| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfl156 |
|---|
| Symbol | |
|---|
| ID | 2898178 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Mesoplasma florum L1 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_006055 |
|---|
| Strand | + |
|---|
| Start bp | 166496 |
|---|
| End bp | 170785 |
|---|
| Gene Length | 4290 bp |
|---|
| Protein Length | 1429 aa |
|---|
| Translation table | 4 |
|---|
| GC content | 27% |
|---|
| IMG OID | 637520186 |
|---|
| Product | unknown substrate ABC transporter permease |
|---|
| Protein accession | YP_053396 |
|---|
| Protein GI | 50364971 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 29 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGCATTTTA AAAAAATTTA TTTGATGTTA AAAAACTCAT TTAAAAATGC GACTAAAAGT
AAAACACAAT TAATAGGTGT TACTGTTTTA GCTTTTTTAC TGTCTTTAGT TTTAACATTA
GTTGTTTCAA TGAACGTTCG TGTTATTGAA AAATATAAAG AAATGAATGA AAATTCAAGA
GTTCATGATG CTGTTATTGA TTTAAACCCT TATGATAAAG TAGCAACTGG GGAAAGTGAA
GAAACTGAAG AAGCACCAAA GAACCTTGTT GCAGCTCAAC AATACTGAAT ATATAAATTA
CAAGAGAAAT ATTTTGAAGA ATCAAGTGAC TTACAATTTG AGTGATCTAG AACAGAAGCT
AGAGAATTTT CTCAAGTAAA ACAAAATGGT AATGACTTAA CAATTAAAGC AATTACTAAA
ACTTCTCAAG AAAATAATTT TAGTAACCAA GAAGTAGATA AATTAGTTAT TTTTGAAGGT
GAAGACATAC AAACTCATCA CCAAGTTGTA ATTGATCCAA ACTATGCAAA AAATAATGGT
ATTAAATTAG GCGATGTTAT TAGAATACAA GCTGATAACT TAGGAAATTC TTTATTAGTT
AGAGATTCTG ACAATAAACA AGTAGCTAGT GATATAAAAG AAATTGAAGC TACAGGAACT
GAAATTGATG CAATTGATGG TAAATATAAT ATTTACTATT CAAACTATCA GTGATTTCAA
GTTGTAGGAT TTGGTAGTTC AGCTGATTTT ATGTCGCCAA TCTTTAATGC GTCAACTACA
TTACCAAGCC GTAACAAAGA AGTAATGATT TATGTTAACC CAACAGCATT TGGATTAAAG
TACAATCAAG AATCAAATTT ATATGAATAT AACCTAAACC AAAATGGTAA TTTAACAGTT
TCTTCAAATG TAGAAATTGA ATCGTTTTAT TCAATTAAAT TTAAAGACGC TAAAAAAGCT
AAAAGTACAG GTTTAGAACA ATTTGAAAGT GACTTGAAAG AATTAATTAG AAGAAATTCA
AATAATAAAA TAGTTTATGG AAAAGAAGAT TCAAGCTACA GATTTAGTAA AAGAATTCTT
TTAATTCAAA AAACTATTCG AACTTATAAT ATAGCAGCCT TTGTAATATT TATTTTAATT
TTATTTGTAT GTTTATATAC AATATCACTT GTTACAAAAA AACAAATTGA AAAAGCCTCA
AAACAATTAG GTACATTAAA AGCATTAGGA TATAGAAAAC GTATACTTGT TTATAATTTT
GTTATGTTAC CTGTAATTGC CTCAACAATT GGTGGATTAT TGGGATATAT TGTTTCAATA
AGCGTTTCAA ATACTCTAAC TAATGAATTT GCCAGTTATT TCTCACTTAA TTATTCAAAA
TTTGATTTTG ATTGAATTAC ATTAGTATTA ATGATTGGAG TTATGTGATT TATTTTATCA
GCGATATCAT TTGTCATAGC TACAATGTTA ATGCGTAAAT CATCATTAAG CTTAATTACT
