| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2205 |
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| Symbol | |
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| ID | 8597670 |
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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 | 2342796 |
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| End bp | 2345777 |
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| Gene Length | 2982 bp |
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| Protein Length | 993 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_003308990 |
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| Protein GI | 269120813 |
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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 | 24 |
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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 | ATGTCTGTAT TAGCAAAAAA AGGAGAAAAA ACTGGAATCA CAGTACCTTA TGATCAATAT
TCCAGTATGC TAAAGTACGA AATTCTAGCA TTTTTCTCCC AAGTTCTTGA TGAAAAAATT
TCTTTGAATG ATTATGATAA TGCTGTAAAT ATGACTGAAT CAGTTTTAAA TACAAAGTTT
GAACTGCCTT TGCAGTTTAA CCGGAGTAAT TGTAATAATA GCAATTTTCT TATTGTTAAT
CAAAAAACAA AATTTAAAAA CTTTTTTACA TATTTGAAGG AGGAGCTGAA CAGCTGTGAT
TCTTTTTGTT TTATCGTGAG TTTTATAAAA TTTTCAGGTA TACAGCTTCT TATAAATACA
CTTGACGAAT TAAAAAATAG AGGAATAAAA GGGAAAATAG TCACTTCGGT ATATTTGAAC
ATAACAGATC CAAAAGCTCT GAGAAAGCTT GCAGAATATG ATAATTTGGA AATAAAGATT
TATAACAATA CACGGGAGAG TTTTCATACA AAAGCTTATT TATTTCACAG AAAAGAATAC
AGCTCATGTA TTATAGGCTC TTCAAATCTA AGTCAGTCTG CTTTATATTC CGGTGAGGAA
TGGAATGTAC GACTGGTAAA AGATAACTAT CTGGAAATTT TTGATCAGTC GTATGAGCAG
TTTGAAAAAA TATGGGATAG TAATGAAGCA ATAGAATTGA ATTCAAAATT TATTGATATG
TATGAAAATT TCAGAAACAA AAGCGGAAAT ATTGAAACAT TCGATTTTAA AAAAGAAGAA
ACTGAAAAAG AAATATTTAT GCCTAATAAA ATGCAGTCAG AGCTTCTTGA GAAATTAAAA
CTCACAAGAG AATTCGGAAA TAAAAAAGGA TTGATTGTAG CTGCTACGGG GACTGGTAAA
ACTTATCTCG CTGCTATGGA TATTCTAAAA ATGAATCCCA AGTCATTTTT ATTTATAGCA
CACAGGGAAG AGCTTATAAA TAATGCTTTT AATGTTTTCT CGAAAATTCT TCCTTATGAT
AAAAATGAAT ATGGCTTTCT TACAGGCAGT GAAAAAAATT ATAATAAAAG ATTTATGTTT
TCTACAATTC AATCTTTGTA TAAAAATACG GAATATTTTT CAAAAGATGC TTTCGATTAC
ATTATTATAG ATGAGTTTCA TCATTCAAAA GCTTCCACTT ATGAAGCTGT AATCAATTAT
TTTAATCCTT TTTTTATGTT AGGGCTTACT GCAACACCTG AAAGAATGGA CGGGAAAGAT
ATTTTGGAAC TGTGTGATTA TAATCTGATT GGAGAGATGG GTCTTCGTGA AGCTCTTGAA
TATGACTTAC TCTCTCCTTT TCATTATTTT GGAGTAATTG ACGATACTGT GGATTATGAG
CAGATCCCTT TTAGTAACGG AAAATATGAT GATAAAATAC TTGGTGAAAA ATTAAGCATA
CCAAAAAGGG TAGACTTTAT TCATAATAAA ATAGAGAAAA TAGGTTTTGA CGGAGACAGG
GTAAAATCTA TTGCTTTTTG TGCGAATATA AAACACGCAG AGTTCATGAA AGAGCAGTTC
AGACTGAAAG GTTATACGAC AGAATCAATC ACTGCGAAAG ACAGTCAGCT GAAAAGAAAA
