| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MCAP_0638 |
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| Symbol | |
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| ID | 3828449 |
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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 | Mycoplasma capricolum subsp. capricolum ATCC 27343 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007633 |
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| Strand | + |
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| Start bp | 765267 |
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| End bp | 767921 |
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| Gene Length | 2655 bp |
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| Protein Length | 884 aa |
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| Translation table | 4 |
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| GC content | 21% |
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| IMG OID | 637823790 |
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| Product | hypothetical protein |
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| Protein accession | YP_424606 |
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| Protein GI | 83319315 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG4870] Cysteine protease |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.102075 |
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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 | ATGATTAAAA AAACAAAAAT AAACTTACTA ATTTTATCTA CTTTTTCATC TATATTATCT
TCATTTATAT TTTTTAAAAA TATTAGTAAT TCTAGTTCGG ATCAAATTAC AAACTTTTAT
AAACAAAAAC AAGATGAAAT AGCTGAAATA AAAATTTCAA ATAAACAAGA TCTAGAATAT
TATTCTTTAA GAGATGAATA TATTTTATTT AATCAATATC AAGTAAATAC AGGATTATGT
TGAGATTTTG CTTCAATTAA ATCACTTGAA ACTGCTTTAA TGCTAGCAAA TAATGAAATG
TACGACTTTT CTGAAGCAAG CATAAGTGTT TTAAATGAGC ATTGGGTTGC TGATGGTGGT
TTTTTTAGAA CATTTGATAA TTTATTAAAT AGAAATGGAA TTGCTTTTGA ATCTGACTTT
AGATTTGGCG ATCTTTACTA TTTTCCAAAT ACTGGAATAT ATTATGATAA GTTATTAGAT
CTTTATAAAA GTAAATATAT TACTAATTTA TCTAATAAAC TAGAAGCGTA TAGTTTTTAT
AGATATAGTA TTTTAGATAA TCTTAAACAA ATCAAAGAAC ATATTTCAAA ACATTCTGCT
TTATTTGTTG GTATTGATCA TTGACAAGTA GTTAAAAACA AAGTTAACAA ACAAGAAACT
TTTCAAATTA CTTCTGGATC AATGGGAGCT CATGCTGTTA GTATAATTGG TTGAGATGAT
AATTATATTA ATGATGATAA TTCTAAAGGT GCTTTTATAG TTTTAAATAG TGATGGATTT
TATGATAATA ATGATGGGGT TAATTATTTA CCTTATAATT CCTCAACTAT TTATTTAGAC
CTACAAGGTT ATAAATTTAT TGGTGATAAA TTAATTAGTT CAAAAGGCAT TAATTCTTCA
ATTAAAAACA AATATTTTAA TTACTACAAT ACAAAATTAG AAAAAAAATA TACAGAAACT
AAACCATTAA ATCAAAATGT TTTTAGTTGA GATGATCAAG TTGAAATTCA ATATCAACTA
AATGACCAGA TTGCTGATTT TAAAAGAATA CAAACTAATA TTTTTTATGA CAAACTAGAT
GTTTCAGATA AATTTGAAAT TAAAAAAGTT GACAATAAAA TCTTAATAAA AGCTAAACAA
