| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sdel_0798 |
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| Symbol | |
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| ID | 8592332 |
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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 | 796614 |
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| End bp | 801230 |
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| Gene Length | 4617 bp |
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| Protein Length | 1538 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003303864 |
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| Protein GI | 268679433 |
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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 | 11 |
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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 | ATGGCACTTT CTGTGGGTTT GGTGAAACAA TTAAGTGGTT TAGTCATGGT AAAAAATGCT
ATGGGTGAAG AGAGAGTTTT AGCTATTGGA GATACGATTC ATTTTGAAGA GACGATTAGT
ACCTTAGGTG CTGGGTCTCG TGTGATGCTC TCTTTGTCTG ATGGACGAGA AATTACATTA
AATGGAAATG ATGGTTTAAA AATAGATGCG AGTGTTTATA CATCGAATGA GGGTTTTGGG
CATGATGCCG TAGTTGCAAA TCAAACGGTG AATGCGATTA TTTCTGGAGC AAGTGTTGAG
CAAATACAAG CTGCTTTGCT AAAAGGTGAG GATATTTCAA ACTTAGAAGC AACCGCTGCC
GGTGAAGCTG GAACATCCAC AGCTTCTTCT TTGATGTCAG GCTTTGCGAC AGCACGCTAT
GTTTCAGGTG GTAATGAGAG CAGTGTAGAA TCTTCACAAC GAAGTATAGA TGAAACGCCC
AACGATGAAA CACCTTTGAT ACTGACGGAT ACACAAGCGA CTCAAACCAC CACATCCATG
AGTGAAGTGA TTACTGATAC TACGCCTCCT GATAGTTCCA AACTTGCTAT TACCAATATC
GTTGATAACA CAGGCAATTA TGCTTCAGTA ACCATCAGTG GAACAGGCGC AGAAGAGGGC
AATACGATTA CCCTTTACGA TGAAGATAAT AACGTGGTTG CAACAGCCAT TATTCAAGCT
GATGGGACAT GGAATGCGGA TATTTCAAAT CTCCCTAATA CTCCAGTGGG TGACAATGAA
TTTTTTAAAG TCACAGAAAC GGATGCTTCA GGCAATACCA CAGCGCAAAG CACAGCAGTA
CACTATTATC ACGGGGCTGG AACAGGAGCA TATACGGAAC AAACGGATGA TTTTGTCCTT
TTAGGAGATG GCAATGATCT CGTGTACACC GATAGCGCTT CACCTATAGC TTATAGAGAC
GATAGCAATG ATACACTTGT CATTGATGGG GGCAATGGAG CTGATACGGT TCTCTTTGGC
AAAAATGCTT CTGAATATAC CATAACGACC ACCGCCAGTG GTTCTATTTT GGTGAGTGAA
AATGTAAGCA GTGATAGCGA TGGAAATGGC ATAGGCGATG TCACAGAGCT TAGAAATGTG
GAGAAACTTC AATTTTTAGA TGGTGCTTAT TATCCATACA ATACGGCTGC GACATTAAGC
GTAACAACCG TCACTACCTT TGTAGAGGAT GCCAGCAGTA ATGGTGTAGG TAGTGTTGTT
GCACATTACA GCACCTCAGA CGTGGATGGG GATAGCGTGA GTGTGAACTT AAGCGATACG
ACGCACTATG CACTTGATGG CAGTGGCAAT GTAACGCTAA CTGCCGCAGG AGTAGCTTTG
GTGAATGCAG GCAGTGATTT ACCCGCATTT ACACTAACAC CCAACGATGG TAAAACATTA
GGGAGTGCCG TGAGTGTTGA CCCTAGCGTG ACTGTCGTTA ATGATGCACC TATTGCTTCC
GCTTCAAGTG ATAGTGTGAA TGAAGATGCG CTTTCTGTAT CCATTACCCC TGTGCAAGGT
