| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sdel_0354 |
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| Symbol | |
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| ID | 8591876 |
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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 | Sulfurospirillum deleyianum DSM 6946 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013512 |
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| Strand | + |
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| Start bp | 334299 |
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| End bp | 338822 |
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| Gene Length | 4524 bp |
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| Protein Length | 1507 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | |
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| Product | DNA-directed RNA polymerase, beta' subunit |
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| Protein accession | YP_003303426 |
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| Protein GI | 268678995 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.0499991 |
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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 | ATGACACGAC TAGAACCAAT TGAGATTCAC GAAGAGAGCC GTCCTAGGGA TTTTAAAGCA
TTTCAATTAA GACTTGCGAG CCCTGAAAAA ATTCGTTCAT GGAGTTATGG TGAGGTTAAA
AAGCCTGAAA CGATCAATTA TCGTACATTA AAACCAGAAC GAGATGGTCT CTTTTGTGCG
AAAATTTTTG GACCAGTACG TGACTATGAG TGTCTGTGCG GTAAATATAA AAAGATGCGT
TATAAAGGCA TTAAGTGCGA AAAATGTGGT GTTGAAGTTA CCAGCACCAA AGTTCGCCGT
TCACGTATGG GACACATTGA ACTCGTTACT CCTGTGGCAC ATATTTGGTA TGTCAATTCT
CTTCCAAGTC GTATTGGTAC ACTGCTTGGT GTTAAAATGA AAGATTTAGA GCGCGTACTT
TACTATGAGG CATATATTGT AGAACACGCA GGTGAAGCCT ATTATGATGC TGAAAATAAA
AATAAAGTAG TGGCGTATGA TGTTTTAAAT GAAGAGCAGT ATCAATCTTT ACAACAACGT
TTTGGTGACA CAGGTTTTGT GGCTAAAATG GGTGGTGAAG TGATTCGTGA TTTGTTGGCA
AGTATTGATC TTGTAGAAGT TTTAAGTCAA CTTAAAGATG AAATCAATCA AACCAGCTCA
GAAGCAAAGA AAAAAACGAT TGTTAAACGT CTTAAAGTGG TTGAAGCATT TTTAAACAGC
GGCAACCGTC CAGAGTGGAT GATGATCACG ATGTTACCAG TATTGCCACC TGATTTAAGA
CCACTTGTCG CACTGGATGG CGGAAAATTT GCGGTCAGTG ACGTAAACGA TTTGTATCGT
CGTGTTATCA ACAGAAACGC CCGTTTGAAG CGTTTGATGG AACTTGATGC TCCTGAGATT
ATTATTCGTA ATGAAAAGCG TATGTTACAA GAGGCAGTTG ATGCGTTGTT TGATAATGGT
CGTCGTGCCA ATGCCGTTAA AGGGGCTAAC AAGCGTCCTT TAAAATCACT TTCAGAAATC
ATTAAAGGTA AACAAGGTCG TTTCCGTCAA AACTTGCTTG GTAAAAGGGT TGACTTTTCA
GGTCGTTCGG TTATCGTTGT GGGACCAAAT TTGAGAATGG ATCAATGTGG TCTTCCAAAG
CAAATGGCTT TAGAATTGTT TAAACCGCAT TTGTTAGCAC GTCTTGAAGA AAAAGGGTAC
GCAACAACGG TTAAACAAGC AAAGAAAATG ATTGACATGA AAACCAATGA GGTTTGGGAA
