| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_1651 |
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| Symbol | |
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| ID | 8597120 |
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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 | 1753945 |
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| End bp | 1758459 |
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| Gene Length | 4515 bp |
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| Protein Length | 1504 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | |
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| Product | cell wall hydrolase/autolysin |
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| Protein accession | YP_003308440 |
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| Protein GI | 269120263 |
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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 | 12 |
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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 | ATGGTATACA CTGAATATAA GGGAAAAAAG CTTAATGAAG ATGCAGTAGA TTTTTTTGAA
AAATTAGGCT GTCATGAAAG TACGAATAAT TACAGACTGT TGAATTCTTA CGGATATATG
GGGAAATATC AGGTAGGCAG AGATATTATG GAAGATTTGA ATTGGTACAG TTCAAATACA
GGCTACACCG GGGATGCCAG AAAAAAATGG GGTATAAAAA GCAGGGAAGA TTTCTTGGGA
AATTCGGCCG CACAAGATGA TTTGATAATG AAATCAATGC TGAAAAGATG GGATTATCTG
GATGCATATC TTAAAAAGCA TACAAATAAA GGCATTATGG ATTATGTATG TAAAGAAATA
ACAGTAAGTC CGTCTGCAAT ATACACAAAT ACCAGTGGTG CTCCAAAGTA TGGAAAAGAT
CTTTTAAAAG TGCTGAAAAA CGGTAAAAAT AAAAAATTAG GCAATCCCAA AGGAAAGAAG
TTTCTTATAA CGATATCCGG TCTTCTTGCC GGCAGCCATT TAACCGGTCA GGGAGGAATG
GGAATTTTTT TTACATCGGA AGGAAGAAAA ATTCCCACAG ATGGTAACGG TACTATGGTT
TTAGTGTATC TGGAAGAATT AAAAGGTCAT GATTTATCAA TGATATGCGG TCATAAGGAC
AACTGTAAGC TGGACAGCAA AGCAGTAATA AAAAACAATT CATTCAAGGA TGAGATCATT
CTGAATGGGG AAATGAACAA AGGAAGTAAT AAGACAGGTG CTGGGAATAC ATCATCAAAA
ACATCTGAAA TAGAAGAAAA GGGTATATAT GAATTTAAAG GGCAGAAATA TGAAGAAGTA
TGGGAAACCG AATTTTACAA ACAGGATATG ACTGGAAGGA AACAGCTGCC TGCTGCAGGT
TATGTAAAAG CAGAGGAAGC TGTGATAAAA AGACTGGAAG AAAAGTTCGT AAATCCTGAT
TTATACAGTG GTGACTATAT TAAATATGTG GAAAGTAAAA CAGGAAAAAC AGTTTTTGAA
GAAAATAAAG AGGAAATAAA CGTAATGCTT ACCTTGTATG ATAAAGCTAC AGGTACAGGG
AAAAAATCAG GAAATATTGT GAGGCAGTAC GGATTTGATA TATTGAGAGG GCGGAATGAA
AAAGCTGAAT CACTGAGAAT ACAGGATATA GCATATTATA TGTATTATTA CCCCATTCCC
AAAATGGGAC AGCTGGAAAC ACTTGAGTAT GTATTTGGGA AATTTGCTGC TAAATATATA
AAGTTTCCTG ATGTTCACTA TACTGAAAAT AATAAAACAG GTGAATATCA AATTTCACAG
ATAGCACAAT TAATAAAGGA TGCGGGGAAG AAACAGGAAG AACCTGTAAT AAAATATAAC
