| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pmob_0084 |
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| Symbol | |
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| ID | 5757510 |
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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 | Petrotoga mobilis SJ95 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010003 |
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| Strand | - |
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| Start bp | 81513 |
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| End bp | 84632 |
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| Gene Length | 3120 bp |
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| Protein Length | 1039 aa |
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| Translation table | 11 |
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| GC content | 30% |
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| IMG OID | 641301285 |
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| Product | exonuclease sbcC |
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| Protein accession | YP_001567156 |
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| Protein GI | 160901575 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0419] ATPase involved in DNA repair |
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| TIGRFAM ID | [TIGR00618] exonuclease SbcC |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | ATGAAACCAA TAAAATTAAA ATTCCAGGCA TTTGGACCTT TTTTGGAAGA GCAAGAAATA
GATTTTAACA AATTAAGAAA CGATACTTTA TTCTTAATTA CAGGTCCAAC AGGTGCAGGA
AAAACTACTA TTTTCGACGC TATCTGTTAT GCCTTATACG GAAATGGTTC GATGGATGAA
AGAGGAGATG CGATAGCCAG GTCTCATTTT GCAGATGAAA ACACCGACAC ATACGTGGAA
TTTGAATTTC AATTTAAAGA TAAAATAATC GAAGTCTCAA GAACCCCTTC TTACGAAAGA
TCCAAAAAAG ATGGTGAGGG TACCACAAAG CAAAACAGTC AAGCTAGTAT AAAAATATAT
CAAAATGGTG AATTGATATT ACACGAAACT GGGGTTAAAA AAGTAAATAG TAAGGTAGAA
GAATATTTAG GCCTTAACTA TGAACAATTC AAGCAAATAG TGATGATTCC CCAAGGAGAA
TTCAGAAAGT TTATAACAGC CAATTCAAAT GAAAGAGCGG AGATCTTTAA GAAGATATTT
GACATAAGTA TATATGAGCG CTTCGAACAA AAAATAGACG AGATTTTTAA AAATATAGAA
AAAGGATTAA AAGAACAACA ACAAAAAGTC AGAAACATAT TAGAAACAAT AAACCTTGAA
TCAGAAGAAT ACAAACAATT GTTGAAAGAA GAAAATATCG ATCCTGAAAA TCTAATCGAT
CAATTAACAA AGGAAATTAA GAAAAGGGAA ACTTCAAAAG AAGAAACCGA AAAACAAAAA
TCTCAAAAAC AAGACAAACT GCAAAAACTA AATACAAATC TTGAAAAGAT AAAAAAAACC
AATGAACTAA TCGAAAAGAA AGAGACCCTT AAAAAAGAGA TTGAAGAACT CCAACAAAAT
TCCAAGTATA TCCAAGAAAG AGAAGAACTC CTTAACAGGT TAAAAAAGGC AAAAGAGATA
CTTCCATACG AAGAAAGATA CGTAGAGTAT TTGAAAGAAT TAAACGATAA AAAGAACCAA
CTCAAAGATC AACAAGATAT ATTAGATAAA AGTATGGAAG AAAAGCAACG AATAGACGAA
AAATTACCAG AAATTGAAAA GCAATATCAA AAGATATCCG CAGTTGAAAA AGAAATTGAA
GATCTCAATC AAAAATTAGA TAAATACGTT GAGTACAAAA ACTTAATAAA AGAATACAAT
ACCAAAAAGA AACTCTTGGA TGAAAAGGTT AAAGAAAGCC AAGAAAAGGA CAAGGAACTT
TCGGAAACTC AAGGAAAATT GGAACAAAAC GAAAAATATA TATCAGAAAA CGAAGATATA
AACGTTGAAA TACTTAAAAA CGAAATTAAT ACAAATGAAA AATTATTATC TGCAGCCAAC
GAATTATCCA AAAACTACGA AGAATTGGCA CTCTTACACA AAGATTATAA AAAAGTAAAG