TGTTTGGCGG AAGTGGTTAA AGGACATCCT GTGATGCTTA ACCGTGCGCC GACACTTCAC
AAGCTCTCCA TTCAGGCGTT TCACCCTGTT TTGATTGATG GTAAAGCGAT TCGTTTGCAT
CCACTCGTAT GTTCGGCATT TAATGCGGAC TTCGATGGTG ATCAGATGGC GGTTCACGTT
CCTTTATCAC AAGAAGCGAT TGCTGAGTGT AAGATTTTGA TGCTTAGTTC TATGAATATC
TTGCTTCCAG CTTCCGGTAA AGCGGTTACT GTTCCAACAC AAGATATGGT TTTGGGTCTG
TACTATCTTA CTTTAGAGAA GAAAGATGCT AAAGGTAGCA ATAAAATTTT TGCCAACATT
GATGAAGTGC ATATTGCTAT TGATTCAGGA TTTTTAGATA TTCATGCAAA AATTAAGACA
CGTATTGGTG ATAGAGTTCT TTTTACGACA GCGGGTCGTT TAATTTTAAA ATCAATCTTG
CCTGAATTTG TACCAGAAGA ACTTTGGAAT AGAATTTTAA AGAAGAAAAA TATTGGTGGA
TTGGTTGACT TTATCTTTAA AGAGGGCGGC ATTGGTATTA CAGCAGGATT TTTGGATAAC
CTTAAAAATC TTGGTTTCAA ATACGCAACA CAAGCGGGAA TCTCAGTCTC TATTGACGAT
ATTCGTGTTC CTGATACCAA AGTGAAAAAG ATCAAAGAAG CGAAGAAAAA AGTACGTGAG
ATTCAAAAAC AGTTCAGCTC GGGTTTATTG ACCGAACAAG AGCGTTATAA CAAAATTATT
GATATCTGGA CTGATACGAA CAATGATGTG GCATCAGAGA TGATGAAGCT TACCGAGAGC
CATAAAGGTG GATTTAACTC TATTTATATG ATGGCAGACT CTGGTGCGCG TGGTTCTGCT
GCACAGATTC GTCAGTTAGC AGGTATGCGT GGTTTGATGG CAAAGCCAGA TGGAAGTATT
ATTGAAACAC CAATTATTTC AAACTTCCGT GAAGGTCTCA ATGTTCTTGA GTACTTTATT
TCAACGCACG GTGCACGTAA AGGTTTGGCG GATACCGCTC TTAAAACAGC GAATGCGGGT
TACTTGACAC GTAAATTGAT TGACGTTGCA CAAAATGTTA AAGTCACGAT GGATGATTGT
GGAACACATG AAGGTGTTGA AATCACAGAA ATCAGTGAAA GCGGCGAGTT GGTTGAATCC
TTGTATGAGC GAGCAACGGG TCGTGTGTTA GCAGAAGATG TGATTGATAC CATTACCAAT
GAGGTTCTTT TTACTGAGGG AACATTGATT GATGAGAAAA AAGCACAAGC ACTTAAAGAT
GCAAGTATCA AGTCTGTTGT GATTCGAACA CCGATTACAT GTAAAGCTAA AAAAGGTGTG
TGTGCGAAGT GTTATGGTAC AAACTTAGCT GAGGGAACAT TGGTTCGTCC TGGTGAAGCA
GTAGGTATTA TTTCAGCTCA ATCCATTGGT GAACCAGGTA CGCAGTTGAC CCTTCGAACA
TTCCACATTG GTGGTACCGC TTCGACTGAG TCACAAGATC GTCAAATTAT CGCTCAAAAA
GAGGGTTTCA TCCGTTATTA CAATGTGAAA ACGTATGTTA CCAAAGAGGG TAAAAATATT
GTTGCTAATC GAAGAAATGC AGCTGTTTTA TTGGTTGAAC CAAAAATCAA GTCGCCAATC
AAAGGTATTA TTGAAATTGA TACTGCGCAT GAAGAGACAG TTATTTCTAT TGTCGGAAAC
GGTGAAAATG TAAAATATAC CCTACGAAAG AGTGACTTTG CTAAGCCAAA TGAATTAGCA
GGCGTAAGTG GTAAAATTGA GGGTAAATTT TATATTCCTT ACGTCAATGG TGATAGTGTT
GAAGTCAATG AGAGTATTGT TGAGGTCATT AAAGAGGGTT GGAATGTTCC AAGCCGTATT
CCTTACGCCA GCGAACTTAA AGTGAAAAAC GGTGAGCCTA TCATCCAAAA AATTAATGCG
GATGCCAAGG GTATTGTAAA ATACTATAAG CTTAGAGGGG ATTATTTAGA GCGTATTCAT
GATATCGTTA AAGGTCATGT TGTCAAGGAA AAAGGTATTT TTGCTGTCAT TGCAGATGAT
GATGATAGAG AAGCAATTCG TCATTATATC CCTCGTGATT CTATTATTGA TATTAATGAT
AACAGTGTGG TCGATACTAA AACCTTGTTA GCGTATCCAT CCAATAATGA GCAAATTACC
ATTGCTGATT GGGATCCGTA TTCTACACCG ATTATTGCTG AAGATGCGAG TACGGTTACA
TTTGAAGATA TTGAACCTGG TATTAGTGCG ACAGAGCAGT TCGATGAGAT GACAGGTCAA
AGCAGATTGG TGATTAATGA ATATTTGCCA AGCGGAATGA AGCCGACCAT TGTTATTGTC
AATAAATTAG GTGAAATTAT TAAGTATCAA TTAGAGCCAA AAACAGCGAT TTTCGTTCAA
