Gene Sterm_0664 details

Gene Information

• Locus tag: Sterm_0664
• ID: 8596147
• 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: 713240
• End bp: 716617
• Gene Length: 3378 bp
• Protein Length: 1125 aa
• Translation table: 11
• GC content: 33%
• Product: SNF2-related protein
• Protein accession: YP_003307467
• Protein GI: 269119290

Plasmid Coverage information

• Num covering plasmid clones: 13
• 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

ATGTTAAACT ATTCAGATAT AAAAAAATTT GCTTCTAATA AAGCTGTTTT TTCCCGAGGT 
GAAGATTACT TTTCTTCCAA CCGGATAATC AGCCTGAAAA GTACGGATAA CTTCGGCTTA 
AACTGGGAGG GCAGAGTAAT CGGCAATGAC TCTGTTTATG ACGTAACTGT GGGCTTAGAT 
AAAAATTCCA ATATTATAGA TTATCGGTGT CACTGTAACT GTACCGCTTT TAAGCAGTTC 
AGCGGTGCCT GCAAACATAT TATTGCTGTT CTTATAAAAT TAAGGGATCT TCAGGAAAAA 
AACAGTATTT TACCTGAGCA GGAAAATAAT TTCATTTTTC AGGATACGGA AACAGAAGCT 
GAGAAATATA AAGATGTCGA TATAGAAAAT ATGCTTGATG ATCTTTTTCA TGAGAAAGCA 
AAAAATACGG AAAAAAAAGC GAATAAAACA CGCTCTGATA ATAGTAGCGG TATAAGAGCT 
GTAGAGCTTC TGATGGATGA CTACAAAACT CTGGAAAAAA GCAATTATAA CAAAGAGCTT 
CTCGAATTAT CTTTTGAGCT TATTCTTACC AAACTTGATC CTTATCTGGA ATACAAGGTG 
GGCTATTTGA ACAAACATAA ATATGTGGTA AAAGACATTA ATTTTTTCAC TACTGCATTA 
AGAAGAAACA GCATCTTTGA GCTGGGAAAA AATCTTACAT GCGATTTTAA AAAAGATCAG 
TTTGATGAAA AATCAAAAAA AATCATAGAT TTCCTGTTTT ACTGTGCTGA TAAAGAAAGG 
AATTTGAAAA ATATCGTAAA AGGAAATTTT TATAATTCTT ATCTCTATAA CGGAAAAAAA 
CAATTCCTGC TTCCGGAAGA TTTAAGAAGA CTTTTTGAGC TTTATGAAAA TGAGATAATC 
TACGTTAAGA CAGATACTGC TTCTTATGCC AAAAGCAAAG CTATTATCGT AAAAAACGGA 
CTTCCAAAAG TTGATTTTTA TCTTTCCAGA GAAAACGACC AATTGATTTT GAATACTGAC 
GGTGAACAAA TCTGGGATTT TGATACACTT GCCAATTCCG GTATATATAT TCAGGAAGAT 
ACTGCATACC TTACAGATGA GAAAGATAAT AAATTTTTGA GACCGCTTTT TAAGATAAAT 
CAGCTGAATT TAACTAATTT TAAAATACCG AAAAATAATG AGGATATCTT TATTAATAAT 
GTTATCCCGA ATATCGTAAA TAAAAGTAAT TTTTATCTTC CAAAATCACT TGTATATGAA 
GAAAATCATT CTGAACTGGA AACAAAAATT TATATAGAAA CACATGCCCA GCATTTAACA 
GTCCGTATTC ATTTTTGTTA TGGAGATACA GTTTTTTCTC TTGACGGGAC ACCGCTGACA 
AACGGTGATA AAATACAGAA AATAGATCAT TCAAAAGAAA ACAAAATAAT CGAATTTTTT 
CACAGATACA GAGTAAATTA TGAAGATAAA TCAGAAAATA CAGAAGCCCG TTTTATTATG 
AATATCGAGC AGGATATCTA TGATTTTCTG TTTCGCGGAA TAGACGAACT AAAAGAAATA 
GCAGCTGTTT ATACTGATAA AAAAATCGAA TCTTCCAGAA ATAAGAAAAA CTTTGCAATG 
AATGTATCCT TGGAGGATGA CTATCTGAAT ATAAACTTTG AGATAGAAGA TATGACACCG 
GAAGAAATGG AAGATCTTTA TCACAGCTAC AGAATCAAAA AACAATTTTA CAGGCTGAAA 
AACGGCAGCT TTGTAAATTT TGAGGATGAA AAACTAAAAA AGCAGCTTGA TTCCATAGAA 
AAGATTTTCC CTGAAAATTC TAAATTTTCC TCAAAATTAA CAATTCCCCA ATATAAATCT 
TTTTATATAG ATTTATTGGG TACAGAATAT TTTGAAGATA AATACACAAA AAGTGAAAGC 
CTTGAAAACT ATATTAAGAA AATAAAAAGT CTTAACGTAG ATAAATATGA CGATTCACTG 
CTGGAGAATG TAAAGCTGAG AGATTATCAG AGATTCGGCA TACAGTGGAT GGAATCTCTT 
TCACAAATCA ACCTCGGCGG AATACTTGCA GATGATATGG GACTTGGTAA AACACTGCAG 
GTTATTGCAC TGCTTACTAA GCTTGAGCTT TCTTCACCTG CTCTTATCAT AGTCCCAAAA 
ACACTTTTAT ATAACTGGGA AGAAGAATTC AAAAAATTCT CTCCTAATCT AAAGCTTCTG 
ATTGTGGAAG GTTCTATTTC CACGAGAAAA AAGCTTCTAA AGAAAACTGA GAATTATGAT 
ATTATAATTA CTTCTTACTC ACTTTTCAGA AGTGATATTG ATATATATGA AAAATATACG 
TTCAGCTTCT GCTTTCTTGA TGAAGCCCAG CATATAAAAA ATCCCGGCAT TAACCTTACC 
AAGGCTATAA AGTCAGTTAA TGCAAAGCAC AGATTTGCCC TTACCGGAAC TCCCATAGAG 
AATAATCTCA GCGAGCTCTG GTCTATATTT GACTTTATTA TGCCCGGATA TCTAGGCAGC 
CACGGATATT TTTCCAAGAA TTTTATGACG CCTATTATGA AACAGAATGA TAAGTCTGCA 
CTGGAAGCAT TAAGCTTTCA TATAAAACCA TTTATTTTAA GACGTATAAA AAAGGATGTT 
CTTCTGGAGC TTCCCCCAAA AATAGAAACA ACTCAGCTTT GTGAACTGGA TACTGACCAG 
AAAAGACTCT ATCAGTCCCA ATTGGAAGTT GCCAAAAAAG AAATTGAGAA TGAAATAAAA 
AATGAGAAAT TAAGCAGAAG CCAGATAAAA ATCTTCTCTC TGCTTACAAG GCTAAGACAG 
ATATGCTGTC ATCCAAAGCT CTTTATTGAC AACTATGCAC ACAGCAGCGG AAAATTTGAA 
ACTCTTTTTG AGCTTTTTGA CGATCTGATT TCCGGAAACC ACAAAACACT TGTTTTTTCA 
CAGTTTACTA CTATGCTGAA ACTGATTTCC GGCGAGCTTA AGAAAAAAGG GATTGAACAT 
TTTTACCTCG ACGGAAGCAT GAAAGCTCGT GACAGACTCG AACTTGTTAA TTCTTTTAAT 
GCTGGAAATA CTCCGATATT TCTTATCTCG CTGAAAGCCG GAGGAACAGG ACTAAATCTT 
ACAGGCTCTG ACACTGTAAT ACATGTAGAT CCATGGTGGA ATCCAAGTGT GGAAAATCAA 
GCCTCTGACA GATCACACCG AATCGGTCAG AAAAACAGCG TACAGGTTAT TAAATTAATA 
ACTAAAGGAA CTATTGAAGA AAAAATAATG AAACTTCAGA ATAAAAAGAA AAAACTGATA 
GACAATGTCC TTACAAGTGA GGGAAGTCTT ATAAATACTC TTTCCGAGGA AGATATCAGA 
AATCTCTTTG ATATTTAA 

