| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_3955 |
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| Symbol | |
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| ID | 8599399 |
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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 | 4200248 |
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| End bp | 4202938 |
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| Gene Length | 2691 bp |
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| Protein Length | 896 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | glycosyl hydrolase 38 domain protein |
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| Protein accession | YP_003310718 |
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| Protein GI | 269122541 |
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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 | 30 |
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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 | ATGTCTAAAA AATATAAATT TCCAATTATT CCGCATACAC ATTGGGATCG AGAATGGTAT
TTTACCACTT CAAAATCAAT TATATACTCT CTTGTAGATT TTTCTGAAGT AATGGAGGTT
CTGGAAGAAA ATGAAAATTT TCCGCATTTT CTGCTTGATG CACAGACATC AATAGTAGAT
GATTATCTGG AATTTCATCC TGAAGACGAG GAGAGAATAA AGAAGCTTAT AAAGGAAGAC
AGGCTTGCGG TGGGACCATG GTATACACAG ACAGACCAGC TGGTAATAGG CGGGGAGTCA
ATACTGAGAA ATCTTTATTA TGGAATTACA AGGGCTGAAG AACTGGGGAA AAGTATGATG
GTAGGATATA TGCCTGATTC ATTCGGACAG ACAGCACAGA TGCCCCAGAT CTTAAATGGT
TTTGATATTT ATAAAAATAC CTTTAAAAGA GGGATAAAAG CAGAGCAGTA TCCTAAGAAT
GAATACTATT GGGAATCTGA GGACGGAAGC AGAGTATTTA ACTGTTATCT GGATAGATAC
GGGAACTTTA CATACTTTAC AAGCGAGGAA GAGTCACTGA GAGCATTAAT TGAAAGACTG
AAAAAAGAAA CTGACGAAAG ATCAAGAATA AGTACTCTTA CTTTATATAA CGGGGAGGAT
CAGAGACCTA TAAGAAAGAA TCTTCCTGAG ATTATGGAGA AAATGAAGCT GCTTTTTCCG
GATTGTGAAT TTAGTATTTC TACAGTAGAA AAAGTAATGG AGCAGATGGA AAATGAAGAT
ATAGAATATG ATACAGTAAA AGGAGAAATG ACATCAGGAG AATACAGCAG AATTCACAAG
TCTATTTTTT CAAACAGGGC TGATTTGAAA ATAATGAACA ATAAGACTGA AAACCTTATT
ACAAATGTAT CAGAGCCACT AAGCTCGATT GCTTACAAGC TGGGCTTGAA ATATGAAACA
AAAGTATTTG AAAAGGTATG GAAGCTGATG TGTGAAAATG CTGCACACGA CAGCAGCGGA
ATGTGTAATT CCGATAACAC AAACTCGGAT ATATGGTATA GATTTAAGCG TTCACAGGAA
ATAATGGAAA GCCTTAACGA AATAAATATG AGACTGATAG GAATGAAGAT TCCTGAAAAG
GATATTTTTC AGTTTCAGGT GTATAATTTT TCACCATACA CAAGAAACGG GATTGTGGAA
CTGGAAATAT TTACACCGTC TGATAAGTTT ACCATTACAG ATGCTTCAGG AAAGAGACTT
GATGTAACCC TCCTTCACTC GGAAGAAATT CCTGAAAGAG TGAGAAATAA AATGCTTTCT
GAGGTAGGAT TTGACGGGAA TGAAAAACCA AGATGGGTTC AGGAAGATGT GAGAATTTTC
