Gene Sterm_0062 details

Gene Information

• Locus tag: Sterm_0062
• ID: 8595561
• 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: 66875
• End bp: 72079
• Gene Length: 5205 bp
• Protein Length: 1734 aa
• Translation table: 11
• GC content: 29%
• Product: hypothetical protein
• Protein accession: YP_003306881
• Protein GI: 269118704

Plasmid Coverage information

• Num covering plasmid clones: 2
• Plasmid unclonability p-value: 0.164201
• 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

ATGGCTACAT TTAAGGAAGT AAAAGGAAGC TATAATAAAG GGTTAGGATA TATAAAAAAA 
GGAGAAAAAT ATGCTCTCAA AGGAGATGAA TTACAAAAAC TTGAGTATAA ATTAGAGAAG 
AGGTATGGAG AATTTACTGC TCAAATGATA AAGTGGAGTG AAGAAAAAAG CAAAGAATTG 
AATCGTCCAT ATACAGAGAT TTTAGAATAT TCATTGGTAT ACGCAAATTA TTTAGATATG 
AAAGGATATG ATCCAAAAGA AATTAAAGAA CTTATAAAAA ATCAGACAGA GCTTAAAATT 
AAAATCATAA ATGATAAAGG TTATAATCCA ACTGATGTTG ATGGTCTTAT AAAAGGTCTC 
TATGATCAAA AAATTGAATC ATTAAATTTT TTTGGTATTG ATGAAAAAGA ATTTCAAAAA 
ATGCTGAAAA AGGATGGTAT TATAGAAGTT AATTTAAACA TAACAAGTGA TTTAAATGAA 
AAATATAATA CTTTTTCAAA TAAAACAAGT CTGACCAATG AAAATCAAAT TTTGGATAGT 
AGAATAAATA GAGAACTAAG ACCATATTTA GATGGATTTA ACGAAATTTA TGTTCCACTT 
AAGAGTTGGA TAAACTCTGG GATAAGTAGT GCGGAGTTGA ATAATGAAAT TTCACGTATA 
GAAGAAAATA TAAAAAATAT ATATCCGTAC ATATCGAAAC TTAAAGATGA TGTAATAGAG 
TTTGATTCTT TCAAGCAACA AGAGGATTCA AATCCAGATT TAGCAATGAT ATCAAATAAA 
AAATACCAAG AAATAATAAT AAAATATCCA TTTCTTGAAA ATAAACTTTT GAATAACTCA 
GATAGTTCAG GATTATGGGT AAAAAACTGG GCAAATTTAG AAAGTACATT AAAAGAAGCT 
GCAGAGCAGT CTTTAAAAGA CAAATGGTAT GATACTAATT TATTAAAAAT AGGGAAAGAA 
CGGGATTATA TATTAAATGC AACCGAAAGA AACAGAGAAA CACGTTCAAA AAATTTTCAT 
AAATTGTATC AATATCCAAT AGAAGATATT ATAAAAGATT CAGATGTAAT TTTAGCAGCA 
AGAGATTATA ATGATTTAGA ACGAACAGAA AAAGAATATA ATAAACCAAA AGAATTAAAA 
AAAATAATTG ATGTTCTAAT AAAAAATGAA ACATTTAAAA GAAAATTTGG GTCTTACAAT 
GAATGGGATG GAAACCCATT AAAACAGTAT GAAAATGAAC TTCTTAATAC AATAGCTGAA 
GATGTTGCAA TTTTCGTAAA AAATCAAGAC AGTGATAATT ATGAAATTAG TAGAATAATG 
GAAAAAACAG ATGATGAATT GAGAACTTTG AAAAATGGAT ATGAGAACTA TAATCCTCTT 
TCTGAATATG GAAAATATAT TAAAGAAGAG TTTTCACCAA AGTTTTCAGA ACAAATGAAT 