GCAACTTTTA ATCAAAAAGC TAGTGCATTT AAAGCTAAAT TAAGAAGTAT TCATTTTAGA
AAATCATTTG GTTCAAAATT AAGAAAAGCT TTATTAGTAG ATGCTTTTGG AAAAATGATG
GCAATTGGTT TTGTAGTATT ACTTTCATCA ATGTTATTTA CAGTTTCGTT TGCTGCTCCA
GATATTTTAA AAAGAAATGA AAAAGCAACT TATACTGGTG TTAAATATAA ACAAATAGTT
GAATATGCTC AGCCAAGTTA TAATAACCCC CTAACCTTCG CTAAAACATT TAACCCTTCA
ACTAAACAAG ATGAAATGGT TTACTCAAAA ACAGCTGGTG GATGAACAAG TTTAGCTTTA
AGAGACAATG GTGATTTTGA TTATGATCAA ATCATGACTG ATTACTTTAA TAATGAAATA
AGTGAGAAAT ACTATTCAAT TTTTATTCAA AACTTATTTA CTGCATCAAG TGATGATGAA
TATGCAATTC CAAACCTTAT TGAATTATCA TTAGCAAATA TGAAACTTTT AAATTTAGAA
GGTTCAATAT TTGATAGTAA CTACTTCAGA CAATTATCTA AATATGGTGT GCCTGCCGCA
AGTAATTCAG ATATATTAGG AAAAATGATT TCCCCTATCA TTTTAAAACA ATGATTTGAT
TACCAAAATT TATTTAGTGA AATTAATTCA GCAAAAACAA TGTATGAAGC AGGAGCTGCG
ATGCAAACTT TCTATGCTAA ATATTCTGAA TCAATTGGTT TATCTATAAG CAATGATTTT
AGAAGTGATT ATGGTACTAA AAAAATAAGC GATGAAGAAT GAATTAAAAT GAGTGAACAT
TCTAAAATAA ATGTATTTAA TTCATCAAAT GGTAACTTAG CAAATATGTA TCTATTAAAT
AATGAGGATA TGTTAAAAAC ATTATTAAAA GCTGAAACAG GTAAAATTGA ATATGAAAAT
CAAACAAATC AAAACAATAA ATTTAAATTA ACTAATTCAA ATTACACAGG AATAGGTTCA
TTTAGAATTG CATCAGAACA CAATACTGAA GAATCAACTA ATGATTATTA TTTAGGTCTA
AACTTCGATA AAATGGCTGA AGAAAATGAT AAAGATAAAG CAATAGAAGC TATCACAGAT
ATGTGAGAAT GATTTACATT CTTATTCAAT AATCGTGTTG ATCAAGCAAT TATTCAATCA
GCTTTCTCAA GACCTCCGTA TTCTGTTAAA CAAACATTGA TTAATGCATT TAAATCAAAT
GATAAAAATT ACTCAATGGC TTTCAACTTA GTTTCATATG ATCCTAGTCA AGAAGCTTTA
GGAACAAAAA TCCAAGCTGA AAAAGATGGT AAAAACTTTA AAATTTATGG AATCGATAAT
GATGATAGAT TTTTAGATTT AAGAGATTCT AACAATAATA ATTTAATGGA AGAATTATTT
AATTTTAAAG AAACAAATGG AATCGTTATT AATGAAACAC TAGCTAAAAC TTTAAATCTT
AAAGAAGGTC AAGAAGTAGA TTTCAATGTT ATTCAAAACG AATTACAAGA TGCATCAAAA
GGTGAAATAG TTCCTTATAA ATTAAATGAT TGAGATACAA GCAGTTTATG AAACGGAACT
GATGGATTTA AACAAAATTC AAGAACAAAC AATTTAGGTT CAAATATATT AGTAACAAGA
CCTGATTTAG ACGATAAAAA TGCAATTAAC TTTATGACAA GCATTTCTAA ACCAACTGAA
TATTACAATT CTGTATTAAA CGGTGACACA ATCATTGCTG ATAAAACAAC AAATACAAAA
TTTAAAATTG TTGGAATTCA TGAAGGATAT GGATCAGCTC AAGCATGAAT AAAAAATGAT
GATGCAAAAT CTATTCTTAA ATATGATGAA GTTGAAAACT ACTTGTGAAA AAATTTCTTT
GCAAAACAAT GAAATACACA GTTTGGATAT TCAACACTTG ATCAATTCAA CAATAAAATA
ATTATTGAAG ATAAAGATCA AGAAGAGTTA AAAATTTACA ATAAAATTAA AGGTTTAGAT
TTAACAAAGA ATGGTCTAGA TGATTTAGAT TTATTTAAAA ACAAATTTAT TGAACATCCA
