| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MARTH_orf735 |
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| Symbol | smc |
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| ID | 6418020 |
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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 arthritidis 158L3-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011025 |
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| Strand | - |
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| Start bp | 680901 |
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| End bp | 683837 |
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| Gene Length | 2937 bp |
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| Protein Length | 978 aa |
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| Translation table | 4 |
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| GC content | 33% |
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| IMG OID | 642715763 |
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| Product | chromosome segregation ATPase Smc |
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| Protein accession | YP_002000193 |
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| Protein GI | 193216951 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | [TIGR02168] chromosome segregation protein SMC, common bacterial type |
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Plasmid Coverage information |
| Num covering plasmid clones | 30 |
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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 | ATGAAATTAA TCAAAGTCGA AGCCCATGGA TTTAAATCAT TCGCTGATAA AGTAACACTA
ATGTTTGACG GTGGCGTTGT TGCTATTATT GGTCCTAATG GTTCGGGTAA ATCAAATATT
AATGATGCTA TTCGTTGAGT TTTAGGAGAA ACTAGTTCCA AAGCCTTGCG GGGCGATAAT
ATGGAAGATG TTATTTTCTC AGGATCAAAA ACCGAAAAAG AAATGAATCG TGCTGAAGTC
ATTTTAACTT TTGACAATCG TGATCGTGCT GTTTCAATTC CGCATGACTT TTTCACAATT
TCGCGGGTTT TACATCGTGG TAAAGGGCAA AATGAATACT ACATTAATGG CGAACTAGCA
CGTCAAAAAG ATATTAAAGA AATTGCGATG GAAAGTGGAA TTTCAAAATC TTCGCTTGCA
ATTATTAGTC AAGGAACTAT TAGTGATATT GCTGAAGCGA CTCCCGAAAG AAGACGTGAA
ATCTTTGAAG AAGCAAGTGG AACTTCAATG TATCGAGTAA GAAAGATTGA AGCACAACGA
AAACTTGAAA GAACACAAGA AGCTCTTGAT CAAATTACTG TTTTAGTTCA AGAATTAGAA
AAACAACTAA AGCCCTTACA ACGTCAAGCT GAAAAAGCTA AAATTTACAA AGAAAAAACT
GAACAACTTA AAGATGTTGA AGTTACTTTG TTAGTTCATG ATTTTATTAA TTTTTCAGAA
CGTCTAACAG TTTTGGAAAA AGATGCAAAA GAATTTGAAT TTGTTAAAGA AGATCTTGAA
ACTAGAATCA GTACCTACGA AGCCGCAATT AAACAAAAAT CAACTATTAT TAATGACCTT
GAAAAAACTG TTGAAACAAT TCAAAATGAA CTTGAAAAAG TAAAAAATGA TATTACTAGC
TTAGAAATTA GAAGTGCTAA GGAAACAAAA CATCGTGAAA TGGTACTAAG CGGGGAAATT
AAAGTTTCGA CTCAAGACCA AATCGCTTCG TTAAAAGAAC TTTTAAGCGA ACTAAGTACC
AAAATTTCAT CGTATAAAAA ATTCATTAGT GATAAAAGCA CTGAAATTTC TGAAATTCAA
GAAAGAACCG TCAAAAGATC GTCATCAATT TCAGAACTTA AACGTCAATT TACTAGTGAA
GCCGAAAAAC TAAATCGTGT TAAAAGTAGA ATTGAAGTAA TTAAAGAAGT CCGTGATAAT
CGCTCAAATT TAGCCAAGGG AACTAAGAAT GTTATTGAAA ACGCACATTT ATTTAGGGGT
