| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sdel_0956 |
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| Symbol | |
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| ID | 8592492 |
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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 | 956564 |
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| End bp | 960268 |
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| Gene Length | 3705 bp |
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| Protein Length | 1234 aa |
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| Translation table | 11 |
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| GC content | 27% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003304021 |
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| Protein GI | 268679590 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | ATGAGTTGTA ATAAACTTGG ATTAAAAGAG ATTAGATTTA TTAATAGCGG TCATTTTCTC
AATGAAAATA TAATTATAGA TGATTTTACA CTTTTTCTTG GTAGCTCAGG TGTTGGTAAA
ACAACTGTTA TGAGTGCAGT TTGTTATTTC TATACTATGG ATAAAGAGAA AACTAGACCA
GTTAAAAAAG AACTTAGTTT TTATGATTGG CATTTACAGG GTAGCTATTC TCATTTGGTC
TATATTTATG AAAATATCAT CGGTAAAAAT GCCATTATCA TAAGTAAAGA TAAGGGCATA
GTAAAGCACA CATTTATCAA TATACATAAT TATGAAGATG ATATAAGTAC TTTATATCTT
GATGAAAATA ATCGAAGTTT AAATTTAGAA GAGATTCTTG CAAATTGTTC AAAAAAAGGT
TTGACATACT ATAAAAGTGA AACTATACCA ACATTTCAAA AAGTTATGTG TAGAAGAAGT
TATAATCTAT TACCCAATAA AGATAAGCCA GAACTAGATT TTTCATTTTA TGATAGTGAA
GAATCAGCAA GTCTATTTGG TAAATATTTG TTTAATATAT ATTCAAATTC ATCAGTTAGA
GATAGAGGTA TTAAAGATAT GCTCATCTCT TTAATTGGCG AAAAAGAACA CTCCTTAATT
ATCTCAGAAT TTAAAAATAG ATTAGCTGAT GCATTAAGAA ATGTATCTCA CTTTGATATT
ATCAAAGAAA GAAGAGAGAG AATACTTAGA CTTGATGAAA CAATTATTAC ATATAGTGCA
TTAATTGATG AAATAGATAA AATAAAGTTT GAATTAGAGA CTATTGCATA CAACAAAGAA
ATTATTCAAA AAGTAATAAG TAGAAAGCAA GTTGATTTTT TAGCTGAACA AAAAATCACT
CAAGATAAAA AAAATACACT TAACGATGAG TGGACAATAA AATCTCAAAA TTATGATGAT
CAAAAAGCAC AATTAAACAA TAGTATTCTT AGACATGAGG AAATCTACAA CGTTTTCATA
CAAAAGTATA GAATTGAAGA TTTAATCAAA GAACAAGAAA AAGAAAGTGA ATATAAAGAT
GGATTAACTA TATTAGATGT TAAGATTAAT GCTATATCTA GTAGTATTGG TGAGTTAGAA
