Gene Sterm_2130 details

Gene Information

• Locus tag: Sterm_2130
• ID: 8597595
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Sebaldella termitidis ATCC 33386
• Kingdom: Bacteria
• Replicon accession: NC_013517
• Strand: +
• Start bp: 2259006
• End bp: 2262533
• Gene Length: 3528 bp
• Protein Length: 1175 aa
• Translation table: 11
• GC content: 32%
• Product: chromosome segregation protein SMC
• Protein accession: YP_003308915
• Protein GI: 269120738

Plasmid Coverage information

• Num covering plasmid clones: 12
• Plasmid unclonability p-value: 1
• 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

ATGTATTTAA AAGCATTAGA GCTGAACGGT TTTAAATCAT TTGCCGAAAA GACTGTAATA 
GACTTTACTA ACGGTATTAC ATCAATAGTC GGACCTAACG GGAGCGGGAA GAGTAATATT 
CTTGATGCAA TTCTTTGGGT GCTGGGGGAA CAGAGCTATA AGAGCATAAG GGCAAAGGAC 
AGTTCAGATG TTATATTTTC CGGCGGGAAA AACAGGAAAG CCAAATCAGT GGCGGAAGTA 
AGTCTTATCA TAGATAACAG CGACAGATAT CTCGATATAG ATTTTACAGA TCTGAAAATT 
ACCAGAAGAA TATATAGAAG CGGAGAAAAT GAATATCTAA TAAATAACAG AAAAATTCGT 
CTGAAAGATA TAAATAATCT GTTTATGGAT ACCGGAATAG GAAAGCAGGC TTATTCCATC 
ATAGGGCAGG GAAGAGTAGA AAAGATTATC AGCTCCACTC CCAAAGAATT AAAAGAGCTC 
ATAGAAGAGG CAGCAGGTGT AAAAAGAGCC AAAACAGAAA AAGAAGAATC CGTAAAAAAG 
CTGAATGATA TTCAGAGTGA AGTGGAGAAA ATAGAATATG TGGAAAATGA TCTTGCCTCA 
AGAGTAAGCA TATTAAAGGA ACAGAGTGAT AAAGCAAAGC TTTATAAAGC ACTTACAAGA 
AAGATAAATA CTTTGAAGCT GATGACTGTA AACTATAACA TAAATCAGAA AAATATCGAT 
AAAAAAGATA TGAAAGATAA AATCGAAGCA TTAAATGAAA AAATAAAAGA AGTAGAAAAC 
GAATTTTCTG TAAAAGAGGC GGAATTAAGA GAAATAAACC AATACAGGGA AAATTCTTAT 
ACAAGGCTTC AGGAAAAAAA AGATGCTAAT ATGGAGATAT TCAAAGAATT GGAAATATTG 
AAAAATAAGA TTTCCGAAAT TAATAACAGG TCATCTAATC TTGAGGTGGA ATTCCAGGAA 
AAAGGTAAAA GAAAAGACAA TATAGAAAAT GAATTAAAAG AAAAAAATCT GGTACTTGAA 
AATAGTAAAA AAGAGCTTGA TGAGATAAAA AAAGTATTTG ATGAAAAAAA TAACGATAAA 
AATAACCTTG AGAAAGAACT GGAATCTATA AAGGAAGAAA GCCTTGCAAT TGAAAAAACT 
CTTGAAAGCC TGAGCAGTGA AAATAGAAAT TCTGAAATAG AAAAGATAAA ACTGAATGGC 
GAGCTTGAAG ATCTGGAAAA AAGGATAAAT CTCGCCAAAG CAAGGGTAAA CTCTATTTTA 
AAAGAAAAAG AAAAAATACT TGAAGATTTT GATAAAATAA GTGCAACAAT AAAAAAGTAT 
GAGGAAGCTT CTTCCAAAAA CAGTGAAAAT CTTGAAGAAA AAAAACAAAA GCTTAAGATA 
AACAGTGAAA AGCTTCAGGA AATACAAAAA AATAAGGACC TTATACTAAA AAAGCTTAAT 
GAGCTGAATT ATAAAAATAC AAATTTGTCA ACTAAAAAAA GAGCCATAGA AAATATTATA 
