| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfl401 |
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| Symbol | |
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| ID | 2897807 |
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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 | 460796 |
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| End bp | 465022 |
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| Gene Length | 4227 bp |
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| Protein Length | 1408 aa |
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| Translation table | 4 |
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| GC content | 23% |
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| IMG OID | 637520449 |
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| Product | unknown substrate ABC transporter permease component |
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| Protein accession | YP_053644 |
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| Protein GI | 50365219 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG4591] ABC-type transport system, involved in lipoprotein release, permease component |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 31 |
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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 | ATGAATAAAA TAATGAAAAG TTATCTAAAA ACTTTTTTTA AAAACTGATT ATCAACTTTA
TTCATGATAA TTTTTATTGT TACATTAGCT GCATCAGTCA TTGGGATGTT AGCAACACCT
TTACAAATAT ATTCAAAAAT GAATTCAGCA CAACAACAAA ATGTAGCTTA TAATTCAAAT
TTTTCTTCTG CTAGTGAAGA TATGCTTTAC AGTGAGGAAT TTATAACTAA GTATGCAAAA
GATTATTTAG ATCCTAAATT TATAGAATTT TTAAATGCAA AATTATGAAC TGATTCAACA
AATAAAAAAG ATAAAGATTA TTATTTAAAT TGAAATAATT TTAATTCTGA GGAAAAAGAA
AGAATAACAT TACAAGTCAA TTCATCTTTA AGAAGATATA GATTATCAGC TAATTCTACA
GCATTTGAAT TATCATACAA AGATTCAGCA AACTTTGATT CAAAATTTGA ATTACCTACA
CCTCAAGAAG TTTTTAAATA TCATGTTCAA AAATCATTAG AGTTAGGTTT ATATGATTTA
GAAAATTTTT TACAAAACGA TGATGAAACT AATATTTATT CTTCAGTTGC AAGTATAGGA
TTTTCAACAT TATATAGAAT ATTAAATTTT GCTTATGTGA ATGGTATTAT TCAAGATATA
AATTCAATTT CATCAATAAC TAATCTTGAC GATATAAAAA ATTTAATTGC TAACTGAAAT
CCTAAAACAA TTAAAATTTC AAGTTATACA GTTTTTAATT CTGAGTATTC AAAAATTTTA
GCAAATGAAA AATATCAACA TGATGATAGA ATACTACTTT TTAATGAAAT TTTAAATAAA
AATAATGATG AATCTAATTA CGAAATAAAC ATTAATAAAA ATTTTGTATT TCAAAAAAGT
GAAGCAGGAG TTTTAACTAG TTCTCAAACT TTTGAAATAA GAACTGATTC AACTAATGAA
TTTAATAATA TTATTTTTGA TAAAGGTAAT AAAAAATCAA GAAAAACTGA AAGTTGAAAT
TTAAACAAAC AACCTGAAAT TATTATTTCA TCAGCTTTTG CAAGTGCAAA TAATATTAAA