ATAAAAGAGA ACTCAGACAA ACAAAAAGCA AAAATTGAAC TCAATGATAA GAAAGATGCA
GAAAAAAAAG AACTTGAAAG CAAAAAAGAT GATCTAAGTA AGAGTAAATG GCAACTATTA
AAAGATAAAA ATATAGAAAT TGAAACAAAT ATACATACTA TTGAATCTGA CCTTGAATCA
AAAGCTAATG AGTACATTGA GTTAGATAAA AAGATATCAA GAGATGAAAC TACTCTCTCA
TTACTTCCTA AGCAAAATTT AGAAAATAGT TCCACTAAAA AATTTAAAGA AGAGATGGAA
AGATTATCCA CTCTAAAAAA AGGTATTGAA TTACAGTTCA ATACCTTCAA TACCGAAAAA
TTAAATCTTG AAAAATTAAG AGATGATAAC TTCAATGAAC TTAACAAAAA GATAGAAGAT
GAAGTGGGGG AATATACAAC ACAAAAAGAA GAACTTCAAT CTAGAATTGA CAAGGTTAAC
AAAAAGTTAG ATATAGGTAA AAATAATTTA TTTGGATTTT TAAATAAAAA TGAAGTACCA
AATAAAAGAA AGATATTAGC TATTGCTAGC GATGAGATAT TATTTGAGGA ACAACATTTA
GAATTTAAAA TTGACACCAG TAATGATACT TTTTATGGAT TAAAGGTTAA TGGTGATGTA
GAATCTCTTG CAACTAAGTA TGATATTGAA ACACTTGAAA ATAGTAAATT ATCTTTGCAA
GAACAATTAA ACAAACTAAT CGCTAGGCAT AACATAAAGT TTAAAGATAT TGAAGATAAT
TTAAAATCAA CATCAAGTAA ATATCAAAAG CTATTAAAAG AAAAATCCAA AGAGATTTAT
GGGTTATCTC CAAAGATTAA AGATAATGAG ATAAAAATAA ACAATGAAAA TACAAGATTA
AATGAAGAGC TATTCCGATT AACAAATGAA CGAGATAGTG AAATTATAAA TAAAAAAGAG
CAACTTGAAA AAGATAAAAT TCAATTGGGT GGGTTAAAAG AATATTTAGA TGGATTAAAA
GCAAAAAAAT CAGGTTTACT TTCTGATATA AATAATAAAT ATGATGACAA AGAGAAGAAC
TTAAATCAAG AGCTAACTGA TTGTGAAAAA AATTTAAAGA GCATAAATAA TAAATATAGT
GCTCTAATAG ATGAATCAGA TAAAAGAATT CACGCAATAT ACAATGAGAT TAAAAAAAGT
AAGCATATTG ATACTGATGC TCTTGAATTA CTTCAGCAAA CTTTCAAGCA ACTAGATGAA
AAGCTCAAGT CAATTAACGA GAATAGAGCT AATGTTACAA GATATAATGA TGAAGTGCTA
CCAAATTACA ATAAAGTACC TGCCTTAAAG GAAGAACTAG ATATTGCAAC TCAGCAAAGA
GATAAGGATA AATCTTATTT TGATGGCGAA CTTAAAATAG TAGAAAATAA ACTTCCAGAA
ATAGAAAAAT CAATTAACGC TTGGAAAAGT CATCAAACCT TTTTTAAGGA CTTTGAAGAA
GAAATATCTG ACATTGTATT AAATGTAAAT AAAAGCTATG AACCTTATTT GGATAATGAG
GTTGTATTAT TGCTTGAGAG TAAAAAGTAT ATACATATAC ATGAAAACTA TAAAACTCTT
ATGGTTCAAC AAAGTGAGAG AGCAAAAACA ATAATGTTTG AAACGGGAAA AGTTATTGAT
GGTATTCCCG CAGATAATAT GATGCAATTA AAAACCAAAT TTGATATCAA TAGTTTTGAG
GACAATATAG AGCAATATAT ATCAATCGCT AAATCATACG CAAATTTCAT TAAAACCAAG
TTTGATATAG AAGGGACTAG TTTACAGCTT CATAGATTAA TTGAGGCTAT AAATGATGCC
GTAAGTAAGA TATCACATAT CAAAGGAACA TTTGAGAGTA TTGTTAAAGA TGTCAATAAA
ATAAATGGAA CTATGCGAGA AGGTATTAAA AATATTACAA TAATAGACTT TATAAGACTC
