| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2408 |
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| Symbol | |
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| ID | 8597872 |
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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 | 2564400 |
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| End bp | 2568404 |
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| Gene Length | 4005 bp |
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| Protein Length | 1334 aa |
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| Translation table | 11 |
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| GC content | 29% |
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| IMG OID | |
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| Product | glycosyl transferase family 2 |
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| Protein accession | YP_003309192 |
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| Protein GI | 269121015 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | ATGGAAATAA AAAATACTTC AGCTTTTATA AAGCCTAAAA AATTAGATTT TAGAGGAAGT
TCATGGATAG GTCATGTGCC CTTTGGTTCT TGGTTAATAA CAGAATTAAA TCCAAAAGTA
TTTGTTGAAT TGGGGACTCA TAAAGGAATG TCATTTTTAA CTTTTAGTCA ATCTATTCTG
GAGAATAATT TGCAGACGAA AGCGTATGCG GTGGATACTT GGAGTGGTGA CCATCAGGCC
GGTTATTATG GCGATGAGAT ATATATTGAA TTAAAAGATT ATATTGATGA AAATTATCCA
GAGTTTACTT TTTTAAAAAA AATGACATTT GATGAAGCTG CTGAAAGCTT TGAAAATGGT
TCAGTAGATT TATTACATAT AGACGGACTT CATACATATG AAGCTGTAAA ACATGATTTT
GAAGTGTGGT TTCCAAAGCT GTCAGATAGG GGAGTTGTTA TTTTCCATGA CACATTTGAG
AAAAAAAAAG ATTTTGGAGT TTATAAATTT TGGGAAGAAA TATTAAAAAA ATATCCGGGA
TTTGAATTTA AATTTTGGCA TGGTTTAGGA GTTTTATTAG TTGGTGAAAA TAGAAATGAA
TATTTGCTTG AACTTTGTGA AAATAACGGA GAAAATGAAA AATTTAAATT ATTTAATTCT
TTTTTTGAAA AACTTGCGAA TGATTTAAGA ATAGTAGCAG AAAGGGAGAT ACTTGAAGAA
AATCTAAAGC AGGAAGTAGA ATATGCAAAA AGTTTGGAAA AAAGAATAAG AGGAGACGAA
AGAACTTTAG AAGAATTACA AAGTCTTAGA CAAAGACTGG AATCTGATGT TAATTCACAA
AGTGAAGAAA AAAATCTTAT AAAAAAAGAA TTAAAGATTT TAACTAAAAA ATTAAAGATT
TTAACTAAAA AATTAAATGA TTTAGAAATT ATAAAAGATG ATTTCAAAAA AATTAACAGA
GAAAATGAAG AACTGAGGAA TCAACTAAAT AGGGTATACT TATCAAGATC ATGGAAGTTC
AGCCGGGGAG TCAGAGCTCT TGAAAATATA ATACACGGTA AAGGTATCAG AGGAAATAAA
GAAAGATTTA AAAAGAACTG GTATTTGAAA AATAATCCGG ATGTTTTTGA AAGTGGTGGG