GAAGTAATAA ATGCTTTTCA AACAGGGGAA ATCGAAATTT TGTGTGTTGT GGATATTTTT
AACGAGGGTA TTGATATACC TGATGTTAAT CTTTTATTAT TTCTAAGGCC TACTATGTCA
TCTACAATAT TTATACAGCA GCTGGGACGC GGTCTCAGAA AAGTTAAGAA TAAAGATTTT
GTAACTATTT TGGATTTTAT AGGGAATCAT AAAAAGGACT ACATAATTAC TCAGGCTTTT
TCAGAGAATA CTCTTAATGA AAAAGACAGA CTCCTGAATG AAGTCAGAAA TCAATTTTCT
GATATTCCCG GAGCATCTTA TATTGAGCTT GACAGAATAT GCCAGGATAG AATAATATCT
AAGATAGAGA ATTATAATAG TTTGAGCAGA GACAATATTG TTTCTGAATA TCTGGATTTT
AAAAATGAAA TTGGAAGAGA AATAGACATT ATTGATTTTA AAGATAATAC AGAATTATTC
CTAAGACTGA AAAATAAGTT CGGCTCTTTT GTTAAAACAC AAAAATTAAT CGAAAAACTG
GATTATTATT TTAGTGATGA AGAGGAGAAA ATCTTTGAAA TTTTAGAAAA AAATCTTAGT
ATAAATTATC CTTATGAAAC ACTTATTATC TGGCTTTTGC ACAGTCTTGA CAGAGTTTCT
GTCAGTGATG TCATAGAAAA ATTTGAATCT GTATTTTTTG TCAAAATAAA TGAAAGAATA
CAGTATAATC TTATTATAAG AGCAATGAAA GAGCTAAGTG AAAATGATTT ATTTATTTTT
AATCCGGAAA CTAACATAAT TTCTTTAAAA AATATTGATT TTACTGCATT TTATAAAAAA
CGACTGATTG GTCTAATTGA GCTTTTTATT TTGAAATTTA AAAAAGAAAT TGATATAAAT
GAATTCAATA ATAACATCCT AGTAAAATAC AAAGAGTATT CCAGAGTAGA ACTGCAGATA
CTGCTTGATT CTAATGCACA AAAAGGATCA TGGCGTGCCG GTTACTCAGT GTCTAGAGAA
CATGTATGTC TGTTTATTAC ACTAAATAAA TCTCTTGTAC AGAAGGAAGA GCTGAAGTAT
GATAATTATT TTCACAGACA GGACATTGTT CAGTGGATAA GTCAGAGCAA AACAAGGCAT
GATTCTAAAA TAGGACAGAT GTATGTAAAA CATAAAGAGA TGAATATGAA AGTTCATATT
TTTATACGAA AGGAACCTGT TTTGGAAAAC GGGACAGCGG CACCTTTTAC ATATCTGGGA
GAGTCTGAAT ATTTCAGCAG TCATGGTGAC AAGCCTATGT ATATGTTATG GAAGCTTCAT
TATCCCGTTC CAAACGAGCT GTTTATTGAT TTTACAGTTT GA
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| Protein sequence | MSVLAKKGEK TGITVPYDQY SSMLKYEILA FFSQVLDEKI SLNDYDNAVN MTESVLNTKF
ELPLQFNRSN CNNSNFLIVN QKTKFKNFFT YLKEELNSCD SFCFIVSFIK FSGIQLLINT
LDELKNRGIK GKIVTSVYLN ITDPKALRKL AEYDNLEIKI YNNTRESFHT KAYLFHRKEY
SSCIIGSSNL SQSALYSGEE WNVRLVKDNY LEIFDQSYEQ FEKIWDSNEA IELNSKFIDM
YENFRNKSGN IETFDFKKEE TEKEIFMPNK MQSELLEKLK LTREFGNKKG LIVAATGTGK
TYLAAMDILK MNPKSFLFIA HREELINNAF NVFSKILPYD KNEYGFLTGS EKNYNKRFMF
STIQSLYKNT EYFSKDAFDY IIIDEFHHSK ASTYEAVINY FNPFFMLGLT ATPERMDGKD
ILELCDYNLI GEMGLREALE YDLLSPFHYF GVIDDTVDYE QIPFSNGKYD DKILGEKLSI
PKRVDFIHNK IEKIGFDGDR VKSIAFCANI KHAEFMKEQF RLKGYTTESI TAKDSQLKRK
EVINAFQTGE IEILCVVDIF NEGIDIPDVN LLLFLRPTMS STIFIQQLGR GLRKVKNKDF
VTILDFIGNH KKDYIITQAF SENTLNEKDR LLNEVRNQFS DIPGASYIEL DRICQDRIIS
KIENYNSLSR DNIVSEYLDF KNEIGREIDI IDFKDNTELF LRLKNKFGSF VKTQKLIEKL
DYYFSDEEEK IFEILEKNLS INYPYETLII WLLHSLDRVS VSDVIEKFES VFFVKINERI
QYNLIIRAMK ELSENDLFIF NPETNIISLK NIDFTAFYKK RLIGLIELFI LKFKKEIDIN
EFNNNILVKY KEYSRVELQI LLDSNAQKGS WRAGYSVSRE HVCLFITLNK SLVQKEELKY
DNYFHRQDIV QWISQSKTRH DSKIGQMYVK HKEMNMKVHI FIRKEPVLEN GTAAPFTYLG
ESEYFSSHGD KPMYMLWKLH YPVPNELFID FTV
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