| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mfl288 |
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| Symbol | |
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| ID | 2897730 |
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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 | 330027 |
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| End bp | 334508 |
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| Gene Length | 4482 bp |
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| Protein Length | 1493 aa |
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| Translation table | 4 |
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| GC content | 27% |
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| IMG OID | 637520329 |
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| Product | DNA polymerase III alpha subunit |
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| Protein accession | YP_053529 |
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| Protein GI | 50365104 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG2176] DNA polymerase III, alpha subunit (gram-positive type) |
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| TIGRFAM ID | [TIGR00573] exonuclease, DNA polymerase III, epsilon subunit family
[TIGR01405] DNA polymerase III, alpha chain, Gram-positive type |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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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 | ATGTCAGACA ATAAGGTATT AGAATTATTT CAAAAATTGA AGATCAATTT AAATGAAGGC
GAACTTTCAT ATTTTGAACA TTCTGAAATT GAAAAAGCTA CAATAAGCTC TTTAAAATCA
AAACTTAGAT TGTCATTAAA AATTAAAAAC TTTTTACCTA TAAGAGTATT AAGTGAAATT
CATGAAAAAT GTGTCGGATC AGAAGAAATA AAAATAAAAC TAATTTTAAA TGTGCAAAAC
CAAAGAATAG ATAAAGAATT AATTTGTGAG TATATTGAAT TTATTAAAAA TTTTAAATCT
CAAAATAAAA CAATTATCTG AAACTTTATT GAAGCTGAAG GATTTGAATA TGATGCAGAT
GAAAATTTAA TTAAATTTGT TGTTGATTCT AATGAATTGA AAAACCAATT AACAACTGAA
TTGGAATATT GTTTAGCTAA ATTAAAACAA TTTGGTTTTA AAGAACTTAG TTATGATATT
CAAGTTGAAG ATAAAACAGA AGAATATATA AAACAATCTT TAATAATTGA ACAACAAACT
AAAGAACAAT ATAAACAATT TGCCCCTGAA TCAACAGAAA AATCTCAAAA TATGATTATT
TCAAAACAAA AGTCACAGAA GTGAAATCAA TCTTTAGATA ATCCAAGTTA TGATTCATTT
GAAGACATTG AAGAAGATGC ACAAAATATT GTCTTACATG GTAAAATGAT GAGCATTGAT
ATAAGAGATT CTAAAGCAAA TAATCGTAAA ATATATTCAA TTGGTTTAAC AGATAATAAT
TCATCAATCA AATGTATATA TTTTGGTAAA GAAGATGAAA GAACTATTAT GGACCCTTTA
ACCGAAGAAG AAATATCATC AGATAGAATT GAAGAAATTA AAAATAAGAG AATTGCTAAA
GGTGATTGAA TAGCTGTTAA AGGTAAAACA TCTTATTCAC AATTTGATAA AGAACAAAAT
TTTATTATTG AAAAGATAGG AAAAATATCT CGATCAGAAG CTATGGTTAA AGACGATTCA
GAACAAAAAC GTGTTGAATT GCATGTTCAT ACTAAAATGA GTGCTATGGA TGGTGTTTCA