ATAGGTGATG AAATAAAAAT GCCTATAGCT AATTCAAATA ATTTAATATT TAATGCAATA
CTATCAAACA AAATAGTTCA AAGCATATTA CCAACAGAAA GTTTTTTTGC AAATCAATCA
ACAACTGTTA AAATTGTTGG AATAGGGCAA ACTTTTGATG ACTTTGTTCC TGGTAATAAC
TTTTCAGCAT TTTCACAAAG CATGGAAACT TATGGTTTTA TTTATTTAAA TCAAAAATTC
ATTAATAAAT TTAGAGATTA CTCTTGAAAC CTATTAAGTA ACGAAGCTTC ATATAATTTA
GAATTAAAGA TAAAAAATGT AAACTCAACA AATGAAATAC CTTTTGAACT ATTTAAAACA
AATGATGATG TTAAAATACT ATCAAATTTA GAAAATAATT TTATTCCTTG AAGCGAAACA
AAAGTTGCTA AAGCGTTAGA AAATCTACAA ATTAGAATAA TTATAAATGT TGTTTTAGGA
ACTATAATTT TAGTGCTAGC TTTCTTATTC ATTAATTTTC AACTTAAAAA AGAAATGAAT
GAAACAAGAA AACAGTTAGG AATATTTAAA TCATTTGGTT ATAAAACTAG TGAGTTAAGT
TGAATATTTT CAATAAAAAC CGGTATTTTA TTTTTTATTA GTTTAATCTT TGGATTTATA
ATTTCTATTC CTATACAGAC TTTCGCTGCA AAGGCATTTG AAAATACTGT TTCAATTAGC
TTTAGCACTA TTTACTTAAG CCCATTATTC TTGTTTTCTC TATTTATTCT TATACCATTA
CTTTTTATTC TAATAAGTTA CATAACAACT ATCTTATATA TAAAAGAGCC TGTTTTATCA
TTAATGTCTA ATAGTAGAAA AACAAAAGCT AATATAAAAC AAGGAATATT ATTTAAAAAA
ATATTTGCAG GAGAAAAGTT TTTCAATTGA AGATTGAGAA GAGCTTTTGT TAGAACTTCA
AAAGGAAAGT TTTATACTGT TCAAACATTA TTTGCATGTG CATCATTTAC TTATATATTA
TTATTTGGTG CTCAAAGTTT AATGACAAAA ATGTTAAATC AATCGTTTGC AGTTTATAAC
GAAAAAACAG ATCATTACTA TAATTGATGA AATTCTAATC CAACATTAGA TATTACTGAA
GGACAAAATA AATTTAATTA CAAATATGAA TGAAATAGAA CATCTCCTGA TTATAATGAT
TATTCTGAAT ATAAAAATAC AAATGAATAT TTGAACAAAA CATCTTCAGA AGAATATAGA
TTTAGAATAG ATGCAGTAAT TCAAATGACT AATAACTATT TTATGACATT AAATTCAACT
GATAAAGCTA ATTTCTTATT ACCAAGAAGT GAAATGTATT TTATTTTAAA CAATATGTTG
AACATTAAAA CAAATGATTT AATCTTAGAA GAAAGTAGTA ATAATAGTTT TATAAAAACA
ATTATGTCAT ATAATTTAAA TTCTCAAAAT TCTGCTTTTA TAAAAGGTGT TGAGGAAATT
AAATTAACTG GAACAACTTC TCAAATATTA GATTTAAATG AAAAAACAAA CGAAAGTAAT
TCTTTATCAA TTGCATCTAT GCAATCTGAT ATTGTAAAAC ATATTTTCAG TAAGGATTTA
TCTTATATTT TTGCAGTAAA AATAGCTCAA ATTGATTTAA CAATTTCTGC ATTACAAGAA
ATTATAGGTA AGTCTAATCA AATAATTGAG ATAAACGATC TAGTTGGAGC AACAACAACA
AATGAATATA TTGATAATGC GTATCAAAAA TTATATACAA ACAAGTTAAT TAATAAAGTT
AATATCTATG ACACAAAACA AAGAAACTTA TTAGACAATT GATTATTAAG TCAAATTGAT
GAGATATTTT CTAATGATTT AAAACAGTAT ATACCGCTTT TAGTTAGAGC TAATTTTACA
AATATGAATT CGGTTGCAAC AAATGTATTT CAAACAACAC AATTAACAGA TTTTGATAAT
TATGATGAAA ATGATTACAT GTTAAATATT AATAATGTTA TGTATGATAA AGAAAATGAA
GTCTTATTTG ACTGAATTGG TTTATCACAA AGCGGCCAAT ATAATGATGT TGATGTTTAT
GCAAGATTAG TAAATACTCA GTCTAATCAA TATGGAAATT TTGAAAATAT GTTTAATTTT
GAAGATGTAT CAACTTCTGA AATTGAAAGA TTTAAAAATT CAGCTCAAGA GAATGTAAAT
TCAAATATTG TTAATGCAAT AATTCCATAT AGTATGGCTA GAAATCAAAA TATAAAGATT
AACGACATTA TAGAATTTAA AACTAAAACA TTAGATCCCC AAACAGTTCA ACTTAGAGTT