GATCCTTATG AGCATTACAT GAGTCATGGA AAACATGAAG GGAGACTTGG AGCTCCTGAT
ACTTTTTTAG TGAGAAATTA TAGAAGACTT CGTATAGTAA AAACAGCATA TAAAACAGCT
AAAAGCAAAG ACATAAAATT TAGTTATATT ATAAAAAAAG GTTTTGAAAC TTATAAATAT
TATGGAATAT CAGGAGTAAA GGAAAAAATA GTTTTTTCAA TTAATCCTAA AATTACTAAT
AATGAAGATA TGTATCAGAA ATGGGTTGAG CTTTATGATG AATTATCTAT TGAAGATATA
TTTGAAATGA AAGAGAGTAT AGAAAATTTT CAGTATAAAC CTTTAATTTC TGTGTTAATG
CCGGTATATA ATACAGATAT ACATTTTTTG AAACAAGCAC TAGATTCAGT AATTGAACAA
ACTTATGACA ATTGGGAATT ATGTATAGCA GATGATAATT CGCCTAACGA AGAAGTAAGA
GAAATACTTA AAGAATATGA AAATAAAGAC AGCAGAATAA AAGTTATATA TAGGAAAGAA
AATGGTCATA TTTCTCTTGC AAGTAATTCG GCACTGGAAT TAGTAACTGG AGAATTTACA
GCGTTAATGG ACCATGATGA TTTAATTCCT AAACATGCAT TATATATGGT TGTGTGGGAA
ATAAATAGAA AAAAGGGATT GGTAGATCTA ATTTATACTG ATGAAGATAA AATAGATGGA
GAAAATATAA GATATGATCC TTACTTCAAG ATGGAATGGA ATGAAACCTT AATAAATTCA
CAAAATTTTG TTGCTCACCT GGGAATCTAC AGAACTTCAA TTTTGAAAAA AATTGGCGGA
TTTAGAAAAG GTTTTGAGGG TAGTCAGGAT TATGATATAT TACTTAGGTT TTTAAGAGAA
ATTTCTTCTG ACAGAATTTC ACATATACCT CATGTCTTAT ACCATTGGAG AATTTTTAAA
GGAAATCATA CTTTTTCTAC AGATAATCAT AATATTTCAG ATGATTCAGC ATATAAAGCA
CTGAAAGAAC ATTATGAAAT ATTAAAAGAA GATGTTCGTA TTCTTCCGGT AGATAATTTT
CCGGGTTGCT GGAAAATAAA AAGACAACAA AAAACTATTT TACCTAAAGT ATCACTGATA
ATTCCAACAA GAGACAGAGT AGAAATACTA AAAAATTGTG TGGACGGATT ACAAAAAAAT
ACAGATTATG ATGACTTTGA AGTTATTATT GTAGATAATG ATAGTAAAGA AAAGAAAACT
TTAGAGTATT TTGATAAAAT ATCAGCAGAT TCCAGAATAA AAATATTAAA GGTAGAAGGA
GAATTTAACT ATTCTAAATT AAATAATTTG GCAGTAAAAG AGGCTAAAGG TGAGTATTTA
GTCTTTATGA ATAATGATTT AGAGATTATA AAGAATGACT GGCTTAAAGA AATGATTTCC
ACTTTTTCAG AAGAAAATGT CGGAATAGTG GGTGCTAAAT TATATTATAG CAATAATACA
ATACAACATG CTGGATGTGT TACAGGAGTT TATGGTGTTG CTGGACATAT TCATAAACAT
TTACCTAAAA ACTCACCTGG ATATTTTGGA AGATTAGGTC TAATACATAA TGTCTCTGCG
GTAACAGGAG CATGTCTTGC GATATCAAAA AAGATATTTG AAGAAGTAAA TGGTTTTGAC
GAGGAAAAAT TGAAAGTAAG TTATAATGAT GTGGATCTTT GTTTAAAAGT TAGAGATAAA
GGTTATAAAA TAATATTTAA TCCGGAAGTT GAGTTATATC ACTTAGAATC TATAAGTCGC
GGTAAGGACG AAAGTAAGTA TAAGAAAGAA TTGAACAGGA ACGAAAGAAG AGAAATGATA
AGCCGATATG GGGAAAAATT AAAATATGAT CCGTATTACA GTGTTAATTT ATCATTGGAA
AATGAGGATG TAACGTATTC TTTCTCACCA AGAAAAACTA AGCCATGGAG AGATTATATA
GAATTTGTAT GTCCATTTCA TAGAGGTGAT GTACTAATAG GTATACAAGT TGCTAATTAT
TGTGTTTCAA TTGGAAAAAA AGTAAGATTT CATGTATCTG AAAAACTTGT AGACTGGGTA
AGAGATTTTT CACCAAATTT TGAAGTATTG GAAATACCGA TAGGTATACC ACAAGCTCAT
