| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MCAP_0495 |
|---|
| Symbol | |
|---|
| ID | 3828382 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Mycoplasma capricolum subsp. capricolum ATCC 27343 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_007633 |
|---|
| Strand | + |
|---|
| Start bp | 585624 |
|---|
| End bp | 588590 |
|---|
| Gene Length | 2967 bp |
|---|
| Protein Length | 988 aa |
|---|
| Translation table | 4 |
|---|
| GC content | 25% |
|---|
| IMG OID | 637823651 |
|---|
| Product | structural maintenance of chromosomes (SMC) superfamily protein |
|---|
| Protein accession | YP_424468 |
|---|
| Protein GI | 83319729 |
|---|
| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
|---|
| COG ID | [COG1196] Chromosome segregation ATPases |
|---|
| TIGRFAM ID | [TIGR02168] chromosome segregation protein SMC, common bacterial type |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 2 |
|---|
| Plasmid unclonability p-value | 0.210313 |
|---|
| 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 | ATGTTATTTT TAAAGCAGAT TAGAGCTAGT GGGTTCAAAT CATTTGCTGA TCTTACAGTA
ATGGATTTTA ATTATGATAT GACTGGAGTT GTTGGTCCAA ATGGTTCTGG AAAATCAAAC
ATTACTGATG CAATTAGATG AACTTTAGGA GAACAATCAA CTAAAACTTT ACGTGGAAGT
AAAATGGATG ATATTGTTTT TAGTGGAAAT AATGAAAAAA AAGCAGCTGA TGTTGCTGAA
GTAACATTAG TTTTTAATAA TATTCATGAA AACTTTTCTT CAATTAAAAG TGATACTGTA
GAAATTACTC GTAAATTTGA TAAGAACACT AGAGAAAGTG AATTTTATAT TAATTCTAAT
AAATGTAAAC TAAAAGATGT TCAAAGTATT GCTTTAGAAG CAGGGCTAAC TAGATCAAGT
ATTGCTATTA TTTCTCAAGG AACTGTTGCT AATTTTACTG AATCAAAACC AGAAACAAAA
AGAGAAATTT TTGATGATGC AGCTGGAGTA AGTAAGTATA AAAAAAGAAA AAAAGAAACT
TTATCAAAAT TAGAAAAAGC AACTGAGAAT TTAACAAGAC TTGAAGATAT TGCTAGAGAA
ATTTCTAGAA GATTACCAAA TTTAGAACGT CAATCAAAAA AAGCTTTAGA ATACGAACAA
AAAGTTAATG AGTTAAAAAA TATTGAATTA TATATCTTAA CTAAAGATTT AAGAGTTTTA
TCAAATAGAA TTGAAGAATT AAGAGTAGAA AAAATAGAAT ATGAAACTCA AATTAAAAAG
TTAACTAATG AAATTAATAT GAGTCAAGAT GAAGTTAACT TAATTATTGA TAAAGATGCT
GAAGATAACC AAAAATTATC TGAACTTAAT GCTAAATTTA ATTCATTAGT TCAAAAAATT
GCAAATTTAA AAGTTAGAAA ACAAAAAGCA GAACTAAAAG AACAAGAAAA TCTGAATACA
AAAGATCAAG ACGAATATAA AGCAACTTTA GTTAAAAAAC AATTTGATGA AAGACAAATT
AGTATTAAAT CTGAAAAAGA TAAAATTACT AAAGCTGAAG ATTCATTATT AGAATTAAAA
GAAAAATACG ACTATTATAC AGGTAAATAT AATGAAATTT ATAAAGAAAT TGAAACTATT
AGAACAGCAA TTTCAAGAAT TAATATTCAA ATTGAAACAA TAGAACATAG AAAAAAAACT
GCTTTAAATT CATATCAAGA TGCAATCAGT GCTATTTTAA ATAATCAAAA ACAAATTAGT
GGAGTTGTTG GTGTTTTAAA AACATTAATC AATGTAAAAG AAGAATATCA AATTGCTATT
TCAGTAACAG CTAGTGGTCA TATGAACTCA TTAGTTATGA AAACTGATCA AGACGTTAAA
AAAGCTATAG AATTTTTAAA AAAGAATACT AATTTAGGTA GAGCAACTTT TTTACCTTTA
AATACTCTGA CTCCTAATTT GATTAATCCC GTTCAAAAAC AACTATTAGA AAAAAGTGAA