GTAGGAATTA ATAAAGCAGA AACTATAAAA TTAGGCACAG ATAATATTTG AATTAATTCA
GAAGATTTTA AAACTAAATT TTATGATGAA AGCCTTCCAG TGAGATTTTC AAGTTTATAT
TCAAAAAATG AAATGATTTC AGTTAATACA AAAACTAGTG ATTTTATGGA ATTATTTTAT
TCAATTAAAA TTATTGAAAA AAATTCATCA ATTTTAATTA ATGAAGATAC ACCAATAATG
TTAGATATTT TAAGACCAGT TTTCAAATAT ACTAATTCTT TGAGTCCAAA TGTAACTACA
AACTTAAAAT CTGTTGTTAA TCCATATTTC TTAAACTTTT CTTCAAGAAC ATCAACAGTT
TCTTTTATCA TAAATAATTT AGTTATAAAT AAAGCAACTG AAATAGTTGA TAGAGTTATG
TTAATATTTG TATTATTAAC AACTGTTCTT CTTGCAATAA TTCTAGTTGT AATTATTGGT
ATCATAGTTG AAGAAGCTAA AATAGTTATA TTAACTCTAC AAGCTTTAGG TTATAAAGAT
AAAGAAATAA ATTGAGTTGT AATGGGTAGT TATGCTATTG GGGCTTTAAT ATCTTTTATA
GCTGCATATA TTGCGTCTGT TATATTCTGA AAAATATTAT TAACATGAAT AGCAAACAAG
TTTAGTGTTT ATATTTTTAT GACAGTTGAT TTAAAAACTA TTTTAATAAC TTTATCAGTT
ATGTCAGTAG TTTTACTATT TGGTTGGTAT GCATCAAATA AACAAGTAAA AAGAAACCCT
TTAACTCAAA TAACAAGTTT AGCGTAG
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| Protein sequence | MNKIMKSYLK TFFKNWLSTL FMIIFIVTLA ASVIGMLATP LQIYSKMNSA QQQNVAYNSN
FSSASEDMLY SEEFITKYAK DYLDPKFIEF LNAKLWTDST NKKDKDYYLN WNNFNSEEKE
RITLQVNSSL RRYRLSANST AFELSYKDSA NFDSKFELPT PQEVFKYHVQ KSLELGLYDL
ENFLQNDDET NIYSSVASIG FSTLYRILNF AYVNGIIQDI NSISSITNLD DIKNLIANWN
PKTIKISSYT VFNSEYSKIL ANEKYQHDDR ILLFNEILNK NNDESNYEIN INKNFVFQKS
EAGVLTSSQT FEIRTDSTNE FNNIIFDKGN KKSRKTESWN LNKQPEIIIS SAFASANNIK
IGDEIKMPIA NSNNLIFNAI LSNKIVQSIL PTESFFANQS TTVKIVGIGQ TFDDFVPGNN
FSAFSQSMET YGFIYLNQKF INKFRDYSWN LLSNEASYNL ELKIKNVNST NEIPFELFKT
NDDVKILSNL ENNFIPWSET KVAKALENLQ IRIIINVVLG TIILVLAFLF INFQLKKEMN
ETRKQLGIFK SFGYKTSELS WIFSIKTGIL FFISLIFGFI ISIPIQTFAA KAFENTVSIS
FSTIYLSPLF LFSLFILIPL LFILISYITT ILYIKEPVLS LMSNSRKTKA NIKQGILFKK
IFAGEKFFNW RLRRAFVRTS KGKFYTVQTL FACASFTYIL LFGAQSLMTK MLNQSFAVYN
EKTDHYYNWW NSNPTLDITE GQNKFNYKYE WNRTSPDYND YSEYKNTNEY LNKTSSEEYR
FRIDAVIQMT NNYFMTLNST DKANFLLPRS EMYFILNNML NIKTNDLILE ESSNNSFIKT
IMSYNLNSQN SAFIKGVEEI KLTGTTSQIL DLNEKTNESN SLSIASMQSD IVKHIFSKDL
SYIFAVKIAQ IDLTISALQE IIGKSNQIIE INDLVGATTT NEYIDNAYQK LYTNKLINKV
NIYDTKQRNL LDNWLLSQID EIFSNDLKQY IPLLVRANFT NMNSVATNVF QTTQLTDFDN
YDENDYMLNI NNVMYDKENE VLFDWIGLSQ SGQYNDVDVY ARLVNTQSNQ YGNFENMFNF
EDVSTSEIER FKNSAQENVN SNIVNAIIPY SMARNQNIKI NDIIEFKTKT LDPQTVQLRV
VGINKAETIK LGTDNIWINS EDFKTKFYDE SLPVRFSSLY SKNEMISVNT KTSDFMELFY
SIKIIEKNSS ILINEDTPIM LDILRPVFKY TNSLSPNVTT NLKSVVNPYF LNFSSRTSTV
SFIINNLVIN KATEIVDRVM LIFVLLTTVL LAIILVVIIG IIVEEAKIVI LTLQALGYKD
KEINWVVMGS YAIGALISFI AAYIASVIFW KILLTWIANK FSVYIFMTVD LKTILITLSV
MSVVLLFGWY ASNKQVKRNP LTQITSLA
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