| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sdel_0588 |
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| Symbol | |
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| ID | 8592118 |
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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 | 569620 |
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| End bp | 572826 |
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| Gene Length | 3207 bp |
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| Protein Length | 1068 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | |
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| Product | ATP-binding region ATPase domain protein |
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| Protein accession | YP_003303659 |
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| Protein GI | 268679228 |
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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 | 12 |
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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 | ATGAAATTAA CCATGCAAAA CACGTTGAGG ATGATTAGTC AATATCCGTT GATTATTCTT
TTTATTTTTT CAAGTTATTT TTTCTTTGTG ACTTACACGC AATTTGATGC GACTTTACAA
CACAAAAGCA AATTTGAAAG CACTAAAGTT CTCAGTGCAC TCTCTATTGA ACTTGCAAAA
GAGAGAGGGT TAAGTGCTTC ATACCTTTCA AGCGAAGGCG GTATTGCTAA GGAGGCACTC
CAAGAACAAC GCATTAATGT CAATAAAGCG ATTAAAGAAT TTCATGATTA TTTTCAAACA
CGTGAGATGT CATCTTCTGT TAAAAATTCG GTTGCGCTTC TCACAAAAAT TGTTGAAATT
CGTCAAAAAA TTGATAATTT TTCCATCAAT TTTAATGACG TCTTTTTTGG TTACTATAGC
CAACTTAATA CCCATTTACT TAAAGAAGTA GAGTCGATTG GAACGATTAA TACCAACTCC
ACTATTTCAA ACTTAAGCTA TTCTCTTATT GCTTTGTACA AAAATATAGA GTACTTAGGA
CAAGAGAGGG GATTTGTTTC TAAAATTCTA AGTCAATATG TTCCTTTTAG TCCAGAAGAT
CTTAAAATAT GGATTAGTAT TTTAAGTGTT TCAAATACAT TCGATCATAC AACTATTAAC
GACATCGCAA CAAAAACAAG TATCGAAAAC CTTTATAAAC TTCCTGAAAA CTTAAAGCTA
GAAGAAGACA TCACTCGGGT TAAAGCTGAA CTGATGACCG CAGCACAAAG TGGTGAATAT
TTGATTGATC CAACATTATG GTTCAATCTT CTCACCAAAA AAATTGATCT TTTAGACAAA
TCTGCACAAA TTATCAAACT CTCTTTAAAT AACGAAGAGA TGAACTACAA CAACCAAAAT
CAAATTCAAC TTGTTCTCAC AGGTCTTATT TGGGTTATTT CTATTGTTTT AATGTTCTTA
GGATTAGGGC TTTCAGCACA ATTTAGAAAG AATGTTAAAG GACTTGAAAA TATTTTCACA
CGTGTTGAAG AATTGGCTGA GACAAAAGAA AAAGTTGACT TTAATACGGC AGAAGGTATG
AACGTCGCTT ATGGCATCAT TGATAAAGCG ATTGAAAATA TTGCCAAAGA GAAGAAAAAT
GCAGAAGAAG CAAGTGCAGC AAAAAGTATC TTTCTTGCTA ACATGTCACA CGAAATCAGA
ACGCCACTTA ATGGCATTAT CGGTTTTACA GAATTACTCA AAAATTCTGA CTTAGATGAA
GAAAAACGTG AATTTGTAGA TGTTATTGAG AAAAGTTCAG AAAATCTTTT AGCGATTATT
AATAATATCC TTGACCTTTC AAAAGTGGAA AGTAATAAAA TTGAAATCGA TGAAAGTCTT
TTTTCTCCTA TTGATGAATT TGAAAATGCT GTTGAAGTCT ATGGACCTAA AGCGGCAGAA
AAAAATATTC AACTCTCTCT TTATATGGAT CCAAGTCTTC ACAATTACCT TAAAGGGGAC
TCGGTTAAAA TCAAAGAGGT TCTCATTAAC CTTATGAGTA ACGCTGTTAA ATTTACACCC
AACAATGGTC AAATTACGGT TGAAATTAAA CGTTTAGAAA ATGCCCCTCT GGATAAAGCA
AAAGTGCTCT TTAGTGTCCG TGACTCTGGA ATCGGTATTA ACAAAGAGAA AATTGAAGGT