ATATTAAAAG AAAGACTTGC ATCAGCAGTT AAACCAGTAG AAGAATTCGA TTCAAATATG 
AAAGTTAAAT TTGATACACT AATGAAAGAT GATGTGATAC GTCAAGATTT GGAGAATTAT 
AAAAAAAGTC AAAAAATTTC AGATTATGAG AAATTGAAAA AAGATTTAAA TCAACGGTAT 
GGATTAGCGG ATCCAAAAGG TGGTGGACCC ATGCCCGCTG CCTATTTATA TGATGTTTAT 
GATAAAAATT TTGATCAGAT TCAAACGGCG ATTAAAAATA TCACAGAATA TGCCGGACAA 
AGTATTCAGA AAAATTCAAC TATGCATATA AAGGCATTTG AAAGTTCTGT TAAAACATCA 
TCAGAACAAC GTTATAAAAT GGAAGAAAGA AAAGTAAATG GAAAAACTTA CTATATTCCG 
GTTAAAAAAA ATGATATTCC GATGAGTGAA GCAGAAAAGA ATTTAATGAA ACTTACTCAA 
AGTTACAACA ATGTACAAAG AGGGATGGGA AAAAATCCAG CAGCACCTAT ACAAAAAACG 
GCAACTCAAA CAGTAAAAGT ACAAAGGAAA GTTCAGCAGC CACAACGAAC AGTAACTTAT 
AGAGAACCAA CAAAATGGGA AGTAATGTCA AAAGAATTGA AAAAAGCGGT AAAAGATCTG 
GAATCAAAAG CTGGCAAAAT GGGAGATGTT ATTCTTAAGA CAAGTGATAA ACTTGCAAAA 
CTGGAATTAG AAAAACTGCA TAACTTTTCA GATGTAATGG GAATGTCAGA AAGCGATGTC 
TTATTTAGTG AGATAGGAAT TTTGGAAAAA CAGAGACAAA TAGCTTTAGA AGTAGGAAAA 
AAAGAAAAAG TGGAGTCTTT AACAGCGGAA ATAAAAGAGA AAAAGAAAAA GGCTGAGAAT 
GCGAAGTTTT ATGATGATAT AAATGGATCA TATGAGCAGA AAACTAATCA GTTAAATTTT 
AAACCGTCGG ATGAGCAGTA TGATGACTTC AAGGAAAAAT TCGCAGGTTA TTATGATGGT 
AAGATGGAAA ATTTAACAAG ATTGCTGGTA AATGGTCTTA TAACAAAAAA CCAGTTTGAA 
AAGAATTCAT TAGATTTAAT AGAAGAGAAG ATCCAAAGAC TGATTGAGAT GAAGAAGTAT 
GATGAAGCAG TAAAATTAAC AATTGAGAAA TATCAGGCAG AATATACTAA GATACAGGAA 
GATGCTCAAA AAGATTTGAT AAATATTAGG GAAAAAGGAG AAGTATTTGG ATACAGGAAA 
TCAGAGATTA TTAATCAAGA GTTGGAGAGA GAAAAGAAAT TAAGATCAGA TTCATATGAA 
AAGAATAAGC AAACAGAAGA AATCCTAAAT AAAGAGCTAG AAAATTTAAA TGAGAAATTG 
GAAAAAGCTA TAAAAAATAA TGATAAAAAT GAAATGAAAA GAATAAGAGA AGAAATAGAT 
GATAAAAAAA AGGAAAAAGA AGAATTAGGT ACAGAAGAAA AAGCGAAAAA AGATAATGAA 
AAAATTTCAA AGAAAGAATT AGAATACAAT ACAGCTAAAA TTTTAGAAGC TCTTAGTGAC 
GGGATAAGAG ATATTTTTAA GAATATAAAT CCAAAAGATT TCAGAGGAAG TCTTGCAAAT 
AATATTGACT CTCTCTTTGA GAAACAATTT AATGTCTTGT TAGATGAAAA GAATCCATAC 
AATAGCTATA AATCTGTAAT TGAAGAAAAA ATGAAAGAAG CTTTTGAGGG ATATCAAGTA 
ACTGGAGATT ATGTATTAGA CCAATCTGAA TACAATAAAA GATTTGAAGA ATTTTTAGAC 
AGGCTAATTG GCACAGGTAA TGAGGGGCTT ATTAATTTAG CAGGTTCTAT GAAAATGGAA 
