| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_0253 |
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| Symbol | |
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| ID | 8595749 |
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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 | 273706 |
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| End bp | 278217 |
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| Gene Length | 4512 bp |
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| Protein Length | 1503 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 | protein of unknown function DUF490 |
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| Protein accession | YP_003307069 |
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| Protein GI | 269118892 |
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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 | 13 |
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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 | ATGAAATATC TTAAGAAAAC AATAGTAGTA TTTATTCTCC TTTTAATGGT TATAACAGGA
GTAGTCACAT ATATTAACAG TAAATTGTTC AGCAAAGATA TTCAGGGTAT TATAAAAAGT
CTTAATCTTG ATATAAAAGT AGGAGATGCA AAGTTTGTAG GCTATGGTAA AATAAAAGTC
ACTGGACTGG TTCTTTATGA CAAAGAGAAA AGGCCTGCAA TCGAAGCAGA CGAAGGTTAC
ATATACATTA ATCCGCTTAG TATATCCAGA GTCAGAAAAA TAGATGTATA TTCCCCAAAT
GTAATTCTGG AAAAGCAGGA TGGAATGAAA TTTAACATTG TGGAGATGTT TTCAGGGGAA
TCTGATAAGA TAGACAGAAC CTCAAGGATA GGCAGGATTA ATTTTTATAA TGCAAAACTG
GACTACAGGG ATACTTCATA TAAGAAACTT ATCCAGAAAA ATCTTGATAA TGTAAACGGA
TATGTAAATT TTAGCAAAGC TAAAGGTATA TCCCTTGAAG CTGCAGGAAA TAATGATGAT
GAGAAAATAG GAGTGGTACT GAAAATATTT CCTTCCCAAA AGAAATCACC GGAAGCATTT
TTGCAGAGAA AGGCAATCCG TGAGAATAAA ATATATTTTG AGCTGAATTT TGATAAATTC
AGAATATTTC CCGAGGCAGT ACAGTATGTT CCGTTTGAAG GACTGGAAGT TTATGACGGA
AAAATTTCGG GAAAGCTGAA AATGGAACTT AACAAAAAGT TTTCAGGAAA TCTGAATATC
GAAAATGGTA CATTAAAATA TGTAGATTAT GATGAAATTT TGAAAAATGT AAATGCTAAT
GTAGTGTTAA AAGACAATAA TGTAGATATA GCAACAGGAG CAGAGCTTAA CGGAGGAAAG
CTCGATCTGG GTATAAAGTT TCTGGAAAAG ACAAAAACAG TTAAGCTGGC AATAAAATCA
GATAACATGG ATTATTCGGA TATTAGAAAA TATAAACTTG TTAAGGAACA GAATATAGAA
GCTTTTGGAA GGATAACAGG GACTTTTAAT GCAAATCTGG ATTTAGACAA AAAGATATAT
GAATTTGACG GCTTTTTATC TTCTCCGAAT CTGCAGTACA GCGGTTATAA TTTTCGGAAT
CTGAAAACTA ATCTGGTTTA TGATAAAAAC AGTATTTTGA CTCTGAGCAA TATAAGCTTC
GGCTTTAATG AAACTATATC CGATATTCAT ATAGCAGCAG ATGCAAGAGC TTTGTTTTCA
TATAATACAA AGCTGAAAGC AGGAAGCGGT ACGTACGAAC TGGATAATAA AGGGTCTGAT
TTCAGTATAA AGAAAATAAA CGGAAATTTT GAAATAGATA AAAATAATGT GGTAAGAAGT
GACTTTTTCT CTGAAGAAGC AGATGGGAAT TTTGCTTTTG ACACAAAAAA TAAATTACTG