ATTTTTGACG CATTTAATCA AGCAGATTCT ACCATTACTC GAAAATTTGG AGGAACAGGA
CTTGGTCTTA CTATCTCTTC AAAATATATC GCCCTCATGG GAGGAAAACT TGACGTTGAA
AGTGAAGAAG GACAAGGTAG CCGTTTCTTC TTTATTTTAG ATCTTCCAGA ATCCAGCGCG
AGTGGAACCG ATTACAAGAA TCACTTCAGT GACTTTAATT GTGCGCTCTA CTCTCCACTG
AATAGTACTA AAGCGCATAC CGAATTTATG TACGATTATT TCAAATATTT TGGTTCTCAA
GTTCGCTACT ACAGTGACTT TCCAGCACTT AAAAATCTTA TTTTTAAATC TGGAAGCAAT
ATCATTGTGG CGGATTATAA TAATTTAACC AAAGAAGAAC TCGAAGAGTA CAAAAAAATC
AAACTTCCTA TTCTACTCAT TTTTAAATCT TCACAACAAT CAAAATTTGG TGAATACAAC
ACACGCTATA TCACCCCGAT TTATGAGCCA ATTAATATTA CAAAACTCGT CAAAGCACTC
GAAGCAAAAC GCGAGTTTTT ACCAGCTAAA GAGAATAGAG TTGAAGTACA ACCTCTTCCA
AAAGGAGCGA TTGGTAAAAA ATTTAAAGCC AATGTATTAG TGGCAGAAGA TAATGAAATC
AACCAAAAGC TCATCCGTCG TACCTTAGAA GATTTAGGCT TAAATATCAC TATCGTACCC
AATGGTCTTC AAGCATTAGA GCGCAGAAAA ACAGATACGT TTGATATGAT TTTTATGGAT
ATTGCAATGC CTGTTATGGA TGGTATTGAA GCGACCCATA AAATTTTAGA GTATGAAGAA
AAAAATCATC AAACGCACAT ACCTATCGTT GCTATTACCG CTAACGCACT TAAAGGTGAT
CGTGAGCGTT TTATGAAAGA GGGATTGGAT GAGTACATCA CAAAACCTAT TAAAAAAGAT
AATATCATTA ACATCCTCAA TGTTTTTATG CACAATAAAA TAGACAATGA AGCAACCACC
AATGAGGTAC AACCAGAGAT AGCACCGATA TCAAATCCCG AGACAAAAGT AGAAGAGACT
ATAGAGCACT CTCCCTCTTT TGAGGCTCTT ACAGTAAATG AAAATGAGTC AAATGAACCA
ATCATCCCAG CGTTATCTTC CGTTGTCGTA AAAGATATTT TGGTTTTGAA AAAAAGCCCG
ATTGAAACAA AAATTTTCAC CAGCGTACTC AGTAAAATGT GTGAAAATGT TGACGCTTCG
ACATCGTATA ATGATCTTAA AAACAAGCTT CAATCCAACC ATTATAAATT AGTTCTGTTT
GATAAAGAGA TGCTTTTAGA AGATTTAGAG AGCTTCGCAT CGATTGTTCA ATCCATCACA
AATGAACAAA ATTTAGGTAA AATACATACC GTTATGTTTG TTGATCCAAA AGATAAAAAT
CTAGAAAGCA CGGTTGCATT TGACGCTATC TTACCAAATC AAATTAGCAA AAAAGATTTA
GAAACACTCA TTCACAAGTT TATTTAA
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| Protein sequence | MKLTMQNTLR MISQYPLIIL FIFSSYFFFV TYTQFDATLQ HKSKFESTKV LSALSIELAK
ERGLSASYLS SEGGIAKEAL QEQRINVNKA IKEFHDYFQT REMSSSVKNS VALLTKIVEI
RQKIDNFSIN FNDVFFGYYS QLNTHLLKEV ESIGTINTNS TISNLSYSLI ALYKNIEYLG
QERGFVSKIL SQYVPFSPED LKIWISILSV SNTFDHTTIN DIATKTSIEN LYKLPENLKL
EEDITRVKAE LMTAAQSGEY LIDPTLWFNL LTKKIDLLDK SAQIIKLSLN NEEMNYNNQN
QIQLVLTGLI WVISIVLMFL GLGLSAQFRK NVKGLENIFT RVEELAETKE KVDFNTAEGM
NVAYGIIDKA IENIAKEKKN AEEASAAKSI FLANMSHEIR TPLNGIIGFT ELLKNSDLDE
EKREFVDVIE KSSENLLAII NNILDLSKVE SNKIEIDESL FSPIDEFENA VEVYGPKAAE
KNIQLSLYMD PSLHNYLKGD SVKIKEVLIN LMSNAVKFTP NNGQITVEIK RLENAPLDKA
KVLFSVRDSG IGINKEKIEG IFDAFNQADS TITRKFGGTG LGLTISSKYI ALMGGKLDVE
SEEGQGSRFF FILDLPESSA SGTDYKNHFS DFNCALYSPL NSTKAHTEFM YDYFKYFGSQ
VRYYSDFPAL KNLIFKSGSN IIVADYNNLT KEELEEYKKI KLPILLIFKS SQQSKFGEYN
TRYITPIYEP INITKLVKAL EAKREFLPAK ENRVEVQPLP KGAIGKKFKA NVLVAEDNEI
NQKLIRRTLE DLGLNITIVP NGLQALERRK TDTFDMIFMD IAMPVMDGIE ATHKILEYEE
KNHQTHIPIV AITANALKGD RERFMKEGLD EYITKPIKKD NIINILNVFM HNKIDNEATT
NEVQPEIAPI SNPETKVEET IEHSPSFEAL TVNENESNEP IIPALSSVVV KDILVLKKSP
IETKIFTSVL SKMCENVDAS TSYNDLKNKL QSNHYKLVLF DKEMLLEDLE SFASIVQSIT
NEQNLGKIHT VMFVDPKDKN LESTVAFDAI LPNQISKKDL ETLIHKFI
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