GGTTTTGTTG GTTTTGCTAA TGAATTAGTG GAATATTCTA ATGATATTTC AAAAGCTGTT
GAATATGCTT TAGCAAATAT AATAGTAGTA CAAACTTATG ATGATGCTAT TAACTTAGCA
AAAAATACTA ATTTTAGATT TAATATTGTT TCACTAGACG GACAAAGAAT TTTACCACAT
GGAGCAATAA TAGGTGGTTC AACAAAAAAT GCTAACATTT TTGCAAAACA AAATTCTTTA
AATCAAGATA ATAATTTAGA TGAACTAAAA AATAAAGTAG ATGCTTTAGA AGAAAAAGAA
CTAACAAGAA CAAAAGAACT AACTGAATAT AAAACAGCAA ATGATAATTT AAGAGATCAA
ATTAATGATT TAAACGGTAT TATTAGAAAT GCTAAAAACA ATTTATTTAA TTGAACAGAA
AATCTTAAAG AATTATCAGA TGAGCATAAA AGTTTGACTG GTAAAGATTT ATTTACTGGT
ATATTTAGTA AAAATGAAGA ATCAGAATCA ATTACATTAT CAAGACAGAT TTCAGAACTA
GAAATTCAAA GAGATGAAGT TCAAATTGAA ATTAATTCAA TTTCTTTTAA ACGTACTCAA
AGTATGGAAA AACAAAAAGA AATGAATTCT GCTAATAGTT TAAAAAGAAA TGAACTTGAT
GAATTAAAAA CTCACGCAGG ATCAATTAAT ACTGAGTATA ATGTTTTATT ACAAAGAAGA
ATAACAATAA TTGATCGTTT ATCTAATGGA TATCAAATTA CTGAAGAAAC AGCTTTAACT
ATGGTTGTTC CAGAAATCAA AGATGAGCAA GTTGCAAGAG AAAGAATTAT AGAATTAACT
ACTTATATTC AAAATATCGG AAATATCAAT ATGGATGCTA TTGAAGAATA TAAAACTGAA
AAAGAACGTT TTGATTATTA TGATCAACAA ATAAAAGATA TTTATGATGC TAAAGAAAAA
TTAGAAAGTA TCATTTTAGA TATCGATATT GCAATGGAAT CTCAATTCAA ACAAATTATT
GAAGATGTTA ATAAAGCTTT ACCAGATGTT TTTTCAAAAA TGTTTGGTGG AGGTTATGCT
GAATTGATTT ATACTGATCC AGACAATATA TTAGAAACAG GAATAGATAT TAAAATTTTT
CCACCAGGTA AAAAAATTAC AAATCTAAAT TTATTATCAG GAGGAGAAAA ATCTTTAGTT
GCTTTATCTG TATTATTTGC CATTTTAAAA GCAAGACCTT TACCATTAGT AATTTTAGAT
GAAGCTGAAG CCCCACTAGA TCCAGTTAAT GTTGAAAGAT TTGCAAGATA TGTAAGACAT
TTTTCAGATA ATACTCAATT TATAATTGTT ACTCATAGAG AAGGAACAAT GACTCAATGT
GATTCACTAT TTGGAGTAAC AATGCAAACT AAAGGAATAA CAAAAATTAT TAATGTTAAA
CTTGTTGAAG CTAAAAACTT ACACTAA
|
|---|
| Protein sequence | MLFLKQIRAS GFKSFADLTV MDFNYDMTGV VGPNGSGKSN ITDAIRWTLG EQSTKTLRGS
KMDDIVFSGN NEKKAADVAE VTLVFNNIHE NFSSIKSDTV EITRKFDKNT RESEFYINSN
KCKLKDVQSI ALEAGLTRSS IAIISQGTVA NFTESKPETK REIFDDAAGV SKYKKRKKET
LSKLEKATEN LTRLEDIARE ISRRLPNLER QSKKALEYEQ KVNELKNIEL YILTKDLRVL
SNRIEELRVE KIEYETQIKK LTNEINMSQD EVNLIIDKDA EDNQKLSELN AKFNSLVQKI
ANLKVRKQKA ELKEQENLNT KDQDEYKATL VKKQFDERQI SIKSEKDKIT KAEDSLLELK
EKYDYYTGKY NEIYKEIETI RTAISRINIQ IETIEHRKKT ALNSYQDAIS AILNNQKQIS
GVVGVLKTLI NVKEEYQIAI SVTASGHMNS LVMKTDQDVK KAIEFLKKNT NLGRATFLPL
NTLTPNLINP VQKQLLEKSE GFVGFANELV EYSNDISKAV EYALANIIVV QTYDDAINLA
KNTNFRFNIV SLDGQRILPH GAIIGGSTKN ANIFAKQNSL NQDNNLDELK NKVDALEEKE
LTRTKELTEY KTANDNLRDQ INDLNGIIRN AKNNLFNWTE NLKELSDEHK SLTGKDLFTG
IFSKNEESES ITLSRQISEL EIQRDEVQIE INSISFKRTQ SMEKQKEMNS ANSLKRNELD
ELKTHAGSIN TEYNVLLQRR ITIIDRLSNG YQITEETALT MVVPEIKDEQ VARERIIELT
TYIQNIGNIN MDAIEEYKTE KERFDYYDQQ IKDIYDAKEK LESIILDIDI AMESQFKQII
EDVNKALPDV FSKMFGGGYA ELIYTDPDNI LETGIDIKIF PPGKKITNLN LLSGGEKSLV
ALSVLFAILK ARPLPLVILD EAEAPLDPVN VERFARYVRH FSDNTQFIIV THREGTMTQC
DSLFGVTMQT KGITKIINVK LVEAKNLH
|
|---|
| |