| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2826 |
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| Symbol | |
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| ID | 8598281 |
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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 | 3010447 |
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| End bp | 3013128 |
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| Gene Length | 2682 bp |
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| Protein Length | 893 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003309601 |
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| Protein GI | 269121424 |
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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 | 26 |
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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 | GTGGCAGAAG CAATTGCAGG CGGTTATGTA GATATTAAGG CTAAATTAGA TCAAAAAAGC
TTAGATCAGG TATTAAAAAA AATATCACGA GCTTTAAAAG CTATAAAAAT GCTTAAAAGT
GGAGTGGCTA ATTTAAATGC AAATGGTCCA GGTAGATTAT TGACAGCTTT AAAAAGTGCC
TCTAATATCA CTTCTTCTAT GAAAAAGAAT ATTGACAGGG TAACAAAAAG TTTTTCAAAT
GCAGCCAAAG AAGCCGGGAA AGTTGCTGCT AATTCTCAGA AAATAAAACC GCCAAAAAAA
GTAGATACAG GAGAAATGTT ACAACAAGGA GCTACTGCTA TAGGTGGAAT TTCCGCAGCT
AGAAGCTCAG GGAATATTAT AAAAGATATA GCAACAACGG GCGGAAATAT GTCACAGATC
CAGTCCGTAT ATAAAAATGC TTTACAAAGT GAAAAAGCTG GAGAACAAAT GTTCCAACAA
ATTCAAAGAT TTGCAGAAGA GACACCCTAT GAACTTGATG AATTGTCTGG TTCATTTCTT
AAATTAGTAA ATAGAGGAAT TATACCAACT AAAGATCAAA TGACAAATCT TGGAGATTTG
GCATCTTCAC AAGCTAAACC AATAGATATG TGGATAGAAG CCATATTAGA TGCTCAGATG
ATGGAATTTG AAAGACTAAA AGAATTCGGT ATAAAAGCTC GTAAAGCAGG AAATCAAGTT
ACACTAGATT TTAAGGGGCA GACAAAGACA ATAAAAGCGA CAGCTGACGA AATGTATAAA
GCTCTTTTAG AGTTTGGAGC AATGGATGGT GTTGCTGGTT CAATGGCAGT CCAAATGAAT
GAAACAAACG GTATAGTTTC TAATATGTCA GATTCATTAA CAGCACTAAA ATTTAACTTA
TATGAAGCAA ATAAAGAACT TATTAACGGT TTTTTGAAAG GATTGAATTC TACTATTGAA
AAAATAGGAG AGTTTTTAAA GAAAAATCCT GCATTATCTA AAGTTATATT TGGGTTAATA
GTAGGTTTTA CCATATTAAC GGCTACATTG GGAGTATTAG CATTAGGATT TTTAGCAGTT
TCAGCTGCTG CTTCTACTTT AATTGCAAAT CCTGTATTAT TAGCCATAGC AGCCGTAATA
TTAGCTATAG CAGCAGCCGT AATGATTTTA ATCTGGGCTT GGCAGGATTT GAAAAAAGGT
TTTGAAGGTG GAGATTCAAC ATTGCTTCCT TGGTTAGACG CATTCACTCA ATTTATCAAT
AAAGGAAAAG ATTTTAAAAC TACTTTAGTT GAAATAAAAA ATTGGTGGAT TGCTATGTGG
GATGCAATAA AATTAAAAAT TCAGGAAGTA TGGCAACAAA TAAAACCATT TATAGATCAG
GCAGTTAATT TATTGTTAGG TGCACTTTAC ATTACATTTT CTTATTATAT GTATATTATA