GAAATAAGTA CAGGAGGAAA ACAGTATTTT GACCTGAAAT ATGGGGAGAA TAAATTTACA
TTAAAGCCAG TAATACGAAA TCTGAAAATC AGTCTGGATA AATTTCTTCT GGTTTCGGGA
GCTGCTGATA TAGACATAGC AAAAAACGAA TATTTTGATA CAGCAAGAGT GTCGGCAATA
GTAAGAAACG GAAATTTTGA TGTAAATGCT GCGGCAGCTA TAAGCGGACA GAATGTAAGA
GCGACAGGGA CTACTGACAA TAAATTTAAT CACAGATACA AAGTAAGCGG TTCAAATGTA
AGAATAAAGC CGCTTCTTGA CAGATTCGGC ATAAAAGTTG CCGGAATGGA ACAATCGGAT
CTGGTAACTG ATTTTAATGC TAATATATAC GGCAGCGGCG CAAACTTAAA GGGAGACTTT
AATATTGCCA GTCAAAGAGG AAAATACTTT GTGGAATATG AGAAATTAAA TGTAAGCGGA
AATATAGAAG ACCTTCTAAA AGGAAGACTT CAGGCAAAGG TAAATGCAGG GGAAATATGG
CTGAATTATC AGCGTTTTAA GAACCTCAGC GGAGATGTGA AATATGAAAA TAATGTAATT
ACACTGACAG ATTTTAAAAA TGAAGATTTA AATGCCAATG TATCATTTAA TATAAAGGAT
CAGTATGTTA ATCTTAATGC ACAGATAAAT AATTATGTGC TTTATAATGT AAGCAAGCCT
GAGTTTAACC TGAAGCTCTT GAAACTTGAC GTAAATCTCA GCGGAAATGT AAACTCACTT
AATGGTTCTA TGTTTATAAG TCCGTCAATG GTAACGATAG ATAACAGATA CAGCGGAGAG
CTGAAAGGTA ATGTAGATGT AAGAAACAGT GTCTTGATTC TGGATCAGCT TGCTTGGAGA
AAAAATACGC TGAAAGGAAC ATACGATCTA AATACACAGA CAGCTGATGT TTATGTACAT
ATAGATGAGG AGAAGCTTGA AGAATTATAC GGCATGGATA ATATTATTGT TTCCCTGAAC
AGTGATCTGA GACTTCAGGG AAGACTTGAT GACTTCACCA TAACGGGTGA TATTAATATA
GGACATATGC AGTATGGGGA TATAAAGCTT CCGGCAGTGG AATCTGTCAT AGCTTATAAA
AACGGCGACA TAAAAAGTAT TCTTAAAAAG GGAAGTCTTG AGGTATCGAA GTTTATACTC
AGAGGTGAAG AAGGAGAGGA AATACTTCAT ACAAGTACGA AAATAGATGA TCTGTCAACA
TCACAGCTGG ATTTTGTACT TAATGATAAA GAATTGGATC TGACTTCAAT AAAAGGATTC
AAGGAAAAAG GCTATACCGG AATTATAAAT TATTCACTTA TATTGAGAGG AAATATAGAC
GACTTCTTTG TGGATATAAA AGCTGAGAGT GATAATTTCA GCGTATCAGG ATTTAGTTTT
AATAATCTGT CAATAGATGC ACAGATCAAT AATAAGGGTC TGAATATAGG ACAGTTATAT
CTGGAATATG AAAATAACCC GCTTCTGGTA AATGGTTATG TAACATTCAC ACCGATAGAT
TATAATATAA ATGTTCTTGC CGAAAACTTT AATCTTGATT TCCTAAAAGC AGGAAACGGA
ATGAAGGATG CAGGCGGAAT AGCGAATCTG GATGTAACAT TTACACCTGA AAATACATCA
GGGATTATTG ATCTTCAAAA TTTTGTATTT AAAGATCAAA AGGGGAATGT GGATATATCT
GAATTAAATG CCAATATAGA TATTAATAAC AGAAAATTGG TAGTTAATAA TTTTAGCGGA
AACTATAACG GCGGAACTGT TAATATATCA GGTAACCTGG ATGTGCCGGG ACTTGCTGCT
GATTTTGCGG ATAGTAAAAA GCTGGATCTG GGAGACTTTG ATCTAAGAAT AACACTGGAT
AAAACAAATA TTAAGTATGG TAAGACATTC GACGGCGTAC TGTCAGCAGA TCTGTCATTT
ACCGAGAAAG AGCTTTTGGG ATCTGTAATT GTGGATAAAG GTAAGATTGC TGATATATCT
CAGTTTATAG GTGATAAAAA AGAAGAAGAG GAAACTTCCG GAAAGAAAAA AGAAAAGTCT
ATAATTGACG GATTGCAGAG TGAAATAGTA GATATCATAA TGGGGCAGTA TTCTGCCAAC
ATAAGAATAA ATATAATGAA AGGAATTGAT CTGGAAATAC CTAGTGTAAG TCTTGTAAGA
AATATAAGAG GTGTTCTGAA GGGTGAAGGT GTAATAATGC TTAACTCCGG AAATATCTCA
GCATCTGGAG ATTTCTACGT AACAAAAGGT AAATTTACTT TAAGCGACAG AAATTTCGTT