TATAAAGCTT TAGTTAGTCA AATTATTGAA GTTGATGCAA AATACGCTAG AGCAATTGAA
ACAGTTTTAG CAAGTGCCTT ACAACACATC GTTGTAGATA AATCAGAAAC CGCTGTAGCA
GCAATTGAAT TTCTAAAGCA AAATAACGGC GGACGGGCAA CATTTATTCC ATTAGCTTCA
ATTAATCCTC GAATGGTAAA TGAACAACAC CTAGTAGTTG CACAAACACA ACGAGGTTTT
TTAGGTGTTG CTAGTGAATT AGTTCAAAGT GATAGTGAAT ATGAAATACT ACGGAGATTC
TTACTGGGAA ACATTTTAGT AGTAGATACA ATTGATAATG CTAACCGAAT TTCAAAATTA
TTAGAAAAAC GCTATATGGT CGTTACTCTT GATGGCGACA TTATTAGAGT TGGTGGTGTC
ATGAGCGGGG GTGAAGCTTC GCAAGCGGTT TCAGTCTTTG GTATTGACGA GCAAATCAAA
GAGCTGGAAA AATACATTCC GGCACTTGAA AAAAATCTAG CTACTCTAAG CGAAAAAATT
AATAATCTTG AATATGAACA ACAAAAAGAC ATTACTTATT CAACCAACTT AACATTAGAA
AAAACTTCAT ACGAAAGTCA ACATGAACTT TTAATTCAAA AATTTGACGA TGCTCGTGTT
AAATATCAAC AACTTTCAGA TGAAAAATTA GAACTTGAAG AAAATATCGA TTTTGCTGCT
TCATTAAATA GTTTAAGCCT AAAACGTAGT GATCTAAACG CTTCATTAAG AACACAAAGT
GAAATTTTGC GAAACCTAAG AGAAGAGCTT TACCAACTTA ACTTCAAGAA AAGTGAAGCC
GATGTTGAAA TTAGAGACAT TTTAAACCAA AACGCAAGTA AAATTGCTGA AAAAGCTCGA
GCCGAAAGCG CCATTGAAAA TGCCAAAAAG CGTCTTTCTG AACAATATGG TATGTTATTT
GAAACAGCTA AAGAATTCTA TAATCCTGAA ATTGATTTTG CCGTAGCTAG AAAATTAGTT
GAAGGGCTTC GCCAAGATCT TCGTGAATTA GGTCATGTTA ACTTAGATGC TATTCAACAA
CTAGAAGAAG TTGAAAGCAG ATACAATAGC GTCAAAGAAC AAGAAGAAGA AATTGTTAAT
GCTAAAAATA CAATTGAAGA AGCCATTGAA GAAATGGACA AAATAATTGT TGATCGTATT
AGTCAAACAG TAGATTTAGT CAATGGCGAA TTTAAGTTTG TTTTTGCCAA AATGTTTGGG
GGCGGTATGG CAGAAATTCG CTACACCGAT CCCGAAAACT TACTAGAATC AGGAATTGAT
GTTATTGCTC AACCTCCTGG CAAATCAATT AAAAATCTTA AACTGTTCTC TGGTGGTGAA
AAGGCACTTA TTGCTATTTC CTTACTATTT TCAATTCTAA AAGCGAAACC ACTACCACTT
TGTATCTTAG ACGAAGTAGA AGCGGCTTTA GATGAAGCTA ACGTTATAAG ATTTGCTGAG
TTTTTACAAA GTTTAAAAAC TGATACACAA TTTATTGTTA TTACTCACCG TCAAGGTACT
ATGGAAAGAG TTGATAAATT ATATGGAGCT ACCATGCAAA AGCGTGGAGT TACCACCTTC
TTTAGTGTTA ACCTATCAGA AGCTAAAAAA TTAGTTGATG AAAATACAAA TAATTAA
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| Protein sequence | MKLIKVEAHG FKSFADKVTL MFDGGVVAII GPNGSGKSNI NDAIRWVLGE TSSKALRGDN
MEDVIFSGSK TEKEMNRAEV ILTFDNRDRA VSIPHDFFTI SRVLHRGKGQ NEYYINGELA
RQKDIKEIAM ESGISKSSLA IISQGTISDI AEATPERRRE IFEEASGTSM YRVRKIEAQR
KLERTQEALD QITVLVQELE KQLKPLQRQA EKAKIYKEKT EQLKDVEVTL LVHDFINFSE
RLTVLEKDAK EFEFVKEDLE TRISTYEAAI KQKSTIINDL EKTVETIQNE LEKVKNDITS
LEIRSAKETK HREMVLSGEI KVSTQDQIAS LKELLSELST KISSYKKFIS DKSTEISEIQ
ERTVKRSSSI SELKRQFTSE AEKLNRVKSR IEVIKEVRDN RSNLAKGTKN VIENAHLFRG
YKALVSQIIE VDAKYARAIE TVLASALQHI VVDKSETAVA AIEFLKQNNG GRATFIPLAS
INPRMVNEQH LVVAQTQRGF LGVASELVQS DSEYEILRRF LLGNILVVDT IDNANRISKL
LEKRYMVVTL DGDIIRVGGV MSGGEASQAV SVFGIDEQIK ELEKYIPALE KNLATLSEKI
NNLEYEQQKD ITYSTNLTLE KTSYESQHEL LIQKFDDARV KYQQLSDEKL ELEENIDFAA
SLNSLSLKRS DLNASLRTQS EILRNLREEL YQLNFKKSEA DVEIRDILNQ NASKIAEKAR
AESAIENAKK RLSEQYGMLF ETAKEFYNPE IDFAVARKLV EGLRQDLREL GHVNLDAIQQ
LEEVESRYNS VKEQEEEIVN AKNTIEEAIE EMDKIIVDRI SQTVDLVNGE FKFVFAKMFG
GGMAEIRYTD PENLLESGID VIAQPPGKSI KNLKLFSGGE KALIAISLLF SILKAKPLPL
CILDEVEAAL DEANVIRFAE FLQSLKTDTQ FIVITHRQGT MERVDKLYGA TMQKRGVTTF
FSVNLSEAKK LVDENTNN
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