AAAATGATAT ATGAGCTTAT AACAGGTGAT ATTGAAAGTT TAAAGCAAAC TTGGCAAGAT
TTTCTTAATT TTGTAACTCT TGTTTGGGAA TTGATTTGGC TTGCTGTTCA AATAGTATTT
GGAATGATCC TTGAAGCTGC ACTTGAATTC TTTAACACTC TGGTGGAGGA TTGGTGGTTC
TTATTAGGAC AGGCAAGTAT AGTGCTTAAT TTGATAGCTT ATTTATTCAC AGGGAATGCA
GAATATTTAA AAGCTATTTG GAATATGTTT GTTGTATGGT TTCAAGAAGG AACTAACATA
ATGATTCAAG CAGCAGTTAT TGCAGCTAAT AAAATTGCTG TTGTATTTGT CAATGCGATA
AATAGCATAA TTGATGCTGT AATTAATTTG GTTAATAGCT TCGGAGCTTT AGGTGGAATG
GTAGGAGATT TTTTAGGAAA ATTGAAAATT GATGCCGGAG GATTTGAAGC AAATATAAAT
AGTGCTAAAG GAAGCATAAA GAAATCTACC GTTAAAATGG CAGATGCAAC AAAAGTAAAT
GTACAAAATA TTCAAGGTCA AAATTCAAAT TTAAAAAATG ATTTTAGAAA TACTGCGAAA
GATATAAAAA AATCAGGAGT TAATTTTGCA GGAGCATTAG GTCAAAGAAA TAAAAATGCT
GAAAAATCCG GAAAAGAACT TGAAGATATA ATGAAAGATC AAATGGGAAA AGCAACAGAT
GCTGCCAATG ATGGCAAAAA AGGTGGTAAA GGCGGAAAAG AAAAAAAAGG ATCGGGTGAT
GACAAAAGGT TCTTAGAGGA AATCATTAAA AGTGTAAATG ATGTACTTAA AGCTATCGGA
TTTGATCCTT CTCAAGAAAT AAAAAGAGCC TCATTATTTC AGGCACAAAG AAAAGCAATA
GAAACAGCTG TAATAAGAGA AGTACAACAC AAATCAAATT TGGCACTTAT TAAAGAAGCT
TTTGGTGGCT GGACAGATCC AAAAGTATGG AAAGAAGGAT ATAGTAGCAT AAAAGATAAA
GCTATGAATA TGGTACAGGG TGGAGGAAAT AAAGGAATTA CAACAGGTGG GATGATATCC
CCGTCAGAAG GATATGGTGC AACAAATATT GACGAGTCTA CAAATATAGA CACAGTAACT
ATACAAATAG GAGATTTAAA TAGAAATGTT GACGGAGTTA ATGAGAATAC AACATTAGGA
AGTCTGTTTA AATTAGCACA GGTGAGAGGA GGGCTTCAAT AA
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| Protein sequence | MAEAIAGGYV DIKAKLDQKS LDQVLKKISR ALKAIKMLKS GVANLNANGP GRLLTALKSA
SNITSSMKKN IDRVTKSFSN AAKEAGKVAA NSQKIKPPKK VDTGEMLQQG ATAIGGISAA
RSSGNIIKDI ATTGGNMSQI QSVYKNALQS EKAGEQMFQQ IQRFAEETPY ELDELSGSFL
KLVNRGIIPT KDQMTNLGDL ASSQAKPIDM WIEAILDAQM MEFERLKEFG IKARKAGNQV
TLDFKGQTKT IKATADEMYK ALLEFGAMDG VAGSMAVQMN ETNGIVSNMS DSLTALKFNL
YEANKELING FLKGLNSTIE KIGEFLKKNP ALSKVIFGLI VGFTILTATL GVLALGFLAV
SAAASTLIAN PVLLAIAAVI LAIAAAVMIL IWAWQDLKKG FEGGDSTLLP WLDAFTQFIN
KGKDFKTTLV EIKNWWIAMW DAIKLKIQEV WQQIKPFIDQ AVNLLLGALY ITFSYYMYII
KMIYELITGD IESLKQTWQD FLNFVTLVWE LIWLAVQIVF GMILEAALEF FNTLVEDWWF
LLGQASIVLN LIAYLFTGNA EYLKAIWNMF VVWFQEGTNI MIQAAVIAAN KIAVVFVNAI
NSIIDAVINL VNSFGALGGM VGDFLGKLKI DAGGFEANIN SAKGSIKKST VKMADATKVN
VQNIQGQNSN LKNDFRNTAK DIKKSGVNFA GALGQRNKNA EKSGKELEDI MKDQMGKATD
AANDGKKGGK GGKEKKGSGD DKRFLEEIIK SVNDVLKAIG FDPSQEIKRA SLFQAQRKAI
ETAVIREVQH KSNLALIKEA FGGWTDPKVW KEGYSSIKDK AMNMVQGGGN KGITTGGMIS
PSEGYGATNI DESTNIDTVT IQIGDLNRNV DGVNENTTLG SLFKLAQVRG GLQ
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