AGAGTAAAAA CAAGTTTAGA TGATTTGGCT TCTACTTTAA GCCGTGCGGG AAGTGTATTG 
AAAGATGATT TTTTGACAAA TTTATCTGTT ACAGCAGAAT CTCTTTCAGG TCTGACAAGT 
ATATTCCAGA ATACAAATTT AGCCGGACCA ATAGGGGAAA AGATAGGTGG TTTAGGGAAC 
TTTTTATCGC CGTTTACTTC AGTAGTAGGA ACAGTTTTTG GAACAGTAAA TGCCGGAGTT 
TCTTTGTTTC GTTCGTTTGG TATAGGAAGT AATAAAAATA AGAAACATAA TGAAGAAGAA 
AAAAGAAAAG CTAATGAATG GTATGAAAAT AAATCAAAAG AAAATGAGAA TTTATTTAGT 
GAAATAAATA CACTTACTAA TTCTATACAA AACCTTACAA CCAAGTTAAT TCAAAATATA 
GCTTCTGATA CCTCAGATAA GAATATTGCA AAGCAAAAAA GTTATTACAA TACATTAATT 
GGAAAAACAG GAGATCTTTA TGAAGGTCAA ATAACTGCAA CAGGACATTC AAGTAAAAAG 
AAAGGTCTTT TTGGTGGAAA AAAGAATTCT CACGCTACTT TAAGTCAGGG ATTTGATGAA 
TATTTTGGAA GTGTATGGAA AAATACAGCA AGAGATTCAG GAAGTTTGCA AAGTTTTTAT 
GATACTTACC TTCAAAACTT CGATTTGAAT ACTTTAAAGA GAAAGTTAGG AAAAAGTAAG 
CTTGATAATA ATAACATAGA AGAAGTGAAA CTAAGTTTTT TACGTTTTAT TGAAGATGTA 
AGAGTAATGG AGCAGTATTC TTTAAATTTG CCTAAAAATG GGATACTTGA AAGTTTTGAA 
GGAGTGGAAG TAGCTGATTT ATTTGAACTC AGAAATGAAT ATCAAAAACA GCTTGAGGAT 
ATTTATAAAG GGATGGGAAA AGATCCTGAA AAATATAGAG ATGAGATATT AAGCACGGTA 
AATTCATTAA TACAAAATGA TCAGGTGATA GTAAGTGCTT TTCAGGATGT TAAATCAAGA 
ACAATAGAAC AATTAAGCAG CGGAAATGAC GTGATTTTAG GTCTTGCAAC AGGAATGGAA 
AGTTATTTTA GTAAATTGGA AAGTAATTTT TCAAAAGTAT TTTATGATAT GAAGTTTCAG 
GGATTTGAAG AGAAATTTTC TAATAAATTT GAAAATTTGA CAAATAACCT TGCAGATTTT 
AGATTATCAG GGAGAAAAGA CTTTGATAAT TTTCTAAATG AGAATCTTAA TTTCTGGGAT 
TTATTTACTG ATTTAAAAAA TACTGAGTAT ATAGAAAACG ATATGAAACA CATAATTGAT 
ACTTTAAAAA ATCAAGCCCA AGCCTCAGGG TTAAGTGATG AAGTGATAAA TGCAATGTTT 
CCGGATGAGA AAATAAATGA AAAGACAGAG AAAATAAAAA ATGTATTAGA AAACTCAATA 
AGAAAAGCTC TGGAAACAAA TTCATTTGAA CAGTTTTCGA TGAGCTTAGG AGAGAGTATT 
TATAATAATG TAAAGGATAG TCTGGTTAAA GCATTTTATG AAAGTCAGTC GTTTCAGACA 
CTTGCAGATA AATATTTCCT GACTGAAGAT TATAAAAATG CACTTGACGG AGCGGGAAGT 
TTTAAAGATG CTTACAGCAT AATACAACAG AAGTTAAATG AAGTAGAGTT AAAATTACAG 
TCAGAAGGAA TGGATTTTAG GGGAACAAAT GCAGTAGATG GTAATTATTA TGGAATGTCC 
GGAAAACAAG AGTATAAGAC TTCAGGAATA CTTGATAATT CAAAAGGAGT AGAATTCGCA 
GTAACATTAA ATAATTATGG TTTTATGTCA AATTCAGAAT TTATGAATAC TTTAAAAAAG 
GAAATGAAAG AATTCTTGTA TGAATCAGGT AAAGAAGAAG TTTAA 