AATTTTAAAG ATACAGGAAA GGATGAAATC GTAACTAAAA TTGAGAGTAT TGGAGATATG
CTAAGTGCTA ATATGCTGAT TGGTTATGAA AATAGCGAAA GATCTGAGAA GGTTAAAAAT
GAACTAGTAA AAATAGCGCA AGATTTACAA ACCATCTTAG ATAAAACATT TAAAAAAAGT
ATTACCGTCG CAGATATTAG TACCTTAACC TTTGATGTAA GTGAAAATGG TCAAGTTACA
AAAGGAATTG CTACACTTGA TAGTGTGGGG AGTACAGGTA CATCAATTAT GGTAAAAGCT
ATTATCTATA TAACACTACT TAGAATGGTC ACAAATAAAT TTGCAAATAG TGAACGTACA
AAATACCATT GTATTATTGA TGAGATTGGT CAAATATCGG CAGACTACTT TACTGAACTA
ATGAAATATG CTAAACAGCT AGAGTTTGTA TTTATAAATG GAACTGCCGC AAACGATGAT
GATATAATTG AAGAATACCC TAGAATATAT ATGGGAATTA GAGAAAATCA AAATCAAGTT
GAGCTAACTT TAATAGATGC AGTAGATGCC ATGGGCGATT GGTAA
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| Protein sequence | MSCNKLGLKE IRFINSGHFL NENIIIDDFT LFLGSSGVGK TTVMSAVCYF YTMDKEKTRP
VKKELSFYDW HLQGSYSHLV YIYENIIGKN AIIISKDKGI VKHTFINIHN YEDDISTLYL
DENNRSLNLE EILANCSKKG LTYYKSETIP TFQKVMCRRS YNLLPNKDKP ELDFSFYDSE
ESASLFGKYL FNIYSNSSVR DRGIKDMLIS LIGEKEHSLI ISEFKNRLAD ALRNVSHFDI
IKERRERILR LDETIITYSA LIDEIDKIKF ELETIAYNKE IIQKVISRKQ VDFLAEQKIT
QDKKNTLNDE WTIKSQNYDD QKAQLNNSIL RHEEIYNVFI QKYRIEDLIK EQEKESEYKD
GLTILDVKIN AISSSIGELE IKENSDKQKA KIELNDKKDA EKKELESKKD DLSKSKWQLL
KDKNIEIETN IHTIESDLES KANEYIELDK KISRDETTLS LLPKQNLENS STKKFKEEME
RLSTLKKGIE LQFNTFNTEK LNLEKLRDDN FNELNKKIED EVGEYTTQKE ELQSRIDKVN
KKLDIGKNNL FGFLNKNEVP NKRKILAIAS DEILFEEQHL EFKIDTSNDT FYGLKVNGDV
ESLATKYDIE TLENSKLSLQ EQLNKLIARH NIKFKDIEDN LKSTSSKYQK LLKEKSKEIY
GLSPKIKDNE IKINNENTRL NEELFRLTNE RDSEIINKKE QLEKDKIQLG GLKEYLDGLK
AKKSGLLSDI NNKYDDKEKN LNQELTDCEK NLKSINNKYS ALIDESDKRI HAIYNEIKKS
KHIDTDALEL LQQTFKQLDE KLKSINENRA NVTRYNDEVL PNYNKVPALK EELDIATQQR
DKDKSYFDGE LKIVENKLPE IEKSINAWKS HQTFFKDFEE EISDIVLNVN KSYEPYLDNE
VVLLLESKKY IHIHENYKTL MVQQSERAKT IMFETGKVID GIPADNMMQL KTKFDINSFE
DNIEQYISIA KSYANFIKTK FDIEGTSLQL HRLIEAINDA VSKISHIKGT FESIVKDVNK
INGTMREGIK NITIIDFIRL NFKDTGKDEI VTKIESIGDM LSANMLIGYE NSERSEKVKN
ELVKIAQDLQ TILDKTFKKS ITVADISTLT FDVSENGQVT KGIATLDSVG STGTSIMVKA
IIYITLLRMV TNKFANSERT KYHCIIDEIG QISADYFTEL MKYAKQLEFV FINGTAANDD
DIIEEYPRIY MGIRENQNQV ELTLIDAVDA MGDW
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