GAAAATAATG AAACATTCGG CAGATCAATA AAGCTGATAT TAAATAAAAA AATTGACGGT 
GTTTTGGGTG CATTTGCCAA TTTAATAACA ATACCGGAAG AATACCATTA TGCTGTGCAG 
ATATTATCGG GAAGTAATTT TCAGGATATA GTTACGGATA ATGACGGCAC TGCCAAAAAG 
TGTATAGAAA TATTAAAGAA TGAAAAAATA GGAAGGGCAT CTTTTCTTCC GCTGGAAACT 
ATAAAAACCG GAAGATTTAT AGACAAACTT CCTGCCGGAG AAAATATAGT CGGGTTTGTA 
AGAGATATAG TCAGTTATGA TAAAAAGATA GAAAAGGCAG CTTTTTTTGT ATTTGGCAAT 
GCTATTCTGG TAAAGGATCT GGACAGCGGA CTGAAAATAC TGAAAAATGG TTTTAATGAC 
AGGATTATTA CTGTAGACGG TGAACTGATA ACTTCAAGGG GAAGAATAAG CGGCGGTTTT 
AAAACTAAAG GTAAAGACGA GCTTTTTGAA AGAAAAAAAG AACTTGGAGA AATAAACAGC 
TCACTTGAAA GCTTAATAAA AGAAACAGAG CTGTGTACAG CAGAAATAGA AAAGGCAGAA 
ATCCTTGAAA AAAAGACAGC TGAACATATA CAGGAAGAAA GAATTATTCT TCAGGATTTG 
GAAAGCAGCA ACAGAGATTT TAACAACGAA TTTGAAAGTG CAAAATCTGA ATACAGCAGA 
AGCAAGAGAG AACTGGACAC TGTTAATTTT GAAGAAAATG ATAATAAAGA GTTTATAGAA 
AAACAAATTT TGAAAATCGA AGAAAATAAA AAAATAATTT CACAGATTGA TCTTAATATT 
GAAAATAATA ATAAGCTTAT TATTGAAACA GCTGAAAAAA AGGAAAAAAT AAAAGATACA 
GGGGAGCTTA CTGCTAAGCT TAATGAAATA TCCATAGAAA GTGCCATATT AAATGAAAAA 
TTTATGAATT ATAAGGCGCG ATATGAAGAA ATCAGCAGTG AATACGAAAG ACTGAAGAAT 
GAGAAGCTGG AACTGGACTC TTTCTTTTCT GAAAACAGAA ATCTGAAAGA AGAGTTGAGC 
GTAAAAAATA AAGAGATACT GGATACTATT AATAAAAAAG ATAAGGAGAA TTCAAAGCTT 
CTTGAAGAGA TAAAGGAGCT TGAGCTGGAA ATAAGAAAAC TGGAATCAGG CGAAAAAGAG 
TTGATAAGTA AGGTAAAGGA TGTAGAAACA AAAATCATTC TGAATAAAAA CGAGCACGTA 
AAATATGTAG AAAATTTTAC AAAATTAACC AAGGAACTGG AATATCTCGG GCAGGAATAT 
GAAGAAATGC AGTCAGAGGA AATTAATGAT GAAGAGTATG AGGAAATATC CGATGATAAT 
ATCCTGGCAG CTACAAGAAG AAAAATGTCG GTTAATGAAA AGTCAAGAAT GGATATAGGA 
CCTGTAAATC TAGCTTCTAT AGAAGAATAT GAAAAAGAAG AGGAACGATA CAGATTATTA 
TATGAACAGA AAGAGGATCT TTTGAAAAGC AGGGAGTCAC TCTTCACGCT TATAAAGGAT 
ATAGAAGGTG AGATAACCGA AAAATTTTCA TATGCTCTAA AAGAAATAAA CAGCAACTTT 
GTTTATATGT GTAAGGAAAT ACTTAATAAT GCCAAAGGGG AAATAAAAAT TCTGGATGAG 
GAAAATCTGC TCGAAACCGG TCTGGAATTA AGTGTAAAAT ATAAAAATAA ACCGGAGCAG 
ACTTTGCTGT TATTATCCGG CGGGGAAAAA TCAATGCTTG CGGTCTCATT CATTATGGCA 
ATATTTATAT TTAAGCCTAG TCCGTTTACG TTTTTTGATG AGATAGAAGC AGCACTTGAT 
GATGCTAATA CTAAAAAGAT AGTGAAACTT CTTAATGAGT TTACAAATAA ATCTCAGTTT 
ATTCTTATTA CACATAATAA AGAAACAATG AAAGGATCCC ACAGACTTTA CGGAGTAACT 
ATGAATAAGG AAATAGGGGA ATCTAGAATA GTAAGCGTGG ATATATAA 