AATGGTACGG TTGTAGGTTT GGCTGATTTA ATTGGTAGAA CACCAAAAGC GATTGCAAAA
TCAAAAGATA TTACCGGAGG TCTACCTCGT ATTAGTGAGC TTTTTGAAGC ACGTCGTCCT
AAAAATGCAA CCGTGATTGC TGAGATTGAT GGAACAATTC GTTTTGGTAA GCCTCTTCGT
TCAAAAGAGC GTATTATCAT CGAAGCAAAA GACGGTACAA GTGTTGAGTA TTTAGTGGAT
AAAAATACAC AAATTCATGT TCAATCAGGC GAATTTGTCC ATGCGGGCGA GAGACTGACT
GATGGTGTGA TTTCAAGTCA TGATATCTTA CGTATTATGG GTGAAAAAGC ATTGCATTAT
TATCTAATCA GCGAAATTCA ACAAGTTTAC CGTGGTCAAG GTGTTGCGAT TAACGATAAA
CATATTGAAG TTATTGTTTC TCAAATGCTT CGACAAGTAA GAATTGTTGA TAGTGGTGAT
ACGAAGTTCA TCATGGGTGA TCTTATCAGC CGAAGACGAT TCCGTGAAGA GAATGAAGCG
GTCATGAAAA TGGGTGGAGA ACCAGCCATT GCCGAACCAA CTCTTTTAGG TGTAACTCGT
GCGGCTGTTG GTAGTGACAG TGTTATCTCA GCAGCGTCGT TCCAAGAAAC AACCAAAGTT
CTTACAGAAG CAAGTATCGC AGGAAAAATG GATATGCTTG AAGATCTTAA AGAAAATGTT
ATTTTAGGAC GTATGATTCC TGTTGGAACA GGCTTATACC AAAATAAGCA GTTTAATATT
GAATTGAACC CAAGTAGAGG TTAA
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| Protein sequence | MTRLEPIEIH EESRPRDFKA FQLRLASPEK IRSWSYGEVK KPETINYRTL KPERDGLFCA
KIFGPVRDYE CLCGKYKKMR YKGIKCEKCG VEVTSTKVRR SRMGHIELVT PVAHIWYVNS
LPSRIGTLLG VKMKDLERVL YYEAYIVEHA GEAYYDAENK NKVVAYDVLN EEQYQSLQQR
FGDTGFVAKM GGEVIRDLLA SIDLVEVLSQ LKDEINQTSS EAKKKTIVKR LKVVEAFLNS
GNRPEWMMIT MLPVLPPDLR PLVALDGGKF AVSDVNDLYR RVINRNARLK RLMELDAPEI
IIRNEKRMLQ EAVDALFDNG RRANAVKGAN KRPLKSLSEI IKGKQGRFRQ NLLGKRVDFS
GRSVIVVGPN LRMDQCGLPK QMALELFKPH LLARLEEKGY ATTVKQAKKM IDMKTNEVWE
CLAEVVKGHP VMLNRAPTLH KLSIQAFHPV LIDGKAIRLH PLVCSAFNAD FDGDQMAVHV
PLSQEAIAEC KILMLSSMNI LLPASGKAVT VPTQDMVLGL YYLTLEKKDA KGSNKIFANI
DEVHIAIDSG FLDIHAKIKT RIGDRVLFTT AGRLILKSIL PEFVPEELWN RILKKKNIGG
LVDFIFKEGG IGITAGFLDN LKNLGFKYAT QAGISVSIDD IRVPDTKVKK IKEAKKKVRE
IQKQFSSGLL TEQERYNKII DIWTDTNNDV ASEMMKLTES HKGGFNSIYM MADSGARGSA
AQIRQLAGMR GLMAKPDGSI IETPIISNFR EGLNVLEYFI STHGARKGLA DTALKTANAG
YLTRKLIDVA QNVKVTMDDC GTHEGVEITE ISESGELVES LYERATGRVL AEDVIDTITN
EVLFTEGTLI DEKKAQALKD ASIKSVVIRT PITCKAKKGV CAKCYGTNLA EGTLVRPGEA
VGIISAQSIG EPGTQLTLRT FHIGGTASTE SQDRQIIAQK EGFIRYYNVK TYVTKEGKNI
VANRRNAAVL LVEPKIKSPI KGIIEIDTAH EETVISIVGN GENVKYTLRK SDFAKPNELA
GVSGKIEGKF YIPYVNGDSV EVNESIVEVI KEGWNVPSRI PYASELKVKN GEPIIQKINA
DAKGIVKYYK LRGDYLERIH DIVKGHVVKE KGIFAVIADD DDREAIRHYI PRDSIIDIND
NSVVDTKTLL AYPSNNEQIT IADWDPYSTP IIAEDASTVT FEDIEPGISA TEQFDEMTGQ
SRLVINEYLP SGMKPTIVIV NKLGEIIKYQ LEPKTAIFVQ NGTVVGLADL IGRTPKAIAK
SKDITGGLPR ISELFEARRP KNATVIAEID GTIRFGKPLR SKERIIIEAK DGTSVEYLVD
KNTQIHVQSG EFVHAGERLT DGVISSHDIL RIMGEKALHY YLISEIQQVY RGQGVAINDK
HIEVIVSQML RQVRIVDSGD TKFIMGDLIS RRRFREENEA VMKMGGEPAI AEPTLLGVTR
AAVGSDSVIS AASFQETTKV LTEASIAGKM DMLEDLKENV ILGRMIPVGT GLYQNKQFNI
ELNPSRG
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