| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sdel_0857 |
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| Symbol | |
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| ID | 8592391 |
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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 | 853907 |
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| End bp | 857749 |
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| Gene Length | 3843 bp |
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| Protein Length | 1280 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003303923 |
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| Protein GI | 268679492 |
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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 | 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 | ATGTATAAAT TGTTTCGTTT TTTTCTTACT ATTATCCTTT TAAATACTCT TGTATTTGCA
GCAGCAGTAT ATACTTCTGG TTCAAATGCT ACACAACTTG CTACTGCCAT ACAAGGAGAA
GGATTAACCA TAACAAATCC TGTTTTAAGA CGTGGCAATA GCAATCAAGC AGGAACATTT
TCAAATGGAA TAGCAGGAGC AAACCTTCAA GTTAACCAAG GTATCATTCT TACTACTATG
AGTGTTGCTG AATCGTTTAC AACCAATAAT AGCACGCAAC GTACCGTTGA TAACCCTGAT
ACTTATACCG ATGCTGATTT ACGTGCAATT GACACACTGG CACGATATGA CACTATTATT
TTTGAATTTG ACGTAACCTT AGACTCTAAT ACTAGACTTC TTCTTGTCGA TTATCAATTT
GCATCTGAAG AATATCATGA ATACGTTGGT TCAAGATTTA ACGACGCCTT TGGTTTTTTT
ATTTCAGGAG GAGACTTAAA CCAAACTTAT AATATTGCAC GTGTTGTTGA TAGTAATGTT
CAAATTACAA CAGAAAATAT CCAAAATTAT GCTACGGTTA CTGTTAATAA TGTCAATAAT
GGTAGTGTAG GACAATACAA TGACGCTACA CCAGAAATTC TTACAAATTC AGCATATTTT
ATCGATAATA ATCAAAATAA TATACACGGA ACTTCCCCTG TTATCGTAGA ATACGATGGT
CTTACCAAAC GACTACAAGC CGCCATTGAC AATCTAACGC CTGGAGTTAC CTACCATTTT
AAAATGGCAA TTGCAGATAC AGGAGATTCC CAATTAGATA CAGGTGTTTT TGTCTCAAAA
ATTGTTGGCG TAAGAGAACC TGTTTTTTGT TACGACTATG CATACCATCA AAATAAGCGC
TATTTTACGC AAAATAATGA TGGTACTTCT CAACCGTATA TTCAAGGAAC GATTATTCCA
AACGAAGATA TTAATGTCTC TCTTTACATT CGTAACGAAG AAACATCGGA TGTTTTAGCA
AAAAATATTA CCCTTGATAT TCAAGATATT AATACAACAC AAGCTATTTA TGCATCTGAG
AGTGTATTTG TTATTAACTA TGGAGAGATT CTCCCTAACC ATATTTCAGA TAGTGCGTTA
ACTTCAACAA GCAATTCTGA CATTGTGGGT ATACCGATTA ATAACCTTGG TGACCAGCAA