GGAGTCAATT TACTCGCTGG TTTAAGTGAT GAAGATACCA GCAGTGGGCA TAGCATTGCA
CAAATTAGCA GTGACAATTC ACATTATACG GCGGTAAGTA GCAGTGGAAC ACTGATAAAA
GTAGGTTTTA GCTATACCAA TGCAGAAGGT GCTACCTCAA CCATTTATCT TCCCGTAAAA
ATCAATACCG ATGGCAGTTA TGCCATCTCT CAAAGTGAAC TCTTAAATGC TATTCCAGAA
GGGCAAAGCG CAACGGGAAG TTTTTGGTAC ACCATTAGCG ATGGTGAAAC AACCAATAAT
CTCTCCATAC CACAACAATT TACCATGACC ATTCTAGGAC AAAATGATGC GCCTGAGGTG
AATGTGACCA CTCTTGAGAC AATGCAAACA AATGCAGATA TTCCTGTGAT GGTTAAACTC
TCAGGTGATA GATTTAACAC GAGCACAGGC GATGCGCCTA AGTTTAATAT TTACGTTGAT
GGTGTAAAGC TTAATGACTC ACCCCTTAGC GTTGAAGAGT TCCGTAGTTA TAACATTTCA
AGTTCTTTGG GAAGTGTAGC ACGTCAAACT TCGTACGAAT ACGTTACCTT TGATGTGGCG
CAAGGCACAA AGAGTATTGC GATTGAGTTT GTTCAAGATG CGTATGAAGG GGGTGGCGAT
ACGGATGGTG ATGGCTACAG CGAGGATAGA AACCTTATTG TAGATTCTAT TACCATTGGT
GGAACAGTGA GTACGGGAGC CAATGGTACG CTTCAAATCA GTGGTGGAGT TACCCTTCAA
GCGGAAGATA AAAGCGTTTC AAGTTACATA GCAAGTGGCA CGGATAGGAG CGGTACGGAG
ACCATGGCGT GGAATGGAAA AATGACATTT AATGTCGAAA ATGCAGTTGC TGGTGCTACA
TCCAATGCAT CGTTTCAAAC GGAAAATTTT AATGAAGATG TTGTGAGTCA AACGGGTGTG
ACAGGAAGCG TTTCTCTTTT AAATGGAGCA ACGGATGTCG ATGGTAAAAC TTCAGATTTA
ACAATTTCCC AAGCGGATGG CAGTAGCTTT TCTGCGCCTA TTGTCGTGAC ATTTAATATG
AGTGGTGGAG GGAGCTTTGA TGCCAATGTG ACATTAAAGA GTAATGGAGA GTATAGCATC
GAAGCAAATA GTGCTTTTAA TACTATCCCT CAAGGAGAAG TTGCAACGGG CAGTTTTGAT
TTTTACATCA GAGATGCCAA TGGGGGTGTT TCTGAAAAAC AGACGTTTAC GATGAATGTT
GAAGGAAAAA ATGACGCTCC TATAGCGGTG AATGATACAT TAAATATAAC AGAAGATACA
AGTACAATAT TTACCTTAGC ACAATTGATG GGTAATGACA CGGACGTTGA TAGCTCAGCT
TTAAGTATTC ATAGTGTGAC CAGTGGCACG AATGGCACAG CATTTTTAAA CAGCAATGGA
ACCATCACAT TTACCCCTAA TGAAAACTTT AGTGGTACAG CAGATTTTAC GTATACCATA
AGCGATGGCA CAACGGTTTC AAATGCTGCA ACTGTAAGTA TAGTTGTCTC TTCTGTAGCG
GATGCGCCTG TGCTGTTTAC ACAAAATATC ACTGCCCTTA ATCAAGGAGC GACGGTTATA
TCGACACATC AAAGCGATAC AATTATTACA GCACAAGGGG TAAACTATTC GAACGGTGTA
TCTCAGACAA ACCTTGAAGT AGAGTTAGGT GTAAATGCTA ACTATCTTGA CACCTTTAAT
CCTAATGGAA GTGATAGTGG TACCGTTAAC GTTATTGATG GTAAAGTGAG TGAGTCACAC
TATACGATGG GTATAGGCAT GAGTGTTTCA TGGGATTACA GTTTTAGAAA CGGTGAAGAT
TATGCAAATC AAATTTCGGA TGGTTTTAAT GATATTGTGG TTCTTTTAGT GACAGATCCT
CTAGGCGTTA AAACCTCTTA TATCGTCAAT GCGTCTGAAA TGACAGGAAC AACATTTGTT
AATAATGGAA CGTACAGTTA TACAGCAAGC ATGGAAGGAA ATTATACGTT TGCATGGTTG
GTTTTAAATG GAAGTGATGT TAATAAAGAC TCCTCTTTAT CCCTTTCAAA TGCTAATTTC
AAACTTGCAG GAGACAATAC GGTTTATGGC GCTCCTATTT CGCTCAGTTC ATTGTATGCT
ACACTTGGTG ATACAGATGG CTCTGAAACA CTAAGTGTAG TCATTTCTGG AGTTCCGAGT
AATGCTACTT TCTCAAGTGG AACAAAAAAT AGCGATGGTA CATGGAGTTT TAGTGAGAAT
GATTTAGAAG ATCTTTACCT CTTACCTGCT GATAATTACA CAGGAATGAT CAACCTTTCC
