAAAAT GATTTTAGTG TAAAAGCTAG AGTTGGTAAT
TCTTCACAAA ATTTAGCAGA TATTATTAAA GCTGATGATT TAAAAATTTC AGCTGCTAAA
GGAAATGATG CTTCAGCTGT TAAAACACAA ATTGAAACTG TGTTAACTGC AGCTGGATTA
GTAAATGGAA CTGATTATGT AGACTTTACA GTTGCTCGTA CTGATGATGA AGCAACAACA
AGTGTTGAAA TAACAGGAAA AGGTTCAGAT AAAGTTGTTG ATGGTTCTAA AGTAACTTTT
GTTGTAACTT GATCAACAGA CTTTTCAAAA GATTTAGCAG ATATTATTAA AGCTGATGAT
TTAAAAATTT CAGCTGCTAA AGGAAATGAT GTTTCAACTG TTAAAACACA AATTGAAACT
GTGTTAACTG CAGCTGGATT AGTAAATGGA ACTGATTATG TAGACTTTAC AGTTGCTCGT
ACTGATGATG AAGCAACAAC AAGTGTTGAA ATAACAGGAA AAGGTTCAGA TAAAGTTGTT
GATGGTTCTA AAGTAACTTT TGTTGTAACT TGATCAACAG ACTTTTCAAA AGATTTAGCA
GATATTATTA AAGCTGATGA TTTAAAAATT TCAGCTGCTA AAGGAAATGA TGTTTCAACT
GTTAAAACAC AAATTGAAAC TGTGTTAACT GCAGCTGGAT TAGTAAATGG AACTGATTAT
GTAGACTTTA CAGTTGCTCG TACTGATGAT GAAGCAACAA CAAGTGTTGA AATAACAGGA
AAAGGTTCAG ATAAAGTTGT TGATGGTTCT AAAGTAACTT TTGTTGTAAC TTGATCAACA
GACTTTTCAA AAGATTTAGC AGATATTATT AAAGCTGATG ATTTAAAAAT TTCAGCTGCT
AAAGGAAATG ATGTTTCAAC TGTTAAAATA CAAATTGAAA CTGTGTTAAC TGCAGCTGGA
TTAGTAAATG GAACTGATTA TGTAGACTTT ACAGTTGCTC GTACTGATGA TGAAGCAACA
ACAAGTGTTG AAATAACAGG AAAAGGTTCA GATAAAGTTG TTGATGGTTC TAAAGTAACT
TTTGTTGTAA CTTGATCAAT AGACTTTTCA AAAGATTTAG CAGATATTAT TAAAGCTGAT
GATTTAAAAA TTTCAGCTGC TAAAGGAAAT GATGTTTCAG CTGTTAAAAT ACAAATTGAA
ACTGTGTTAA CTGCAGCTGG ATTAGTAAAT GGAACTGATT ATGTAGACTT TACAGTTGCT
CGTACTGATG ATGAAGCAAC AACAAGTGTT GAAATAACAG GAAAAGGTTC AGATAAAGTT
GTTGATGGTT CTAAAGTAAC TTTTGTTGTA ACTTGATCAA CAGACTTTTC AAAAGATTTA
GCAGATATTA TTAAAGCTGA TGATTTAAAA ATTTCAGCTG CTAAAGGAAA TGATGTTTCA
GCTGTTAAAA CACAAATTGA AACTGTGTTA ACTGCAGCTG GATTAGTAAA TGGAACTGAT
TATGTAGACT TTACAGTTGC TCGTACTGAT GATGAAGCAA CAACAAGTGT TGAAATAACA
GGAAAAGGTT CAGATAAAGT TGTTGATGGT TCTAAAGTAA CTTTTGTTGT AACTTGATCA
ACAGACTTTT CAAAAGATTT AGCAGATATT ATTAAAGCTG ATGATTTAAA AATTTCAGCT
GCTAAAGGAA ATGATGTTTC AACTGTTAAA ACACAAATTG AAACTGTGTT AACTGCAGCT
GGATTAGTAA ATGGAACTGA TTATGTAGAC TTTACAGTTG CTCGTACTGA TGATGAAGCA
ACAACAAGTG TTGAAATAAC AGGAAAAGGT TCAGATAAAG TTGTTGATGG TTCTAAAGTA
ACTTTTGTTG TAACTTGATC AACAGACTTT TCAAAAGATT TAGCAGATAT TATTAAAGCT
GATGATTTAA AAATTTCAGC TGCTAAAGGA AATGATGATT CAGCTGTTAA AACACAAATT
GAAACGGTGT TAACTGCAGC TGGATTAGTA AATGGAACTG ATTATGTAGA CTTTACAGTT
GCTCGTACTG ATGATGAAGC AACAACAAGT GTTGAAATAA CAGGAAAAGG TTCAGATAAA
GTTGTTGATG GTTCTAAAGT AACTTTTGTT GTAACTTGAT CAACAGACTT TTCAAAATAT