CTTCCGGAGA AGTATAACAA GTATATGGAA GGAATAAAAG ATATAGATGA AATTATCCTG
AGAATTCCAA AAAAATCAAA GCAGGATTTT CATAAGATGA GAAGTGAAAA TTTATTAAGA
GGGCTTGAAA TGGCAGGAGA GCATAAGAGA AGTTTTTCTG TTGACGAAAA CGGTGTGAGA
AAATATCCTT TGACAAGAAG ATTTCTGGAT AATCTTTTGA TAGAGTTCAT AAAAGTAGAA
ACAGGCTTTA AGGAGGAAAA AGAAGAAAAG TATTTTGACG GGCATAAATA TCGTGATAGT
AATGTATTGA GGAATTATCT TTTATGGTAT GATGAAAATT TTGGAAGAAT AGAACTGCCT
CATCCGAAAG GAAGCGGAAT GTATGCTGAG CTTGAGAAGC TGGGTAAAGA TATGAGAATT
ACAGCAATGC TTGATATATG GGTAAATTCC AAAGAGAGGG GTAAAATAAA ATATATAAGA
AAAATACATA ATCTGATAAT TGATAATTAT GGGGATTATA CAGACGGGAA AACGACAGGT
AGGGACAGGG AAATAATAAC AGGACACTTT TATGATTTGA AAGAATTAAG AGATTATGCG
GCAGGAAAAG ACTCTATGAA TTTATATTCT TTTTACAGGG AATTTTATGA TTTGAAAAAT
GTTATTACAC CAAATAATGA GTTTTATGTA AATGATAATT GTATTTTGAA ATGTACACTC
GGAGAAAATA TAAGCAGAAT AAATGTGGAC AGGGATAGTG TAGTTCTCAG GGGAGGCAGA
CAGGCTAACA TAAAGGATAC TAATATACTG CCGTTTAAGA GCTGTAAAGT TTCTTCAGAA
TGCAAGCCGG AGTTTTCGGA GATTTGGGAA AAAAATACTG ATGTGGAGAT CGGAGGAGCA
CCTGCTCTTC TTGATATATC TACAATAAAG TGCAGATACG GCGGGATTAT AAGTATAGAT
GATTCAGGGC AGAGACAATC TAGGTCGCAA TTAGATTCAA AAGGTAATGA TACAAAGCCG
GCAGCAGAAG GCAAAAGTCA AAGTTACGGG AAAAACAGCA ATTTTTCAGC TTCAGTTGGA
ACAGCCAAAA CAAATAATAT AAATTCCAAG CTCGGAAAAA GAGAGGTAGA CTGCGGTTAC
AGACCTCTTT TGGAAATATG TAGTGCCTTA AACAAAAATT TTATGCAGAC ACCGCTGAAA
AAGGAGTGTC AGGAATATAA GGGGTATAAA AAGGATCATA CAGCCTTGGA AAATGAGAGA
AAAAGGCTTG AGAGTTTAGT AAAGACGGCA GAGAAAGAAT TCGTTATACC CGGAAATTAT
TTGGGTGACA GAATAAAAAG AGAAAATATA AGAAACGCAA AAGAAAAATA TGATAAATTT
ATAGAGAAAA ATGAGAGAAT AGCAATGATA GCTTCAAAAA ATTCATCAAA CAGCAGAAAG
AATCAGCTAT TAAGTAAGAT TATGCTTGCT ATGCTTGAAG CCAATAAAAA ATCAGGAGAT
ATGTCAGTTC CTAAAAAAGA CAGTAAAGGA GTTCACAAAA AATATGGAAT TTCAGCCTGT
GATTATGAGA AAAGAAATTT TTACATTACA GCTACACTTG GAGGTATAGT CTACGGATAT
TTGAAAGCCG CAATGGGTGA AAAAACAGAT GAGAAAACAT TGAAAGAAAT AGAAAGAGAA
GTTAATGAAA AGGAAGCGGA AGAGAAAAAA GTCAGAAATA CTTATCCGAA TATCAGATCG
GGATTATCAA ATTATGAATC ATACGATAAA ATACAGTCAA GAGAAGCAGA AAAAAGGCAG
GAAATAAAGA GAAAGACTGA TGTTCAGACT CTTGATAAAA TCGGCTATGA GCTGTATCAG
CTGACATCTG AAGTTCCTAC AGGCAGCTCG ATACTTGCGA AAATCAGAGA GAAAATAAAA
CCTGTAACAG AGTGTCCCTT TGAAGAAGTA GAAAGGAAGA CGAATCATGG AGAGAGTTTT
TTCGGTCAGG AGACAGGGGA GGCAGAAGCT TCTTTGGGGA AAGGTGATAA TTACGAAAAT
AGTAAATTAC GTGATGGTGA GATATCAGCA GCTAGAAGGA CTGACGACAG TCATAATAGA
TTTGGTACCG GGCGTGTAAG GACTTCAAAT GAACATGAGA ATTTTAATCG TCAGGGATGG
GAGGATAGTA ATAACCATAT GTCTGATACT CCTAGCAGAA AATCTGATAT TCATGAAAGT
AAAGGAAGGA ATTCATCTGA TGAAGCAGAA ACTCGAATTG ATACCGGTTT ATATCAAAAT
CTGATAGTTG GGAGTGAATT GACAGATATT ATTGGTAAAA CTGCTATAAA TGCAGAAGGA
AGCGGGCAGG AAAGCGGTTT GAAAATACCT GATCTTGAAA ATAATACTCA GATAGTAAAA