 

Protein sequence

MYLKALELNG FKSFAEKTVI DFTNGITSIV GPNGSGKSNI LDAILWVLGE QSYKSIRAKD 
SSDVIFSGGK NRKAKSVAEV SLIIDNSDRY LDIDFTDLKI TRRIYRSGEN EYLINNRKIR 
LKDINNLFMD TGIGKQAYSI IGQGRVEKII SSTPKELKEL IEEAAGVKRA KTEKEESVKK 
LNDIQSEVEK IEYVENDLAS RVSILKEQSD KAKLYKALTR KINTLKLMTV NYNINQKNID 
KKDMKDKIEA LNEKIKEVEN EFSVKEAELR EINQYRENSY TRLQEKKDAN MEIFKELEIL 
KNKISEINNR SSNLEVEFQE KGKRKDNIEN ELKEKNLVLE NSKKELDEIK KVFDEKNNDK 
NNLEKELESI KEESLAIEKT LESLSSENRN SEIEKIKLNG ELEDLEKRIN LAKARVNSIL 
KEKEKILEDF DKISATIKKY EEASSKNSEN LEEKKQKLKI NSEKLQEIQK NKDLILKKLN 
ELNYKNTNLS TKKRAIENII ENNETFGRSI KLILNKKIDG VLGAFANLIT IPEEYHYAVQ 
ILSGSNFQDI VTDNDGTAKK CIEILKNEKI GRASFLPLET IKTGRFIDKL PAGENIVGFV 
RDIVSYDKKI EKAAFFVFGN AILVKDLDSG LKILKNGFND RIITVDGELI TSRGRISGGF 
KTKGKDELFE RKKELGEINS SLESLIKETE LCTAEIEKAE ILEKKTAEHI QEERIILQDL 
ESSNRDFNNE FESAKSEYSR SKRELDTVNF EENDNKEFIE KQILKIEENK KIISQIDLNI 
ENNNKLIIET AEKKEKIKDT GELTAKLNEI SIESAILNEK FMNYKARYEE ISSEYERLKN 
EKLELDSFFS ENRNLKEELS VKNKEILDTI NKKDKENSKL LEEIKELELE IRKLESGEKE 
LISKVKDVET KIILNKNEHV KYVENFTKLT KELEYLGQEY EEMQSEEIND EEYEEISDDN 
ILAATRRKMS VNEKSRMDIG PVNLASIEEY EKEEERYRLL YEQKEDLLKS RESLFTLIKD 
IEGEITEKFS YALKEINSNF VYMCKEILNN AKGEIKILDE ENLLETGLEL SVKYKNKPEQ 
TLLLLSGGEK SMLAVSFIMA IFIFKPSPFT FFDEIEAALD DANTKKIVKL LNEFTNKSQF 
ILITHNKETM KGSHRLYGVT MNKEIGESRI VSVDI