TCTTCAAAAA TATTACTTTA TATGACTGAT ATAGAAGCGA TGGGATATAA AACACTGTAT
GTAAAGAATG AAGAAGAAAG CTTTACACCT GAAAAACTTT CTGATACTGC TGGAAACAGT
GGGATAGAAA ATGATATTTT GAAGGTGGAA ATTTCACAGA ATGGTGAAGT AAGTATATTT
AACAAGGTAA ATCAAAAAGA GATAAAAGGT TCTTTGGTAT TTGAAGACAG CGGTGATGAC
GGAGATACAT ATGATTATTC CGAGCCGAGA AAAGACTGGA TTTTACATTC GGATAAACAC
GAAATAAAAA ATATCAGAGT ACAAAAAAGT GATATAATCA GTATTCTAAG CTATACTGCA
ATTTTGGAAG TACCGGCGGA TCTTAAAGAA AGAGAACAGC ACATAGTATC AAAAAAGATG
GATGTAAATG TAAAAATAAC TCTGGAAAAA GGTTCTGATC TTTTGAAAGC TGATGTAGAG
CTTGAAAATA CTGCTATTGA ACACAGAGTA AGAGTTTTGT TTAAGACAGG GATAGATTCG
GAATTTTCTA TTGCAGATCA GCAGTTCGGG ACTATAAAGA GACCTACATA TCTGAAAGAA
GTAGAGAACT GGCAAGAAAA CGGCTGGAAT GAAAAACCAA GAACAATAGA ACCTATGCAG
TCATTTGTAA CATTAAAAAA TACTGATTAT GGTGTAGCTG TTTTTACAGA TTGTGTAAGA
GAATATCAGA TAACAGGTGA AGGATACAAT ACTATAGCTC TTACACTATT CAGATCAGTG
CCTGAAATGG GGAAAGCCGA TCTGAAAGAC AGACCGGGAA GAGCATCAGG AATGCCTTGG
CCTACACCTG ACGCACAGCT TTTGAAAAAA CTTAAATTTA ATTTTGCTGT AAAAATTTAC
ACAACAGATG AAAGCATAAA TAAGATAGCA GTAAAAGCGA AAGAATATCT AACACCGTTT
ACAAGCTATC AGTCTGCGCA CTTTAAAAAT GTGGATATGT TCTTTCTGCT GAATCAGCCG
GGAGCTAAGG ATTTACCCGA AGAATATTCA TTATTCAGCT TTGGGCAGAA TAACACGGTA
TTAAGCACTG TAAAGAAATG TGAAAAGGAA GAAGGATTGA TAATCAGATT ATTTAATCCT
GATTTTGAAA GCGGGACTTC GGAAAATATC TGTTATAATG AAAAGATAAA AAATGCGGAA
GAAGTTAAGT TTAACGAAAA AACGCTTGTA AAAGAACTAG GGAATAATTC TGATATAAAG
CTTGATAATA TAGCAAAATG TCATGCTCTA AGTATAAAAA TCAAGAATTA A
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| Protein sequence | MSKKYKFPII PHTHWDREWY FTTSKSIIYS LVDFSEVMEV LEENENFPHF LLDAQTSIVD
DYLEFHPEDE ERIKKLIKED RLAVGPWYTQ TDQLVIGGES ILRNLYYGIT RAEELGKSMM
VGYMPDSFGQ TAQMPQILNG FDIYKNTFKR GIKAEQYPKN EYYWESEDGS RVFNCYLDRY
GNFTYFTSEE ESLRALIERL KKETDERSRI STLTLYNGED QRPIRKNLPE IMEKMKLLFP
DCEFSISTVE KVMEQMENED IEYDTVKGEM TSGEYSRIHK SIFSNRADLK IMNNKTENLI
TNVSEPLSSI AYKLGLKYET KVFEKVWKLM CENAAHDSSG MCNSDNTNSD IWYRFKRSQE
IMESLNEINM RLIGMKIPEK DIFQFQVYNF SPYTRNGIVE LEIFTPSDKF TITDASGKRL
DVTLLHSEEI PERVRNKMLS EVGFDGNEKP RWVQEDVRIF SSKILLYMTD IEAMGYKTLY
VKNEEESFTP EKLSDTAGNS GIENDILKVE ISQNGEVSIF NKVNQKEIKG SLVFEDSGDD
GDTYDYSEPR KDWILHSDKH EIKNIRVQKS DIISILSYTA ILEVPADLKE REQHIVSKKM
DVNVKITLEK GSDLLKADVE LENTAIEHRV RVLFKTGIDS EFSIADQQFG TIKRPTYLKE
VENWQENGWN EKPRTIEPMQ SFVTLKNTDY GVAVFTDCVR EYQITGEGYN TIALTLFRSV
PEMGKADLKD RPGRASGMPW PTPDAQLLKK LKFNFAVKIY TTDESINKIA VKAKEYLTPF
TSYQSAHFKN VDMFFLLNQP GAKDLPEEYS LFSFGQNNTV LSTVKKCEKE EGLIIRLFNP
DFESGTSENI CYNEKIKNAE EVKFNEKTLV KELGNNSDIK LDNIAKCHAL SIKIKN
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