CCTGAAAAGA AGGGGAAAAA AGATAAAGCT GCTTGTTTAG AAGATAGATG TCCGAATAGC
AGCAAAGGGA GAGATATTTT TGTTATCCTG TCTGTCGGGC ACGGGATGAA AAATAAAACT
ACATATGATC CCGGAAGTTC TTCGGAATGG AATAAAAATA CTGAAATAAC GAATGGTTTT
TTTTATGTTA AGTATTCACC ACCTTCATCG GTGAAATATA TTGAGAGCCC TTTAATTACA
GAGTTTCAAA CTAATGATAT ATTACTTAAG AATTATTTGA TACCAGCTAT GAAAACAAAT
AATATAAATG GTGATATACT CATATACAGA ACAAATGGAA TAACTAATCA TGCCCAAATG
TTAAATAAGA AAGCAATAGA ACTAAAAAAA GTGTATAGAA AAGTCATAGT TTTAGAATTT
CATTTTAATT CAGCAAAATC TGGTGGTAGC GGTACTGAAA TGCTTTATCA TAGCGGAGTA
AAGCCAACAA AAAAATTAGC AGAGTGTATG CAAGTAGAAA TTGTAAAAAA ATTAGGATTA
AAAGATCGAG GAATAAAGGA TTGTAGTAAT GGACGTGGTG GTGGTTTTAT GGAAGGAATG
CCAAATATAC CATCAATAAT GTTAGAACCA TTTTTTATTT CAACAAAGAG TGATACAAAA
ACTTTTTTTG AAAAAATTCC TGAATATATT GAAGGTATTA TGAATGGAAT AATAAAATAT
GATAATGAAA CATAA
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| Protein sequence | MVYTEYKGKK LNEDAVDFFE KLGCHESTNN YRLLNSYGYM GKYQVGRDIM EDLNWYSSNT
GYTGDARKKW GIKSREDFLG NSAAQDDLIM KSMLKRWDYL DAYLKKHTNK GIMDYVCKEI
TVSPSAIYTN TSGAPKYGKD LLKVLKNGKN KKLGNPKGKK FLITISGLLA GSHLTGQGGM
GIFFTSEGRK IPTDGNGTMV LVYLEELKGH DLSMICGHKD NCKLDSKAVI KNNSFKDEII
LNGEMNKGSN KTGAGNTSSK TSEIEEKGIY EFKGQKYEEV WETEFYKQDM TGRKQLPAAG
YVKAEEAVIK RLEEKFVNPD LYSGDYIKYV ESKTGKTVFE ENKEEINVML TLYDKATGTG
KKSGNIVRQY GFDILRGRNE KAESLRIQDI AYYMYYYPIP KMGQLETLEY VFGKFAAKYI
KFPDVHYTEN NKTGEYQISQ IAQLIKDAGK KQEEPVIKYN LPEKYNKYME GIKDIDEIIL
RIPKKSKQDF HKMRSENLLR GLEMAGEHKR SFSVDENGVR KYPLTRRFLD NLLIEFIKVE
TGFKEEKEEK YFDGHKYRDS NVLRNYLLWY DENFGRIELP HPKGSGMYAE LEKLGKDMRI
TAMLDIWVNS KERGKIKYIR KIHNLIIDNY GDYTDGKTTG RDREIITGHF YDLKELRDYA
AGKDSMNLYS FYREFYDLKN VITPNNEFYV NDNCILKCTL GENISRINVD RDSVVLRGGR
QANIKDTNIL PFKSCKVSSE CKPEFSEIWE KNTDVEIGGA PALLDISTIK CRYGGIISID
DSGQRQSRSQ LDSKGNDTKP AAEGKSQSYG KNSNFSASVG TAKTNNINSK LGKREVDCGY
RPLLEICSAL NKNFMQTPLK KECQEYKGYK KDHTALENER KRLESLVKTA EKEFVIPGNY
LGDRIKRENI RNAKEKYDKF IEKNERIAMI ASKNSSNSRK NQLLSKIMLA MLEANKKSGD
MSVPKKDSKG VHKKYGISAC DYEKRNFYIT ATLGGIVYGY LKAAMGEKTD EKTLKEIERE
VNEKEAEEKK VRNTYPNIRS GLSNYESYDK IQSREAEKRQ EIKRKTDVQT LDKIGYELYQ
LTSEVPTGSS ILAKIREKIK PVTECPFEEV ERKTNHGESF FGQETGEAEA SLGKGDNYEN
SKLRDGEISA ARRTDDSHNR FGTGRVRTSN EHENFNRQGW EDSNNHMSDT PSRKSDIHES
KGRNSSDEAE TRIDTGLYQN LIVGSELTDI IGKTAINAEG SGQESGLKIP DLENNTQIVK
PEKKGKKDKA ACLEDRCPNS SKGRDIFVIL SVGHGMKNKT TYDPGSSSEW NKNTEITNGF
FYVKYSPPSS VKYIESPLIT EFQTNDILLK NYLIPAMKTN NINGDILIYR TNGITNHAQM
LNKKAIELKK VYRKVIVLEF HFNSAKSGGS GTEMLYHSGV KPTKKLAECM QVEIVKKLGL
KDRGIKDCSN GRGGGFMEGM PNIPSIMLEP FFISTKSDTK TFFEKIPEYI EGIMNGIIKY
DNET
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