TCTGCTTATG CCTACTACTC ACTCACTCCC CAAAATAGTC TATCTGATAT CAACATTTCT
TTAAACGCAT ATTTTAACTA TACGGTTACT TTTGATATTG GAGGGGGTAT GACACTTAAT
AAATCATACC GCACAAAATT TGGAAGTAAC TCGCTTCCTA TGTGTTCAGG GGATAATACA
CGTTATGAGC CTAGTTGGGG AAGTTTTAAT GTTGATACAA AAGGTATTTA CACAAAAGCA
AACCCAAAAT TCAATCTTCC TACCCAAGTC GTGCGAAGAG CAGGAGAATT TCTCGTAACA
GCGCATGATG CCAACAGCAC ACCAGTTCCT TATGTTGATG AACTAAAAGC ATCAACCGTC
GTCGGTGTTG AACTGATTGA TGCAGGGAAA TTTCACAGTA CCAAAGCAAG CTGTGATGAA
CCTTCCAGTG CGATTAGTGA ACGAGTTTGG ATTCCTTTTG TTGATGAAAA TGGTGCAAAA
TCACAAGTTG AGTTTACAAC AGCCCTTCAA AATGCCATTG ATGAGAAAAC AATTTCCATT
ACAAATATAA AAGATTACTT TAACGAAGCT CGTAAAAACA CCGCTTTTAG AATACAGGTG
AATGAACTGA ACGATGATAA TAATACGGTT ATACAATACG AAAGACTTGC AGATGGAAAA
TATCGTATGT TGAATTTTCC AGACCTTGTT AAAGATTATG GTACATGTAA ACAGCCTGTA
CGTAAATTTC CTTATGGACA CAATAATACA AGCACAACCA TACAAGTTGC CGAAGCATGT
GGAAATGCAG GTAGCACAGG TGTTGATTTC TTTACGCTCA GTAAATGTAA CGAATGTATT
TTAGGATATA ACACTGTCTA CATCTGTTCA CGGGATAATT TTGCCACACG CCCTGAGAGT
TTCAACATAA AACTGAGTGA TCTCAATCAA ACCAATAAAA TACAAAAAGT ACGTTTCGCA
GATGATAGAA CGGGTATTGT CACAACGGGT GAGCCAAATT CTGCTCCAGT ACACATCGCC
ACAGGGTATA GCTATGGCTT TGATATCAAT GCAACAACAC ATGATGATAA TAATAACTCA
TCAGGCTATA CAGCATTTTT CACCACATCG TCAACGAACG ATAGAAATAT CTCTTTTAAC
TGGAACCCTT CAATCCCTAA TCCATCGTTA TGCAATGACA CCACCAGTAA ACCACTCACT
TTTAGTATGG TTAATGGTAC AGTATCAAGT GAAGCGAACA TTAGCAATGT CGGAGAATAC
CTTTTAGGCA TGATTGATAC AGAATGGACG GTTGTCGATA ATAATCTTTC TCGTATGAGC
CATCATAAAT CTGTCAAAAT AAATGGTACA ACTTATAATG TAAGCAATTA TTTTGTAGGT
TCGGGCAACG CACTTGATTG TCTTAGTAGT AGTGCTGTCG TTCAAAACAC AAGCACACTA
CCTTCTATTT CTGGAAGCTC TTTAACACGT ATTAATGGTT GTTGGATTAG TAGTGAGCAT
AACAATACAG ATGAAAACCT TAAATACCGT GATTATAATA TTACAGCACA TCCTTATCAT
TTTTTAATGC CCATTATTCC CTCACATGGC ATGAGTGAAG ACACAAACTT TACCGATGCA
TGGGTCTATA TGAATGATTT AAATGATACG AATGATCTAA CTAAAATTGC TGATATTAAT
GAGTCCATAC ATTTTAGAGG TGATATTATT GCTGCAGGTC ATGATAATAC CACCATGACA
AATTTTGTCA AAGGATGCTA CGCCAAAGAT GTCAATCTTA CCTTAGATCA TAACTTTTCA
AGAGTACCAC CAGTCGAATA CAATTATCGA CTTTTTGATC TTAACAATAG CAATGAGGTC
ATTAGTATAG TCCCTCCTCA AACAGAAAGT CCTGGTCTTG CTAGTGCAAT AGAAATTTTA
GATGATGGCA ATTTTACCAA GGATCTTATT GGTGCTGCTC GTATTAACCT TAATTTAAAT
TTTGATAGAA ACCTTTCGTT ACCTATTAAT CCCATTATCG TCACATATAA GAGTTTAGAT