CAAAATAATG ATGAAAAAGC GTTAGGTGAA TTGATTCTTA AAATATTTGA AAATCAATAT
CCAGTTTTCA ATTATAAGTA TTCTAACAAA ACTGATGTTG CTGATTACAA TACAGTTATG
AGTGTTTCAA CAGCATTTGG AGACTATTCT CCAACAGCGC TAAATGGAAT GGAAGCTAAA
TTCAGTGCTA CTCACGCAGC ATTTGATGGT AGTGGTATTG GAACTGTAGA ATGAATATTA
CCTATTGATT TATCAAAAGA TATGTTAGAA GAAATATCAC AATTGATTTT ATTATTAATT
GCAATAGCCA TTGTCTTAAT ACTATCGTTA ACATTTGTAA TTATTTTACT AACAACATCA
ATTATTATTA CTGACAACAT AAGGTTTATT TCAACAATGA GGGTCTTAGG ATATCATGAT
GCTTATGTTG TTAAAACAGT AATGGGAATG TATCTAATTG TTATATCAAC AATGTTTGCT
GTGGGATTTG CAGCAGGATG ATTCATTTTT GCAAAAGCTG TAAACATTAT GTTATTAAGC
GGAGTTGTTT TACCAATAGC ATTCCCTATA TGATTACCAA TTGTAGTTTT CTTAGGAATT
GTTGGTATTT ATGCAATAGC AATTTTCGCA GGTTACAAAC GAATAACAAA AACTAACTCT
GTGCAAATTT TACAAAATGC AGACCTCTAA
|
|---|
| Protein sequence | MHFKKIYLML KNSFKNATKS KTQLIGVTVL AFLLSLVLTL VVSMNVRVIE KYKEMNENSR
VHDAVIDLNP YDKVATGESE ETEEAPKNLV AAQQYWIYKL QEKYFEESSD LQFEWSRTEA
REFSQVKQNG NDLTIKAITK TSQENNFSNQ EVDKLVIFEG EDIQTHHQVV IDPNYAKNNG
IKLGDVIRIQ ADNLGNSLLV RDSDNKQVAS DIKEIEATGT EIDAIDGKYN IYYSNYQWFQ
VVGFGSSADF MSPIFNASTT LPSRNKEVMI YVNPTAFGLK YNQESNLYEY NLNQNGNLTV
SSNVEIESFY SIKFKDAKKA KSTGLEQFES DLKELIRRNS NNKIVYGKED SSYRFSKRIL
LIQKTIRTYN IAAFVIFILI LFVCLYTISL VTKKQIEKAS KQLGTLKALG YRKRILVYNF
VMLPVIASTI GGLLGYIVSI SVSNTLTNEF ASYFSLNYSK FDFDWITLVL MIGVMWFILS
AISFVIATML MRKSSLSLIT ATFNQKASAF KAKLRSIHFR KSFGSKLRKA LLVDAFGKMM
AIGFVVLLSS MLFTVSFAAP DILKRNEKAT YTGVKYKQIV EYAQPSYNNP LTFAKTFNPS
TKQDEMVYSK TAGGWTSLAL RDNGDFDYDQ IMTDYFNNEI SEKYYSIFIQ NLFTASSDDE
YAIPNLIELS LANMKLLNLE GSIFDSNYFR QLSKYGVPAA SNSDILGKMI SPIILKQWFD
YQNLFSEINS AKTMYEAGAA MQTFYAKYSE SIGLSISNDF RSDYGTKKIS DEEWIKMSEH
SKINVFNSSN GNLANMYLLN NEDMLKTLLK AETGKIEYEN QTNQNNKFKL TNSNYTGIGS
FRIASEHNTE ESTNDYYLGL NFDKMAEEND KDKAIEAITD MWEWFTFLFN NRVDQAIIQS
AFSRPPYSVK QTLINAFKSN DKNYSMAFNL VSYDPSQEAL GTKIQAEKDG KNFKIYGIDN
DDRFLDLRDS NNNNLMEELF NFKETNGIVI NETLAKTLNL KEGQEVDFNV IQNELQDASK
GEIVPYKLND WDTSSLWNGT DGFKQNSRTN NLGSNILVTR PDLDDKNAIN FMTSISKPTE
YYNSVLNGDT IIADKTTNTK FKIVGIHEGY GSAQAWIKND DAKSILKYDE VENYLWKNFF
AKQWNTQFGY STLDQFNNKI IIEDKDQEEL KIYNKIKGLD LTKNGLDDLD LFKNKFIEHP
QNNDEKALGE LILKIFENQY PVFNYKYSNK TDVADYNTVM SVSTAFGDYS PTALNGMEAK
FSATHAAFDG SGIGTVEWIL PIDLSKDMLE EISQLILLLI AIAIVLILSL TFVIILLTTS
IIITDNIRFI STMRVLGYHD AYVVKTVMGM YLIVISTMFA VGFAAGWFIF AKAVNIMLLS
GVVLPIAFPI WLPIVVFLGI VGIYAIAIFA GYKRITKTNS VQILQNADL
|
|---|
| |