TCAATTCAAG AATATTTACA AATGGTTGAT AAATGAAATT GAAAAGCAAT CGCAATTACT
GATCATATAA ATGTTCAAAC TTTCCCTGAT GCATATAATG AATTAAAAAA AATTAATAAA
AATAAAGCTG AAGAAGATAA ACTAAAATTA ATTTATGGTC TTGAAATGAA TATGATTGAA
AAAGAGGATT ATTGAATTGT TAAAAATCCT AAAGGTCAAA AAATAAGAGA ATCAAAAATG
GTTGTATTCG ACTTAGAAAC AACTGGTTTA TCACCTGAGT TTAATGAAAT CATTGAATTT
GGTGCTGTAG TTTTTGATCC TGTAACTGGG AAAACAACCA AATATGACTA TTTATTTAAA
CCAAAACAAC CTTTAAAACA ATTTACAATA GATCTTACAA ATATAACTCC TGAGATGTTA
GAAGATAAGA AAAATATTGA TGATGATTTT GATAAGATTT ATGAATTAAT TAAAGATAGT
ATTTTAGTTG CTCATAATGC AAACTTTGAC TTTAACTTTT TAAATAGCTT ATCTAAAAGA
TTAGGATATG GTGATTTACA AAATACTGTT ATTGATACAT TAACACTTTC TAGATTAGTT
AGACCTGCTT TAAAATCTCA TAGGTTAGGA GCAGTATGTA AAAAATTCGG TATTTTATAC
GATGAACATG TTGCTCACCG TGGAGATTAT GATGCAGATG TTTTAAACGA TTTATTCTTT
AAAATAATAG CTGAATTAAA ATTAACAACA CCAATCATTT ATGATGCTGA CTTAATTAAG
TTAGAACCTG AAAATGATAA AGATAACATT AACTTATTAA GATCTCGTGG AGCTCATGTT
AATGTATTAG CTAAAAATCA ACAAGGGTTA AAAGACATAT TTAAATTGGT TTCAATTTCT
CATACTGATA ACTTTTTTAA CTCTCCTAAA ATATTTAAGG AAAAATTAAA AGAATTTAAA
GAAAAAAATA ATATTTTAAT TGGAGCTGGT TGTGTAAACT CAGAAGTTTT TGAAACAGCT
AGAATTGGAA CAGATGAAAA ACTAGAAGAA ATCATTCCTT TTTATGACTA TATAGAAATT
CAACCATTAA GTGTTTATAA AAACTTAATT AATGATAATC AGTTAGAAGA ACATGAACTA
ATAGATGTAA TTAAAAAAAT AATTAGGCTA GCTAAAAAAT ATAATGTAAT GCTAGTAGCA
ACAAGTGATG CTCACTATAC AAGACCTGAA TTGAAAAAAA TTCGTGATGT TTATATTAAT
GCAAAAGGAC TTGGAGGAAG TAGACACCCA TTATTTAGTT TTAGAAATAA AAACAAATTA
ATTGACTACC CTGATCAATA TTTAAGAACA ACTAATGAAA TGCTTAAAGA ATTTGCTTGA
TTAAGTGAAC CTGCTTTAGT GCAAGAAATG GTTATCACAA ATACAAATAA AATAGCAGAA
ATGATTGATT CAAATATCAT TGTTATCAAA GATGGTTTAT TCACTCCAAA CATTGAAAAC
GTAGATACTT TATTAAAAGA TAAATGTTAT GAAACAGCAC ATGCAATGTA TGGTGATGTT
TTACCTGAAA TAGTTGAGTC ACGTTTAGAA AAAGAATTAA CATCAATTAT TAAACATGGT
TTTGCTGTTG TTTATTGAAT TTCACATTTA CTAGTTGAAA GATCTAACAA TGATGGATAT
CTTGTTGGTT CAAGAGGAAG TGTTGGTTCT TCATTTGTAG CAACTGCTTC AAAGATTACT
GAGGTTAATC CATTAAAAGC TCATTATAGA TGTTTAAACT GTAAATATTC AGATTTTAAT
ACTCCAATTG AAATTAAATG TGGATATGAT TTACCAGAAC AAAATTGTCC AAAATGTAAT
GAAAAATTAA TTGGTGATGG GCATGATATT CCATTTGAAA CATTCTTAGG ATTTGATGGA
GATAAAGTTC CAGATATTGA TTTAAACTTT TCTGGAGAAT ACCAACCAAT TGCTCATAAC
TTTACAAAAG AGATGTTTGG TGAAAACAAT GTATTTAGAG CCGGAACAAT TTCAACAGTT
GCTGAAAAAA CTGCTTTTGG ATACGTAAAA GCATTTTATG AAGAAACTGG TGTATTAGAA
GAAGATATGC CAAGAAAAAT TGAAATTGAA AGACAAGCTA AGTTAGTTGA AGGAGTAAAA
AGAACAACAG GACAACACCC TGGAGGAATT ATTATCTTAC CTAAAGAATT TGAAATTGAA
GATTTCTCTC CTGTTAACTT CCCAGCTGAT GATGCATCAA GTTCTTGAAA AACAACTCAC
TTTGATTTCC ACTCAATTCA TGATAACTTA TTAAAAATGG ATATTCTAGG ACACGTTGAC
CCAACTGCTT TAAGAATGCT TGGTGATCTA ACTGGAGTTA ATCCAATCAA TATTCCAACA
AATGATCCAA AAGTATATTC ATTATTTAGT AATCTATCTG CTTTAAATAT AAAACCAGAA
CAAATTAATG GAGAAACAAC TGGAGCTATT GGTTTACCTG AGTTTGGAAC AGGATTTGTT