GTACAATGTA AAAATGATGC GGATAACAAT TGTACCATGC AAGCAGACCT AAAAAGTAAT
CACACCACTG AGGGTAATTT AACTATGGAA GATACAAATC TTACCCATTA TTATGGTCGA
GTTTATTCAA CTGATTACAG AGAAGAAAGC CCTATTGTAA CGACCATTCG TTATGAAGTA
TATTGTGACC AGAATTGTAA TCCTGATGAT TTTAATATTA CAGGAGTACA AAGTCCAACT
TCTCTTCGAT GGTACCAAAA CACTTTACAT GTAAATGCTG ATGGCAATGT AACAACCAAT
GGATTTACAT CGGTTGGTAC GACATTAATT AATAATGCAA ACGCCGCAAC GTCAGGCAAT
ATTGTCAATG GACTTGAAGG CAATACACTC AGTTTAGCCA ATGGAACACC CGCTCCCTAC
ACCGACCGTA TTCAAATGCG ACCCTTTTCA TGGCTTTTAC ATAACCTCTA TAACCCAAAT
GCGACTACCA ATGATTTTAA CGTAGAGTTT ATTCGTTCGG GTAACTGGGC AGGGCAAGGT
AGTCTTGGTG AAACAGTCGA TATCAATACC TCAAAGCGTA CTAATCGCAG GATGGAGTGG
TAA
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| Protein sequence | MYKLFRFFLT IILLNTLVFA AAVYTSGSNA TQLATAIQGE GLTITNPVLR RGNSNQAGTF
SNGIAGANLQ VNQGIILTTM SVAESFTTNN STQRTVDNPD TYTDADLRAI DTLARYDTII
FEFDVTLDSN TRLLLVDYQF ASEEYHEYVG SRFNDAFGFF ISGGDLNQTY NIARVVDSNV
QITTENIQNY ATVTVNNVNN GSVGQYNDAT PEILTNSAYF IDNNQNNIHG TSPVIVEYDG
LTKRLQAAID NLTPGVTYHF KMAIADTGDS QLDTGVFVSK IVGVREPVFC YDYAYHQNKR
YFTQNNDGTS QPYIQGTIIP NEDINVSLYI RNEETSDVLA KNITLDIQDI NTTQAIYASE
SVFVINYGEI LPNHISDSAL TSTSNSDIVG IPINNLGDQQ SAYAYYSLTP QNSLSDINIS
LNAYFNYTVT FDIGGGMTLN KSYRTKFGSN SLPMCSGDNT RYEPSWGSFN VDTKGIYTKA
NPKFNLPTQV VRRAGEFLVT AHDANSTPVP YVDELKASTV VGVELIDAGK FHSTKASCDE
PSSAISERVW IPFVDENGAK SQVEFTTALQ NAIDEKTISI TNIKDYFNEA RKNTAFRIQV
NELNDDNNTV IQYERLADGK YRMLNFPDLV KDYGTCKQPV RKFPYGHNNT STTIQVAEAC
GNAGSTGVDF FTLSKCNECI LGYNTVYICS RDNFATRPES FNIKLSDLNQ TNKIQKVRFA
DDRTGIVTTG EPNSAPVHIA TGYSYGFDIN ATTHDDNNNS SGYTAFFTTS STNDRNISFN
WNPSIPNPSL CNDTTSKPLT FSMVNGTVSS EANISNVGEY LLGMIDTEWT VVDNNLSRMS
HHKSVKINGT TYNVSNYFVG SGNALDCLSS SAVVQNTSTL PSISGSSLTR INGCWISSEH
NNTDENLKYR DYNITAHPYH FLMPIIPSHG MSEDTNFTDA WVYMNDLNDT NDLTKIADIN
ESIHFRGDII AAGHDNTTMT NFVKGCYAKD VNLTLDHNFS RVPPVEYNYR LFDLNNSNEV
ISIVPPQTES PGLASAIEIL DDGNFTKDLI GAARINLNLN FDRNLSLPIN PIIVTYKSLD
VQCKNDADNN CTMQADLKSN HTTEGNLTME DTNLTHYYGR VYSTDYREES PIVTTIRYEV
YCDQNCNPDD FNITGVQSPT SLRWYQNTLH VNADGNVTTN GFTSVGTTLI NNANAATSGN
IVNGLEGNTL SLANGTPAPY TDRIQMRPFS WLLHNLYNPN ATTNDFNVEF IRSGNWAGQG
SLGETVDINT SKRTNRRMEW
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