CTGGATCAGG CAGAGTTTTA TTACGGCAGC GGCGGTTTCT CAGGATCAGA AATAGGAAAT
CCTTTTGTAG TAGTACTTGC TACCACAAAT ATAAACAATG ATCAGGTAAG TGTAAGTATT
AGCGGAAACT TAAGTGATCC TCAAATAAAG TTTAATTCAA GTTTAGGATT GAGTCAAGAA
CAAATATTAG CATTATTGAT TTTTGATGCC AGAACTGCTG AAAATAGTGA ATTTGAATCA
AGAGATCAAA ATCAGCAGTT AGGAAATCTT GCAGATCCTA TATTAAATCA ATTGATTTTT
GGTTCCGTAA TTGGTACAAT AGAAGAAACT TTTGGATTAT CTGCAGTATC TCTGAGAACA
AATGTACAAA CTCAGAGTAC GGATAAAAAT GCAAATGGTC AGGACTTTGG AGCAACAATA
GCACCATCTG TATATATCCA GGATAATCTG TATAAAGACA GATTATACTG GAATGTTGAA
TTAGGTTATG GAGAAGAAAG CACGGCAAGT GCTGGATTAG ATTATAATTT CTGGATTACT
TATAAGGTAA GCGAAAAATT TGGAGTAAAT TTAGGATTAC AAAATTTAAG AGGAAATGAC
AGCCTTGTAG ATAAGACAGA CTATTATCTG GGTGTGGAAT TTTCCACAAG GTTTTATACT
TTTGGAGATT TTTTAAAGAG TCTCAGAAAA CCTAAACTGG AAGTTATTCC TGAACAGGAT
AAACTAAAAT GA
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| Protein sequence | MKYLKKTIVV FILLLMVITG VVTYINSKLF SKDIQGIIKS LNLDIKVGDA KFVGYGKIKV
TGLVLYDKEK RPAIEADEGY IYINPLSISR VRKIDVYSPN VILEKQDGMK FNIVEMFSGE
SDKIDRTSRI GRINFYNAKL DYRDTSYKKL IQKNLDNVNG YVNFSKAKGI SLEAAGNNDD
EKIGVVLKIF PSQKKSPEAF LQRKAIRENK IYFELNFDKF RIFPEAVQYV PFEGLEVYDG
KISGKLKMEL NKKFSGNLNI ENGTLKYVDY DEILKNVNAN VVLKDNNVDI ATGAELNGGK
LDLGIKFLEK TKTVKLAIKS DNMDYSDIRK YKLVKEQNIE AFGRITGTFN ANLDLDKKIY
EFDGFLSSPN LQYSGYNFRN LKTNLVYDKN SILTLSNISF GFNETISDIH IAADARALFS
YNTKLKAGSG TYELDNKGSD FSIKKINGNF EIDKNNVVRS DFFSEEADGN FAFDTKNKLL
EISTGGKQYF DLKYGENKFT LKPVIRNLKI SLDKFLLVSG AADIDIAKNE YFDTARVSAI
VRNGNFDVNA AAAISGQNVR ATGTTDNKFN HRYKVSGSNV RIKPLLDRFG IKVAGMEQSD
LVTDFNANIY GSGANLKGDF NIASQRGKYF VEYEKLNVSG NIEDLLKGRL QAKVNAGEIW
LNYQRFKNLS GDVKYENNVI TLTDFKNEDL NANVSFNIKD QYVNLNAQIN NYVLYNVSKP
EFNLKLLKLD VNLSGNVNSL NGSMFISPSM VTIDNRYSGE LKGNVDVRNS VLILDQLAWR
KNTLKGTYDL NTQTADVYVH IDEEKLEELY GMDNIIVSLN SDLRLQGRLD DFTITGDINI
GHMQYGDIKL PAVESVIAYK NGDIKSILKK GSLEVSKFIL RGEEGEEILH TSTKIDDLST
SQLDFVLNDK ELDLTSIKGF KEKGYTGIIN YSLILRGNID DFFVDIKAES DNFSVSGFSF
NNLSIDAQIN NKGLNIGQLY LEYENNPLLV NGYVTFTPID YNINVLAENF NLDFLKAGNG
MKDAGGIANL DVTFTPENTS GIIDLQNFVF KDQKGNVDIS ELNANIDINN RKLVVNNFSG
NYNGGTVNIS GNLDVPGLAA DFADSKKLDL GDFDLRITLD KTNIKYGKTF DGVLSADLSF
TEKELLGSVI VDKGKIADIS QFIGDKKEEE ETSGKKKEKS IIDGLQSEIV DIIMGQYSAN
IRINIMKGID LEIPSVSLVR NIRGVLKGEG VIMLNSGNIS ASGDFYVTKG KFTLSDRNFV
LDQAEFYYGS GGFSGSEIGN PFVVVLATTN INNDQVSVSI SGNLSDPQIK FNSSLGLSQE
QILALLIFDA RTAENSEFES RDQNQQLGNL ADPILNQLIF GSVIGTIEET FGLSAVSLRT
NVQTQSTDKN ANGQDFGATI APSVYIQDNL YKDRLYWNVE LGYGEESTAS AGLDYNFWIT
YKVSEKFGVN LGLQNLRGND SLVDKTDYYL GVEFSTRFYT FGDFLKSLRK PKLEVIPEQD
KLK
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