| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sdel_0979 |
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| Symbol | |
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| ID | 8592516 |
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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 | 984532 |
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| End bp | 987561 |
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| Gene Length | 3030 bp |
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| Protein Length | 1009 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003304043 |
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| Protein GI | 268679612 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.650548 |
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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 | ATGTATAAAC TCTCCATTAA TCGCCCCATT ACAACGTTAA TGGGTGTTTT AACCTTTATT
GTCTTTGGGT TGATGTCCTA TAACACGATG CCCATTAACC TTTTTCCCAA TGTCGATTTT
CCTATTGTCA CGGTGCAAAC GACCTACAAT GGCGCAGACC CATCCACGGT GGAGACTAAA
GTCACCGATA AAATCGAAGA AGCGGTCTCT GGCGTGGATG GCATAGATAA GCTGATGTCC
ACCAGTTATG AGGGCTTTAG CGTTGTGACC ATTCAGTTTG AGCTCACAAA AGACCTCGAT
GAAGCCACCA ACGATGTCAG AGATAAGATA GGAGCGATTA ATCTCCCTAG CGAAGTGGAT
AAACCCGTGG TGAAAAAACT GGGCGCTTCA GGAGCAGTCA TCAGTCTTTT TATTGCCGAT
AAAGGTGAAG ATAGCAAAGC GCTCATGCGC CTTGCCGATG AAAAGCTCAA ATCCCAACTC
CAACGCATTA AAGGGGTGGG GGAAGTGAAC ATTGTAGGCT ACCAAGACCG TGAGATTCGC
ATCTTTCTTG ATCCTTTTTT ACTGGCCAAA TATGCCTTAA GCTCCTCAGA TGTGAGTGCT
ATTATCGCAA AGCAAAACAT CAAGCAAGGG GCTGGAAAGA TTATTAATCA AAATCAAGAG
ATTATCATCA AAGCAGAAGG CGATGCGAAG AGTGTTGAAG CCGTGGGTGA GCTTTTGCTG
AAACCTGGTG TGATGCTCAA AGATGTTGCG ACTATTTATG ATGGATTGAG TGATGCAAAG
AGTTACTCTT CTTACAACGG TGCGAGAGGC GTAACGCTGG AGGTAAAAAA AATAGCGGGT
GAAAACTCGT TAACAATTAT TAACGAAGTG AAAAAAGCTC TACCCAAATT GCAACATTTA
GCCGGAGAGC ATTTTGAGAT TAAAGTGCTT CAAGACCAAT CTGAAAAAAT CATGGTTAAC
ATTAACAATG TTCGATTTGA TCTTATTTTT GGTGCGTTTT TATCCATCGT TATTGTCTTT
GCCTTTTTAC GCAATGTCAC AGCGACCATT GTTTCAGCTT TGGCTATTCC AACCTCAGTC
ATTGGTACTT TTGCCATTAT TGATGCGCTA GGCTATGACT TAAACCGTTT AACCTTGATT
GGTCTTACCC TTGCGATTGG TATTTTTATT GACGATGCCA TTGTCGTCAT TGAGAACATT
ATGAAAAAAA TGGAAGAGGG GATGGAGCCT TTTCAAGCCT CATTTGAGGG TATTAAAGAG
GTGGCGTTTT CCATCTTAGC GATTTCTGCA GTGTTATTGG CGGTTTTTAT TCCTGTGGCG
TTTATGGATG GCATTGTGGG TATGTTCTTT AACTCATTTG CCATGACGGT GGCGTGTGGT
ATCGTTATCT CCTATCTTGT GGCGGTTATG TTTATTCCTA GTGTTGGAGC GCGCGTTTTA
CAAGCCAAAG AGAGTTGGTT TTACCATGCC ACTGAGCCGA TTTTAAAAGC GATTGATAAG
AGTTATGTCG CACTCTTAAA ACCCATCCTT CGTTTTAAAA CAGTTGCGAT TATCGCAACC
ATAGGACTCC TCGTGGCTTC TGCGACCTTA AAGGTAGGGA TGACCTTTAT GCCTATGCAA
GATAACAGCG AATTTCAAAT TTCCATTAAA GCACCTGTGG GGATTAATTT GGAGAGTATG