 

Protein sequence

MATFKEVKGS YNKGLGYIKK GEKYALKGDE LQKLEYKLEK RYGEFTAQMI KWSEEKSKEL 
NRPYTEILEY SLVYANYLDM KGYDPKEIKE LIKNQTELKI KIINDKGYNP TDVDGLIKGL 
YDQKIESLNF FGIDEKEFQK MLKKDGIIEV NLNITSDLNE KYNTFSNKTS LTNENQILDS 
RINRELRPYL DGFNEIYVPL KSWINSGISS AELNNEISRI EENIKNIYPY ISKLKDDVIE 
FDSFKQQEDS NPDLAMISNK KYQEIIIKYP FLENKLLNNS DSSGLWVKNW ANLESTLKEA 
AEQSLKDKWY DTNLLKIGKE RDYILNATER NRETRSKNFH KLYQYPIEDI IKDSDVILAA 
RDYNDLERTE KEYNKPKELK KIIDVLIKNE TFKRKFGSYN EWDGNPLKQY ENELLNTIAE 
DVAIFVKNQD SDNYEISRIM EKTDDELRTL KNGYENYNPL SEYGKYIKEE FSPKFSEQMN 
ILKERLASAV KPVEEFDSNM KVKFDTLMKD DVIRQDLENY KKSQKISDYE KLKKDLNQRY 
GLADPKGGGP MPAAYLYDVY DKNFDQIQTA IKNITEYAGQ SIQKNSTMHI KAFESSVKTS 
SEQRYKMEER KVNGKTYYIP VKKNDIPMSE AEKNLMKLTQ SYNNVQRGMG KNPAAPIQKT 
ATQTVKVQRK VQQPQRTVTY REPTKWEVMS KELKKAVKDL ESKAGKMGDV ILKTSDKLAK 
LELEKLHNFS DVMGMSESDV LFSEIGILEK QRQIALEVGK KEKVESLTAE IKEKKKKAEN 
AKFYDDINGS YEQKTNQLNF KPSDEQYDDF KEKFAGYYDG KMENLTRLLV NGLITKNQFE 
KNSLDLIEEK IQRLIEMKKY DEAVKLTIEK YQAEYTKIQE DAQKDLINIR EKGEVFGYRK 
SEIINQELER EKKLRSDSYE KNKQTEEILN KELENLNEKL EKAIKNNDKN EMKRIREEID 
DKKKEKEELG TEEKAKKDNE KISKKELEYN TAKILEALSD GIRDIFKNIN PKDFRGSLAN 
NIDSLFEKQF NVLLDEKNPY NSYKSVIEEK MKEAFEGYQV TGDYVLDQSE YNKRFEEFLD 
RLIGTGNEGL INLAGSMKME RVKTSLDDLA STLSRAGSVL KDDFLTNLSV TAESLSGLTS 
IFQNTNLAGP IGEKIGGLGN FLSPFTSVVG TVFGTVNAGV SLFRSFGIGS NKNKKHNEEE 
KRKANEWYEN KSKENENLFS EINTLTNSIQ NLTTKLIQNI ASDTSDKNIA KQKSYYNTLI 
GKTGDLYEGQ ITATGHSSKK KGLFGGKKNS HATLSQGFDE YFGSVWKNTA RDSGSLQSFY 
DTYLQNFDLN TLKRKLGKSK LDNNNIEEVK LSFLRFIEDV RVMEQYSLNL PKNGILESFE 
GVEVADLFEL RNEYQKQLED IYKGMGKDPE KYRDEILSTV NSLIQNDQVI VSAFQDVKSR 
TIEQLSSGND VILGLATGME SYFSKLESNF SKVFYDMKFQ GFEEKFSNKF ENLTNNLADF 
RLSGRKDFDN FLNENLNFWD LFTDLKNTEY IENDMKHIID TLKNQAQASG LSDEVINAMF 
PDEKINEKTE KIKNVLENSI RKALETNSFE QFSMSLGESI YNNVKDSLVK AFYESQSFQT 
LADKYFLTED YKNALDGAGS FKDAYSIIQQ KLNEVELKLQ SEGMDFRGTN AVDGNYYGMS 
GKQEYKTSGI LDNSKGVEFA VTLNNYGFMS NSEFMNTLKK EMKEFLYESG KEEV