TTAGCAGATA TTATTAAAGC TGATGATTTA AAAATTTCAG CGGCTAAAGG AAATGATGCT
TCAGCTGTTA AAATACAAAT TGAAACTGTG TTAACTGCAG CTGGATTAGT AAATGGAACT
GATTATGTAG ACTTTACAGT TGCTCGTACT GATGATGAAG CAACAACAAG TGTTGAAATA
ACAGGAAAAG GTTCAGATAA AGTTGTTGAT GGTTCTAAAG TAACTTTTGT TGTAACTTGA
TCAACAGACT TTTCAAAAGA TTTAGCAGAT ATTATTAAAG CTGATGATTT AAAAATTTCA
GCTGCTAAAG GAAATGATGT TTCAACTGTT AAAACACAAA TTGAAACTGT GTTAACTGCA
GCTGGATTAG TAAATGGAAC TGATTATGTA GACTTTACAG TTGCTCGTAC TGATGATGAA
GCAACAACAA GTGTTGAAAT AACAGGAAAA GGTTCAGATA AAGTTGTTGA TGGTTCTAAA
GTAACTTTTG TTGTAACTTG ATCAACAGAC TCAGGTAATG GTGAAGAACC AGAATCAGAA
GCTCTTTCTA TATTCTCATA CTCAATAATT TCAGATAAAT ATTCTAACTA A
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| Protein sequence | MGVYMKKLLA LLVVVTLTTN VVVAGVAIAN ADKKKQNDIR ILQSKLEAIL KSKTDAKWDV
SELQKKVDTE FGEGEITVSF KDYTKVTSIA KAEFIFKANN KKYTGQLTLT QTYEVKDNKA
EDISVISTRL TSILSEKPHD EWTVTDLQTK IDSEFGNGEI AVSGGTYSDD NNYTGETKKK
AEFTFTGNAT TDPENTLKYI GEITLTHTYT KQTVISNAQI NTVVTDLANH DKFDNKEAAK
SAIEAAFAYK EAASDAEPTG IKGIEKAEAK YNKSVEDDKS SFTVTLTLST GYVLEQTTNT
VEVTVNLMSR TDISTNEEFK QELTSFVNDE AHKNQAWTKD GLQSALNTKY GSEEFDVTED
DSTVTYDNSE LGKKTEKFVI TGQGSKENNK QYQGELKVTH DYKVTANIST IKNELETILK
DKDYEEKTWT LDELQKAVDT EFNKGQITVE EVILLKDDNS NVVKNTKEWK FIGNSNDENE
FVYTGDVTLP HTWKSYKVLA SDIQTAAEVA INGKSYANIE AAQEDITNAV QAITGVDSVI
YPTETPKDWN DETIKFTVTF KENYVIEGKN DFSVKARVGN SSQNLADIIK ADDLKISAAK
GNDASAVKTQ IETVLTAAGL VNGTDYVDFT VARTDDEATT SVEITGKGSD KVVDGSKVTF
VVTWSTDFSK DLADIIKADD LKISAAKGND VSTVKTQIET VLTAAGLVNG TDYVDFTVAR
TDDEATTSVE ITGKGSDKVV DGSKVTFVVT WSTDFSKDLA DIIKADDLKI SAAKGNDVST
VKTQIETVLT AAGLVNGTDY VDFTVARTDD EATTSVEITG KGSDKVVDGS KVTFVVTWST
DFSKDLADII KADDLKISAA KGNDVSTVKI QIETVLTAAG LVNGTDYVDF TVARTDDEAT
TSVEITGKGS DKVVDGSKVT FVVTWSIDFS KDLADIIKAD DLKISAAKGN DVSAVKIQIE
TVLTAAGLVN GTDYVDFTVA RTDDEATTSV EITGKGSDKV VDGSKVTFVV TWSTDFSKDL
ADIIKADDLK ISAAKGNDVS AVKTQIETVL TAAGLVNGTD YVDFTVARTD DEATTSVEIT
GKGSDKVVDG SKVTFVVTWS TDFSKDLADI IKADDLKISA AKGNDVSTVK TQIETVLTAA
GLVNGTDYVD FTVARTDDEA TTSVEITGKG SDKVVDGSKV TFVVTWSTDF SKDLADIIKA
DDLKISAAKG NDDSAVKTQI ETVLTAAGLV NGTDYVDFTV ARTDDEATTS VEITGKGSDK
VVDGSKVTFV VTWSTDFSKY LADIIKADDL KISAAKGNDA SAVKIQIETV LTAAGLVNGT
DYVDFTVART DDEATTSVEI TGKGSDKVVD GSKVTFVVTW STDFSKDLAD IIKADDLKIS
AAKGNDVSTV KTQIETVLTA AGLVNGTDYV DFTVARTDDE ATTSVEITGK GSDKVVDGSK
VTFVVTWSTD SGNGEEPESE ALSIFSYSII SDKYSN
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