ATTACCGCAA CAGCAACGGA AGCCAATGGC AGTAGTGCAA GTGTTTCAGA AATTATGAGT
GTTACCATTT CCGAGACTTC ATCCCTTCTC TCTGGAACGG AAAATACTAA TACATTAAAT
GGAACAAATG AAAATGATTT AATGCGTGGA TACGCGGGTA ATGACACACT TAATGGAAAT
AACGGTAATG ATATACTCTT TGGTGGTGCA GGAAATGATA TATTAAATGG GGGTAATGGA
AGCGATACGC TTGATGGTGG TGTAGGGAAT GACATTCTCA ATGGAGGTAA TGTCAATGAT
ACGCTCGATG GTGGAGCGGG AGTTGACCAA CTTTACGGTG GAAATAATAA TGACATCTTC
GTGTACGATA GCGCTGATAG TGTTATACAT GGTGGTAATG GTGTAGATAC TTTGCTCTTT
TCTCACGATG CAACGGTTGA TTTAAGCGGC ATTACCGATG GAAAAATAGA GAGCATTGAA
GTGTTGGATT TAACTAAGGC GAGTGTTGAG CTGAGCATTA ATCCAGCCGA TGTTTTAAAT
ATCACCGATG ATAGTAATAC CATTTTGAAA ATTTTGGGTG GTAGCGATGA TACATTGCAT
GGCACAGGCT GGACCCAAAC CACGGGCGCA GATGCTGGAT TTACCCGCTT TGAAAGCAGT
GACCATGTGG TTAAAATGGA TGTGCAAGAG AGCATTGTTC ATACCGACTT TCATTAA
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| Protein sequence | MALSVGLVKQ LSGLVMVKNA MGEERVLAIG DTIHFEETIS TLGAGSRVML SLSDGREITL
NGNDGLKIDA SVYTSNEGFG HDAVVANQTV NAIISGASVE QIQAALLKGE DISNLEATAA
GEAGTSTASS LMSGFATARY VSGGNESSVE SSQRSIDETP NDETPLILTD TQATQTTTSM
SEVITDTTPP DSSKLAITNI VDNTGNYASV TISGTGAEEG NTITLYDEDN NVVATAIIQA
DGTWNADISN LPNTPVGDNE FFKVTETDAS GNTTAQSTAV HYYHGAGTGA YTEQTDDFVL
LGDGNDLVYT DSASPIAYRD DSNDTLVIDG GNGADTVLFG KNASEYTITT TASGSILVSE
NVSSDSDGNG IGDVTELRNV EKLQFLDGAY YPYNTAATLS VTTVTTFVED ASSNGVGSVV
AHYSTSDVDG DSVSVNLSDT THYALDGSGN VTLTAAGVAL VNAGSDLPAF TLTPNDGKTL
GSAVSVDPSV TVVNDAPIAS ASSDSVNEDA LSVSITPVQG GVNLLAGLSD EDTSSGHSIA
QISSDNSHYT AVSSSGTLIK VGFSYTNAEG ATSTIYLPVK INTDGSYAIS QSELLNAIPE
GQSATGSFWY TISDGETTNN LSIPQQFTMT ILGQNDAPEV NVTTLETMQT NADIPVMVKL
SGDRFNTSTG DAPKFNIYVD GVKLNDSPLS VEEFRSYNIS SSLGSVARQT SYEYVTFDVA
QGTKSIAIEF VQDAYEGGGD TDGDGYSEDR NLIVDSITIG GTVSTGANGT LQISGGVTLQ
AEDKSVSSYI ASGTDRSGTE TMAWNGKMTF NVENAVAGAT SNASFQTENF NEDVVSQTGV
TGSVSLLNGA TDVDGKTSDL TISQADGSSF SAPIVVTFNM SGGGSFDANV TLKSNGEYSI
EANSAFNTIP QGEVATGSFD FYIRDANGGV SEKQTFTMNV EGKNDAPIAV NDTLNITEDT
STIFTLAQLM GNDTDVDSSA LSIHSVTSGT NGTAFLNSNG TITFTPNENF SGTADFTYTI
SDGTTVSNAA TVSIVVSSVA DAPVLFTQNI TALNQGATVI STHQSDTIIT AQGVNYSNGV
SQTNLEVELG VNANYLDTFN PNGSDSGTVN VIDGKVSESH YTMGIGMSVS WDYSFRNGED
YANQISDGFN DIVVLLVTDP LGVKTSYIVN ASEMTGTTFV NNGTYSYTAS MEGNYTFAWL
VLNGSDVNKD SSLSLSNANF KLAGDNTVYG APISLSSLYA TLGDTDGSET LSVVISGVPS
NATFSSGTKN SDGTWSFSEN DLEDLYLLPA DNYTGMINLS ITATATEANG SSASVSEIMS
VTISETSSLL SGTENTNTLN GTNENDLMRG YAGNDTLNGN NGNDILFGGA GNDILNGGNG
SDTLDGGVGN DILNGGNVND TLDGGAGVDQ LYGGNNNDIF VYDSADSVIH GGNGVDTLLF
SHDATVDLSG ITDGKIESIE VLDLTKASVE LSINPADVLN ITDDSNTILK ILGGSDDTLH
GTGWTQTTGA DAGFTRFESS DHVVKMDVQE SIVHTDFH
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