AAAGCCAAAA TGGAGCCTAT TGATGCGCTT TTAAAAGAGG ATAAAAATAT TGTTTACTCC
ATTTCAACGA TTGGGTATAA CGCAGCTAAG GAGATTCATA AAGGGAAGTT TTATGTCAAG
CTCAAACCTG TTGTCAATCG TGAGCAAACG CAAGAGAAGA TTATTCAGTA TTATCGTGAG
AAGCTCAAAA CCTTTAGCGA TATGACTATT TTGGTGGAAA AAGTTGATGA CTTTGATACA
GGTGGAACAA CCGCTCCCGT GCAAGTGGTC ATAACGGGAG ATAGCCTTGA AGAACTTGAT
AAAATCTCTT TAAAACTGAT GGAAATTCTG AAAAATACGC AAGGCATTGT GGATGTCGAT
AGGGATTTTG AAAGCGGTAA ACCTGAGGTT CAAATCTCTA TTTTAAGAGA AAATGCGCAA
AGAGTAGGGG TGAGTGTACA AGAAATCACT GCGGTTTTAG CCTCTGCGTA TTCTAGTGAT
AGCGCTGTTT CTTATTTTGA AGACAATGGA CGTCAGTTTG ATATTACGGT GCGTTACAAT
GATCATTATC GTCAATCATT AGAGGATTTA AAGAAACTAA AAGTACGTAA CGCTGAGGGG
GAATTTGTAA CCCTTGAGGG ATTATTGGAG CTTAAAGAGG GAACAGGAAC GGCTTCTATC
AACCGTTTTG ACAGGGAGCG AAAAGTGTTG GTAACGGCCA ATATTTTTAA CACTTCTTTG
GATAAAATCG TAGCCATCAT CAATGAAAAG ATACCTGATA TTTTACCCAA AGGGTACAGT
TACCGTTACA CAGGTGACGT GGAAAATATG GAAGATACCA ACAAAGCGTT TGGAGCGGCG
GTACTCTTGG CGGTTATTTT GATTTACTTA ATTTTAGCGG CATTGTATGA GTCTGTTATT
CAGCCTTTTA TTATTATGAT TTCGATGCCA CTCTCCTTTA CAGGCGTGAT GGTGGCGTTG
TATCTTAGTG GAAACTCTTT TAGTTTATTT GTCATGATTG GAGTTATTTT ACTCTTGGGA
ATGGTCGGTA AGAACGCTAT TTTGGTTGTG GATTTTGCCA ATCGCGCCAT TCACGAGGGC
AAAAGCATTG ATGAGGCATT GTTAGAAGCA GGAGAAAAAC GCTTGCGTCC AATTTTAATG
ACAACGTTTG CGATGATTGG GGCGATGATT CCACTCGCAT TTGGCAGTGG AGCAGGGCAT
GAGTTTAACT CGCCTATGGC ACTTGCGATT ATTGGAGGGC TCGTGAGTTC GACCCTTTTA
ACCCTATTGG TTGTACCTGC GATTTATAAA TTTATCTATC CGCTGGATGC GTGGCTTAGA
AAGTGGTATG AAAAGGGGAT TGTAAAATAA
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| Protein sequence | MYKLSINRPI TTLMGVLTFI VFGLMSYNTM PINLFPNVDF PIVTVQTTYN GADPSTVETK
VTDKIEEAVS GVDGIDKLMS TSYEGFSVVT IQFELTKDLD EATNDVRDKI GAINLPSEVD
KPVVKKLGAS GAVISLFIAD KGEDSKALMR LADEKLKSQL QRIKGVGEVN IVGYQDREIR
IFLDPFLLAK YALSSSDVSA IIAKQNIKQG AGKIINQNQE IIIKAEGDAK SVEAVGELLL
KPGVMLKDVA TIYDGLSDAK SYSSYNGARG VTLEVKKIAG ENSLTIINEV KKALPKLQHL
AGEHFEIKVL QDQSEKIMVN INNVRFDLIF GAFLSIVIVF AFLRNVTATI VSALAIPTSV
IGTFAIIDAL GYDLNRLTLI GLTLAIGIFI DDAIVVIENI MKKMEEGMEP FQASFEGIKE
VAFSILAISA VLLAVFIPVA FMDGIVGMFF NSFAMTVACG IVISYLVAVM FIPSVGARVL
QAKESWFYHA TEPILKAIDK SYVALLKPIL RFKTVAIIAT IGLLVASATL KVGMTFMPMQ
DNSEFQISIK APVGINLESM KAKMEPIDAL LKEDKNIVYS ISTIGYNAAK EIHKGKFYVK
LKPVVNREQT QEKIIQYYRE KLKTFSDMTI LVEKVDDFDT GGTTAPVQVV ITGDSLEELD
KISLKLMEIL KNTQGIVDVD RDFESGKPEV QISILRENAQ RVGVSVQEIT AVLASAYSSD
SAVSYFEDNG RQFDITVRYN DHYRQSLEDL KKLKVRNAEG EFVTLEGLLE LKEGTGTASI
NRFDRERKVL VTANIFNTSL DKIVAIINEK IPDILPKGYS YRYTGDVENM EDTNKAFGAA
VLLAVILIYL ILAALYESVI QPFIIMISMP LSFTGVMVAL YLSGNSFSLF VMIGVILLLG
MVGKNAILVV DFANRAIHEG KSIDEALLEA GEKRLRPILM TTFAMIGAMI PLAFGSGAGH
EFNSPMALAI IGGLVSSTLL TLLVVPAIYK FIYPLDAWLR KWYEKGIVK
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