| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_1164 |
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| Symbol | |
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| ID | 8596643 |
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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 | Sebaldella termitidis ATCC 33386 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013517 |
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| Strand | + |
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| Start bp | 1266882 |
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| End bp | 1269605 |
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| Gene Length | 2724 bp |
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| Protein Length | 907 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | |
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| Product | cell divisionFtsK/SpoIIIE |
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| Protein accession | YP_003307963 |
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| Protein GI | 269119786 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.804507 |
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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 | ATGAATAATA GTAGAAGAAA GATGCTTCGG GGAACTATTT TTACTACTAT CGGACTGATA
GTCCTACTAT TGCTTTTATA TAAAAAAATA TTAATATATA AAAATGACAA AATTGAAGAG
AATGCACTTC TGTCAATTTT AAATTTATTT GAGATAACTT TTGGTAAAAT GCTGCTGTTT
GCAGTGTTTT CATTGATTTT TTTCGGATTG GTTAATATAT ACACAAGTAA ATCAAAAGTA
AAAGTAGATA AAGGAAAATT ATATTCTTAT ATAATTTTAT TCTTAAGCAT GTCGCTGTAT
TTTACGCAAA AATATATTGC TGCAAAGCTT CCGGATAACT TTTTTGAATC GGGGAGAAAA
TTGCTTGAAA TAGGTTTTAA CGTTAACAGA TATCCGAACA GCGGCGGTCT GATCGGGAGT
TTTCTGGCTT TTCCGTTTTA TAAAATAATT CATTTCGGAA GTATTTCTGT TATTCTGCTT
ATAATGATTG TTTTGTCGGT ATTATTTCTT TTGAAAGATT TTATTGCTTT TGGAGTTATG
CTGATCATAG CATTAATAAA ATATTACAGA AGTGATGAAT ACAGGAAAAA GTCAAAGATA
TTAAAGGCAA AAAAAATTAT AGAAAAAAAA GAACAGCAGA ATATGCGTCT GGATAAAAGA
GAAGAATTAA AAAATAAAAT TATAAATGCA AGAAAAGAAA AGCTGAGTTT TGAGCTGTCA
AGAAAACCTA AAGCAGAAAC AGAAGACGGA GAAGAGCACT ACAGCAACTC CGAGCTGGAA
AGAAAGCAGA AGGAATGGCT TGATTATCTC GAAGAAATAA GAAGAGACAA AGAACGCAAG
AAAAAAGCAG AAGCTTTCGG ACTGACAAGG AAAACAGCAC AGCCTCATGA AGAAAGCAGC
AAAGCAAATA TTGAAGAAGA AAAAGAGAAT GTTTCTCCGA TAAAAACAGT ACATAGCTTT
CATGAAGAAT TTGAAATACA GAAGGAGCAG GATAAAATTC AGGAAATGCC GGGTTCTTCG
GAAGAAATTA TCCAAAATAA TGACTTTTAT AATGAGAGTC AGAGTATACA GGATCAGTTT
ATGGAAAATG AACTTATTGA AGAAGAGCTG AATGAAAGCA TACTCATGAA TGAATTGGAT
ATTACGGAAA TATCGGACAA TGATATACAT AATACACCTG CACCGGATCA TACGGTGCAA
GCACAGGAAA CCAGACAAGA CAGTGCAAAT AAATATGAAA AAATGCGTAT TCATTCTCTG
GAAAAAGAGA TGCCTCCTGT ACAGAAGACT TTTTCTCCTG AGACACTTAT TCAGAAAGAG