AGAATAAGAC CAGGTAGTTA TACAATCAAT TTTAATTATA AGTATGTTTT AAAATCTGAT
CCTAATTACA CTAAAATAGA TAGCGATACT AGACAAATTT ATGTTTTAGA TGGTGCTGAA
AGTGCTAAAG CAAATTCTTA TTGGTATTTT TCAAATATAG CAAATAGAGT TCCGCATATT
GTTTTTCACT CATCAAATAG TTATACATTA AATAATAAAA TCCCAGTAAT TTTAAATGAT
AGAAAAATAT CTGAAGCATA TTATTCTTTT ATACCAAGTT ATTTAAACTA TACAAATAAT
GCTGAATATC GTGTTAATGA AAAACCAATT AGTTCATTTA AAACAGCTGA TGCATTTAAT
TTAAACTTAT TTGAAATTGA TAAGCAAAAC ATTCAAACAA TTAAACACAA TAATCAAGAA
TATCAAATTT ATAAAGACTA TCAAATTAAT GTTGATAAAT ATGTTAACAA CAATAAAGTA
AATACTAATA AGTATCAAGT TTATCAAATT AATGATTCTA AAAATTTTAT TATTGCTCAT
GTATTTTATG ATTTAAAAGA TGCTGTTTTA GAAAACGAAA TAAATGAAAT ATCTTTTCAA
ACTAATCAGA GTATTTTTAA TAATTCATAT AAAAGATATC TAGATGAACC TTATAAAAAG
AATGCTAAAT TTATTAAGTA TCAATATGTA GATCAAAACG GAAACTATAA AGATTTACCT
AAAGAAAATA ATAAATATTA TTTAAGCTAT GATATTTTAA AAGAACTACA AACTCCTAAA
CATTTATTAA ATTACATTGG TCATGAACAA TATGATCATT CATACAATAC ACCAATAATT
ATTAAACCTG TTTTTTTAGA AGAAAAAGTT GAAGATTTAA AAATAGAGAT TGTTGATAAA
AAAGATGAGT TTTTAGCTAC TACTAAATTA GATCCAAATG AATTTGAATT AAAAATTACA
ACAGATAATA AAAAAGAAAT TTATATAACT CCTAGTAAAA TTACTTATCA AAATCAAGAT
GATTGTTTAA GATCTAATCA TAATCATCTA TTTTTAGAAT TTATTCATAA TAACAAGACA
TATGAACATA AACTAGATAT TAAAAAAGTT AAAAAAATGG TTTATGATGA CTTGACACTA
ACTAATACTA ATCTTGAGTT TAATAATAAA TACCAACATC CTAGTTTTAT TGATAATCTT
GATACTTCAA TTTTAAAAGC TACATATACT GATCAAAAAG ATGTTGGAGA ATATGAAATA
AAATTAGAAA TTATTAATCC AGATTATACT TTTAAAAATA ATCAAAACTC AATCACTCAT
AAATGATCTA TTTTAAAATC AGAAATTAAA GAAGCTAATT TTAAAAACAC AGACATTAAA
ACTATTAATA GTTTAAATAA ATTTACTAAA TCTAATAAAA CAATTATTTA TTCAACTACT
ATTCCAATAG TTAGTATTTT AGTTTTACTT CTAATTGGTC TTTTAATAAA AAGTAAAAAA
TTTTATAAAA AATAA
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| Protein sequence | MIKKTKINLL ILSTFSSILS SFIFFKNISN SSSDQITNFY KQKQDEIAEI KISNKQDLEY
YSLRDEYILF NQYQVNTGLC WDFASIKSLE TALMLANNEM YDFSEASISV LNEHWVADGG
FFRTFDNLLN RNGIAFESDF RFGDLYYFPN TGIYYDKLLD LYKSKYITNL SNKLEAYSFY
RYSILDNLKQ IKEHISKHSA LFVGIDHWQV VKNKVNKQET FQITSGSMGA HAVSIIGWDD
NYINDDNSKG AFIVLNSDGF YDNNDGVNYL PYNSSTIYLD LQGYKFIGDK LISSKGINSS
IKNKYFNYYN TKLEKKYTET KPLNQNVFSW DDQVEIQYQL NDQIADFKRI QTNIFYDKLD
VSDKFEIKKV DNKILIKAKQ RIRPGSYTIN FNYKYVLKSD PNYTKIDSDT RQIYVLDGAE
SAKANSYWYF SNIANRVPHI VFHSSNSYTL NNKIPVILND RKISEAYYSF IPSYLNYTNN
AEYRVNEKPI SSFKTADAFN LNLFEIDKQN IQTIKHNNQE YQIYKDYQIN VDKYVNNNKV
NTNKYQVYQI NDSKNFIIAH VFYDLKDAVL ENEINEISFQ TNQSIFNNSY KRYLDEPYKK
NAKFIKYQYV DQNGNYKDLP KENNKYYLSY DILKELQTPK HLLNYIGHEQ YDHSYNTPII
IKPVFLEEKV EDLKIEIVDK KDEFLATTKL DPNEFELKIT TDNKKEIYIT PSKITYQNQD
DCLRSNHNHL FLEFIHNNKT YEHKLDIKKV KKMVYDDLTL TNTNLEFNNK YQHPSFIDNL
DTSILKATYT DQKDVGEYEI KLEIINPDYT FKNNQNSITH KWSILKSEIK EANFKNTDIK
TINSLNKFTK SNKTIIYSTT IPIVSILVLL LIGLLIKSKK FYKK
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