AAGCAAAAAG AAGAAATAGA GATAGAAATC CAGAACTTAA GGGAAGAACA AAATAAAAAG
ACTACCGATT TTATAAAATC ACAGGCATAT CATCTCGCAA CTACTTTAAA AGAAGGAGAA
CCGTGTCCCG TTTGTGGATC TCTTGTTCAC CCTTCTCCTG CCAAAAGTAG TGGAAAATTA
ATAACAGAAA AAGAACTAGA GGAAATCAAT CAAAAATTAA ATGAAAAAGA GAAAGAAAAG
GCAATGATAC TAAGAAATTA CGAAGATGTA TCAAACAAAT ATTCACAAGA GGTATCTTTA
TTTAAATCGG AATACAAAAG AATCTGTGAA GAACTACAAA TCCCCCAAGA AAGCGAGTAT
ATATACACTC ATATACAAAA TTTAATAAAA ATACTCGAAG ATAGATTAAA CCAACAAAAA
CAAGAATATG GCCAAAAAAT AAAAATATAC AATAAAGTCA AATCCCTAAA AAACGATAAT
AAAAAGATCA AAGAAGAAAT TAAAGAGCTA GAAGAACAAA GAGAAAATTT GAGAAAAATT
ATTGATGAAT CGAGATCAAA AATTATAGAA CTAGAAACTA AAATCACAAA TCTCAAAGAA
CAATTAGAGA ACAAAACTGA AAATGAAATA AAAAGCGAGA TACAAGAAAA AAGAAAATTT
ATCCATAATA TCAAAACTAC TTACGAACAA AAAAGAGAAG AAGCTAACAG AATCTCAGAA
ATAATAAACT CTTCAAAAGG AACAATAAAA ACATTAACCG AAGACATAAC TAAATTAGAC
GACCAAGTAA AAAATGCTGA ACAAAAATTC GATCAAATGG TAGAAAAAAT GGGATTTAAG
AATCAACAAG AATATAAAAT ACTGAAAGAA CAAATTAACT TAATAGAAAC TTTAGAAGAT
GAAGTTCAAA AATATAAAGA AGAATTAAAG AATAAGCAGA CTCTTCTCAT CGATTTAGAA
GAATCCACTA AAAACCTTAA AAAAATTGAT GAAACTCCTA TAGCAAATGA AATAGATCAA
TTACAAAAGG AAATTGAAGA ATTAATCAAA AATGAAACAA ATTTAGAATA TGAAATAAAG
CATCTTAAAG GCACAAAAAC TAATTTAGAA ACTGTCATAA AAGAGATAGA AAAACAAGAA
AAAGAATACT CAACCATAAA GAACTTAAGA GATGTCAGTA AAGGTGACAA CAATACAAGG
ATCAGCCTTA GTAAATACGT GCTAGCCTAT TATTTCGAAG AAATATTAGC TCAAGCGAAT
CTAAGATTAA ACAAATTAAC AGATGGGAGA TATCATTTGC ATAGATCTTC TAAGGTACTT
GATGCAAGGA AGAGCGAAGG TTTAGAAATC ATGGTTTTTG ATATCTACAC TGGAAAAGAA
AGAGAAATAA AAACACTTTC AGGAGGAGAA AGTTTTAAAG CTGCACTAGC TCTTGCTTTA
GGATTAGCCG ATGTGGTGCA AAGCGAAGCT GGTGGTATTT CTTTAGATAC GATTTTCATA
GATGAAGGAT TTGGCAGCCT TGATACAAAC TCTCTTGATA GTGCAATCGA AGTATTAACG
GAGCTAAACA GCACTGGGAG AATGGTGGGT ATAATATCTC ATGTAAGTGA ATTGAAAGAA
AGAATTAAAT CAAAAATCGA GGTAATACCA GGAAAAACTG GTAGCTACAT AAAGTTTTGA
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| Protein sequence | MKPIKLKFQA FGPFLEEQEI DFNKLRNDTL FLITGPTGAG KTTIFDAICY ALYGNGSMDE
RGDAIARSHF ADENTDTYVE FEFQFKDKII EVSRTPSYER SKKDGEGTTK QNSQASIKIY
QNGELILHET GVKKVNSKVE EYLGLNYEQF KQIVMIPQGE FRKFITANSN ERAEIFKKIF
DISIYERFEQ KIDEIFKNIE KGLKEQQQKV RNILETINLE SEEYKQLLKE ENIDPENLID
QLTKEIKKRE TSKEETEKQK SQKQDKLQKL NTNLEKIKKT NELIEKKETL KKEIEELQQN
SKYIQEREEL LNRLKKAKEI LPYEERYVEY LKELNDKKNQ LKDQQDILDK SMEEKQRIDE
KLPEIEKQYQ KISAVEKEIE DLNQKLDKYV EYKNLIKEYN TKKKLLDEKV KESQEKDKEL
SETQGKLEQN EKYISENEDI NVEILKNEIN TNEKLLSAAN ELSKNYEELA LLHKDYKKVK
KQKEEIEIEI QNLREEQNKK TTDFIKSQAY HLATTLKEGE PCPVCGSLVH PSPAKSSGKL
ITEKELEEIN QKLNEKEKEK AMILRNYEDV SNKYSQEVSL FKSEYKRICE ELQIPQESEY
IYTHIQNLIK ILEDRLNQQK QEYGQKIKIY NKVKSLKNDN KKIKEEIKEL EEQRENLRKI
IDESRSKIIE LETKITNLKE QLENKTENEI KSEIQEKRKF IHNIKTTYEQ KREEANRISE
IINSSKGTIK TLTEDITKLD DQVKNAEQKF DQMVEKMGFK NQQEYKILKE QINLIETLED
EVQKYKEELK NKQTLLIDLE ESTKNLKKID ETPIANEIDQ LQKEIEELIK NETNLEYEIK
HLKGTKTNLE TVIKEIEKQE KEYSTIKNLR DVSKGDNNTR ISLSKYVLAY YFEEILAQAN
LRLNKLTDGR YHLHRSSKVL DARKSEGLEI MVFDIYTGKE REIKTLSGGE SFKAALALAL
GLADVVQSEA GGISLDTIFI DEGFGSLDTN SLDSAIEVLT ELNSTGRMVG IISHVSELKE
RIKSKIEVIP GKTGSYIKF
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