ACAAAGAATA ATGAACAGAC GGGCGGACAA TACGAACAGG AAGAATTTCA TAAAGTCTCC
ATTGATGATA TATTTGTGCA AAGAGAGCCT GATGAAAATA AAAGAAGAGA AATGGAAAAA
ATTATTCAGG AAAATGTGGC TCATCTGGAA TCAGTATTAA AAGAGTTCGG AATAGACGCA
CAGGTGGTGG ACTATCAGAG AGGACCGACA ATAACAAGGT ATGAACTGGT AATACCGAAA
GGTATAAGAG TAAATAAAGT TACAGCACTG GCAGACGATA TAGCAATGAA TATGTCTGCG
GAAAGTATAA GAATAGAGGC ACCGATACCG GGGAAAAATA CAATAGGAAT AGAAACACCC
AATAAGGTAA AGGAGCCGGT TTATTTCTCA AATCTGATAA GAAACAAGGA GCTTAAGGAT
CCAAAAACCC TAAAAGTAAT TTTGGGAAAA GATATAGTAG GCAGAGACAG AATAATAGAT
ATAGCAAAAA TGCCGCATCT GCTTATAGCC GGTCAGACCG GTTCGGGGAA AAGTGTGGCG
GTAAACACAA TGGTAGCTTC CCTGATTGCC AATAAATCGG CAAAAGATGT AAAATTCATA
ATGGTAGATC CTAAAATGGT AGAATTAATG CCTTTTAACG GAATACCTCA TCTGCTTCTT
CCGGTAATAA TAGATCCTAA ACAGGCTTCT ATTGCGCTGA AGTGGGCAGT AAGCGAAATG
GAGAACAGAT ACAGAACATT AATGGAAGTG GGAGTAAGGA ATATACAGAG TTATAATGAG
CTGGGCGGCA TGGAAAAAAT GCCATTCATA ATTATAATAA TAGATGAGCT TGCAGATCTG
ATGATGGTGG CTGCCGGAAG TGTGGAAGAG TCAATTGCAA GAATTGCACA GAAGGCAAGA
GCAGTAGGAA TACATCTAGT GGTAGCAACA CAGAGACCGT CTACAGATGT AATAACAGGG
ATGATAAAGG CAAATCTGCC GAGCAGAATA TCATTTGCGC TAAGGTCGCA GATAGATTCA
AGGACAATTT TAGACAGTCC AGGAGCGGAA AAACTTCTCG GAAAAGGTGA CATGCTTCTT
TTGGAAAATG GTTCGTCAAA GCTGGAAAGG ATACAGGGAG CATTTATTTC AGACGAGGAA
GTGCATAAAC TTACTACAGA GTTAAAAGCA AATTATAGAA CTGACTATAA TGAGGGAATA
TTGTTTGAAA TGGAGAATGA TATAGAAAAA GACGAATTAT TTAATGAGGC AGTAGATGTA
ATAAGACAGG AGGGGAAAGC ATCAATTTCT CTGATACAGA GAAAACTGAA AATAGGGTTT
AACAGGGCAT CCAGAATTTA TGAACAGCTG ATGGACTGTG GGGTAATTAA TGAAGATAAA
CAGGTAATGA TGGATGAAGA ATAG
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| Protein sequence | MNNSRRKMLR GTIFTTIGLI VLLLLLYKKI LIYKNDKIEE NALLSILNLF EITFGKMLLF
AVFSLIFFGL VNIYTSKSKV KVDKGKLYSY IILFLSMSLY FTQKYIAAKL PDNFFESGRK
LLEIGFNVNR YPNSGGLIGS FLAFPFYKII HFGSISVILL IMIVLSVLFL LKDFIAFGVM
LIIALIKYYR SDEYRKKSKI LKAKKIIEKK EQQNMRLDKR EELKNKIINA RKEKLSFELS
RKPKAETEDG EEHYSNSELE RKQKEWLDYL EEIRRDKERK KKAEAFGLTR KTAQPHEESS
KANIEEEKEN VSPIKTVHSF HEEFEIQKEQ DKIQEMPGSS EEIIQNNDFY NESQSIQDQF
MENELIEEEL NESILMNELD ITEISDNDIH NTPAPDHTVQ AQETRQDSAN KYEKMRIHSL
EKEMPPVQKT FSPETLIQKE TKNNEQTGGQ YEQEEFHKVS IDDIFVQREP DENKRREMEK
IIQENVAHLE SVLKEFGIDA QVVDYQRGPT ITRYELVIPK GIRVNKVTAL ADDIAMNMSA
ESIRIEAPIP GKNTIGIETP NKVKEPVYFS NLIRNKELKD PKTLKVILGK DIVGRDRIID
IAKMPHLLIA GQTGSGKSVA VNTMVASLIA NKSAKDVKFI MVDPKMVELM PFNGIPHLLL
PVIIDPKQAS IALKWAVSEM ENRYRTLMEV GVRNIQSYNE LGGMEKMPFI IIIIDELADL
MMVAAGSVEE SIARIAQKAR AVGIHLVVAT QRPSTDVITG MIKANLPSRI SFALRSQIDS
RTILDSPGAE KLLGKGDMLL LENGSSKLER IQGAFISDEE VHKLTTELKA NYRTDYNEGI
LFEMENDIEK DELFNEAVDV IRQEGKASIS LIQRKLKIGF NRASRIYEQL MDCGVINEDK
QVMMDEE
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