AGATCAATGT TAAGAGAAAC AAAACCTAAA ACATTTGCTG ACTTAGTGCA AATTTCAGGA
CTATCACATG GTACTGATGT TTGATTAGGA AATGCAAGAG ATTTAATTAA AAACAATACA
GCAAATATTT CAACTGTTAT TGGTTGTCGT GATGATATTA TGGTTTATTT AATGGGCCAA
GGAATCGATG CTACTACTTC ATTTAAAATA ATGGAATCAG TACGTAAAGG ACAAGGTTTA
AGAAAAGAAT GAAAAGAAAT TATGCTAGCA CATAATGTTC CTGAATGATA CATTGAATCT
TGTTTAAAAA TTAAGTATAT GTTCCCTAAA GCTCATGCTA CAGCGTATGT ATTAATGGCT
TATCGAATTG CTTGATATAA AATTTATTAT CCTGCAGAAT ACTATGCAAC ATTCTTAACT
AATAGAGCCG ATGCTTTTGA TTTAAAAACA TTCTTAGGTG GTTATAATGG AGTTAAAGAA
AAACTAGCAG AATTAGAATT AAGAAAAAAT AAAAAAGATA AAATGACTAC AAAAGAATTA
GCTTTAATGC CAGTTCTAGA AATAGGATTA GAAATGTTTA GTCGTGGAAT TAAAATGGCT
AACTTAAACT TTGAAAAATC TTTAGCTGAT AAATATATTA TTGAAAAAGA TGAATCAACT
GGTGAAGCTA CACTATATCC TCCGTTCTTA GTAATTGATT CACTTGGAGA TGCTGTGGCT
GATTCAATTA TTAAAGCTAG AAGTGAAAGA CCATTAACTA GTGTTAAAGA TCTAACATCA
AGAACAACAA TTACTCAAAC ACAAATGAAA ATATTTGAAC AATTAAATGT ATTAGATACT
TTAGCACAAG ATGAACAATT AGAATTTGAC TTTTTTAACT AA
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| Protein sequence | MSDNKVLELF QKLKINLNEG ELSYFEHSEI EKATISSLKS KLRLSLKIKN FLPIRVLSEI
HEKCVGSEEI KIKLILNVQN QRIDKELICE YIEFIKNFKS QNKTIIWNFI EAEGFEYDAD
ENLIKFVVDS NELKNQLTTE LEYCLAKLKQ FGFKELSYDI QVEDKTEEYI KQSLIIEQQT
KEQYKQFAPE STEKSQNMII SKQKSQKWNQ SLDNPSYDSF EDIEEDAQNI VLHGKMMSID
IRDSKANNRK IYSIGLTDNN SSIKCIYFGK EDERTIMDPL TEEEISSDRI EEIKNKRIAK
GDWIAVKGKT SYSQFDKEQN FIIEKIGKIS RSEAMVKDDS EQKRVELHVH TKMSAMDGVS
SIQEYLQMVD KWNWKAIAIT DHINVQTFPD AYNELKKINK NKAEEDKLKL IYGLEMNMIE
KEDYWIVKNP KGQKIRESKM VVFDLETTGL SPEFNEIIEF GAVVFDPVTG KTTKYDYLFK
PKQPLKQFTI DLTNITPEML EDKKNIDDDF DKIYELIKDS ILVAHNANFD FNFLNSLSKR
LGYGDLQNTV IDTLTLSRLV RPALKSHRLG AVCKKFGILY DEHVAHRGDY DADVLNDLFF
KIIAELKLTT PIIYDADLIK LEPENDKDNI NLLRSRGAHV NVLAKNQQGL KDIFKLVSIS
HTDNFFNSPK IFKEKLKEFK EKNNILIGAG CVNSEVFETA RIGTDEKLEE IIPFYDYIEI
QPLSVYKNLI NDNQLEEHEL IDVIKKIIRL AKKYNVMLVA TSDAHYTRPE LKKIRDVYIN
AKGLGGSRHP LFSFRNKNKL IDYPDQYLRT TNEMLKEFAW LSEPALVQEM VITNTNKIAE
MIDSNIIVIK DGLFTPNIEN VDTLLKDKCY ETAHAMYGDV LPEIVESRLE KELTSIIKHG
FAVVYWISHL LVERSNNDGY LVGSRGSVGS SFVATASKIT EVNPLKAHYR CLNCKYSDFN
TPIEIKCGYD LPEQNCPKCN EKLIGDGHDI PFETFLGFDG DKVPDIDLNF SGEYQPIAHN
FTKEMFGENN VFRAGTISTV AEKTAFGYVK AFYEETGVLE EDMPRKIEIE RQAKLVEGVK
RTTGQHPGGI IILPKEFEIE DFSPVNFPAD DASSSWKTTH FDFHSIHDNL LKMDILGHVD
PTALRMLGDL TGVNPINIPT NDPKVYSLFS NLSALNIKPE QINGETTGAI GLPEFGTGFV
RSMLRETKPK TFADLVQISG LSHGTDVWLG NARDLIKNNT ANISTVIGCR DDIMVYLMGQ
GIDATTSFKI MESVRKGQGL RKEWKEIMLA HNVPEWYIES CLKIKYMFPK AHATAYVLMA
YRIAWYKIYY PAEYYATFLT NRADAFDLKT FLGGYNGVKE KLAELELRKN KKDKMTTKEL
ALMPVLEIGL EMFSRGIKMA NLNFEKSLAD KYIIEKDEST GEATLYPPFL VIDSLGDAVA
DSIIKARSER PLTSVKDLTS RTTITQTQMK IFEQLNVLDT LAQDEQLEFD FFN
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