GAAACAATGA ATTATTTTGA AAAAGCAGTA AACTTTGTAG AAAAAAGAAA AGATTTTTCT
GGGAAAATAG CAAGAAGTCA TCCAAAAATG GATTTTGATT TTATGGGGTT AAACATAGTA
GAACATATGT TAAATGAATT AGAAATATCT ATTGATACAA AGATAGAACC ATTGAAGCCA
TCTGTAGATG ATGAAGTGGT CAGAAAAGCA AAGGAGATAC TAGAAAAGTT TGGAGATGGG
AAGATAGTAT TGTTACATCC GTTTGGTGGC TGGAATTTAA AGAGTATTCC TAGTAAAATG
ATACATAAAC TGATTGAGAT ATGTAAGAAA GAGAATGTAA AGTTAATCCA AATCGGTGGA
AAAAATGATA AAAAAGTAGA AAAATTAGAT GGATGGATAT TGGAAAATTA TTCCCTGAGT
CAATGGAGAT CTATATTTGA ACAATCGGAA GCATTAATAG GCATAGATTC ATGGACGTCG
CATTTAGGTG CTATTCTTGG AATAAAACAG ATTACCTTAT ATGGGTCAAC AAGAGCCAGA
GATGTTAATA TAAAGAAATT TTTAACTAAT CAAAATGAAA AAAATATAAT TTTAGATACA
ATAGTAGATT GTTCACCCTG CCATTCATTA AAATGCAAGT ATAGTCATAA ATCTTGTATT
GGTTATGAGC TTAATGAACA AAAAATAAAA GGAGTAATTG GTTAG
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| Protein sequence | MEIKNTSAFI KPKKLDFRGS SWIGHVPFGS WLITELNPKV FVELGTHKGM SFLTFSQSIL
ENNLQTKAYA VDTWSGDHQA GYYGDEIYIE LKDYIDENYP EFTFLKKMTF DEAAESFENG
SVDLLHIDGL HTYEAVKHDF EVWFPKLSDR GVVIFHDTFE KKKDFGVYKF WEEILKKYPG
FEFKFWHGLG VLLVGENRNE YLLELCENNG ENEKFKLFNS FFEKLANDLR IVAEREILEE
NLKQEVEYAK SLEKRIRGDE RTLEELQSLR QRLESDVNSQ SEEKNLIKKE LKILTKKLKI
LTKKLNDLEI IKDDFKKINR ENEELRNQLN RVYLSRSWKF SRGVRALENI IHGKGIRGNK
ERFKKNWYLK NNPDVFESGG DPYEHYMSHG KHEGRLGAPD TFLVRNYRRL RIVKTAYKTA
KSKDIKFSYI IKKGFETYKY YGISGVKEKI VFSINPKITN NEDMYQKWVE LYDELSIEDI
FEMKESIENF QYKPLISVLM PVYNTDIHFL KQALDSVIEQ TYDNWELCIA DDNSPNEEVR
EILKEYENKD SRIKVIYRKE NGHISLASNS ALELVTGEFT ALMDHDDLIP KHALYMVVWE
INRKKGLVDL IYTDEDKIDG ENIRYDPYFK MEWNETLINS QNFVAHLGIY RTSILKKIGG
FRKGFEGSQD YDILLRFLRE ISSDRISHIP HVLYHWRIFK GNHTFSTDNH NISDDSAYKA
LKEHYEILKE DVRILPVDNF PGCWKIKRQQ KTILPKVSLI IPTRDRVEIL KNCVDGLQKN
TDYDDFEVII VDNDSKEKKT LEYFDKISAD SRIKILKVEG EFNYSKLNNL AVKEAKGEYL
VFMNNDLEII KNDWLKEMIS TFSEENVGIV GAKLYYSNNT IQHAGCVTGV YGVAGHIHKH
LPKNSPGYFG RLGLIHNVSA VTGACLAISK KIFEEVNGFD EEKLKVSYND VDLCLKVRDK
GYKIIFNPEV ELYHLESISR GKDESKYKKE LNRNERREMI SRYGEKLKYD PYYSVNLSLE
NEDVTYSFSP RKTKPWRDYI EFVCPFHRGD VLIGIQVANY CVSIGKKVRF HVSEKLVDWV
RDFSPNFEVL EIPIGIPQAH ETMNYFEKAV NFVEKRKDFS GKIARSHPKM DFDFMGLNIV
EHMLNELEIS IDTKIEPLKP SVDDEVVRKA KEILEKFGDG KIVLLHPFGG WNLKSIPSKM
IHKLIEICKK ENVKLIQIGG KNDKKVEKLD GWILENYSLS QWRSIFEQSE ALIGIDSWTS
HLGAILGIKQ ITLYGSTRAR DVNIKKFLTN QNEKNIILDT IVDCSPCHSL KCKYSHKSCI
GYELNEQKIK GVIG
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