 

Protein sequence

MLNYSDIKKF ASNKAVFSRG EDYFSSNRII SLKSTDNFGL NWEGRVIGND SVYDVTVGLD 
KNSNIIDYRC HCNCTAFKQF SGACKHIIAV LIKLRDLQEK NSILPEQENN FIFQDTETEA 
EKYKDVDIEN MLDDLFHEKA KNTEKKANKT RSDNSSGIRA VELLMDDYKT LEKSNYNKEL 
LELSFELILT KLDPYLEYKV GYLNKHKYVV KDINFFTTAL RRNSIFELGK NLTCDFKKDQ 
FDEKSKKIID FLFYCADKER NLKNIVKGNF YNSYLYNGKK QFLLPEDLRR LFELYENEII 
YVKTDTASYA KSKAIIVKNG LPKVDFYLSR ENDQLILNTD GEQIWDFDTL ANSGIYIQED 
TAYLTDEKDN KFLRPLFKIN QLNLTNFKIP KNNEDIFINN VIPNIVNKSN FYLPKSLVYE 
ENHSELETKI YIETHAQHLT VRIHFCYGDT VFSLDGTPLT NGDKIQKIDH SKENKIIEFF 
HRYRVNYEDK SENTEARFIM NIEQDIYDFL FRGIDELKEI AAVYTDKKIE SSRNKKNFAM 
NVSLEDDYLN INFEIEDMTP EEMEDLYHSY RIKKQFYRLK NGSFVNFEDE KLKKQLDSIE 
KIFPENSKFS SKLTIPQYKS FYIDLLGTEY FEDKYTKSES LENYIKKIKS LNVDKYDDSL 
LENVKLRDYQ RFGIQWMESL SQINLGGILA DDMGLGKTLQ VIALLTKLEL SSPALIIVPK 
TLLYNWEEEF KKFSPNLKLL IVEGSISTRK KLLKKTENYD IIITSYSLFR SDIDIYEKYT 
FSFCFLDEAQ HIKNPGINLT KAIKSVNAKH RFALTGTPIE NNLSELWSIF DFIMPGYLGS 
HGYFSKNFMT PIMKQNDKSA LEALSFHIKP FILRRIKKDV LLELPPKIET TQLCELDTDQ 
KRLYQSQLEV AKKEIENEIK NEKLSRSQIK IFSLLTRLRQ ICCHPKLFID NYAHSSGKFE 
TLFELFDDLI SGNHKTLVFS QFTTMLKLIS GELKKKGIEH FYLDGSMKAR DRLELVNSFN 
AGNTPIFLIS LKAGGTGLNL TGSDTVIHVD PWWNPSVENQ ASDRSHRIGQ KNSVQVIKLI 
TKGTIEEKIM KLQNKKKKLI DNVLTSEGSL INTLSEEDIR NLFDI