Gene Sdel_1433 details

Gene Information

• Locus tag: Sdel_1433
• ID: 8592973
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Sulfurospirillum deleyianum DSM 6946
• Kingdom: Bacteria
• Replicon accession: NC_013512
• Strand: +
• Start bp: 1451353
• End bp: 1453302
• Gene Length: 1950 bp
• Protein Length: 649 aa
• Translation table: 11
• GC content: 38%
• Product: ABC transporter related protein
• Protein accession: YP_003304486
• Protein GI: 268680055

Plasmid Coverage information

• Num covering plasmid clones: 15
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

TTGGCACTGT TAGATTTAAT TGGAATACAC AAAGCATACG AAACCCAGAA AATTTTAACC 
AATGTTGATT TTTCACTCCA CGAAGGAGAG CGTGTAGCGA TTATTGGAAA AAATGGTGGC 
GGAAAATCGA CCCTCATGAA AATCGTTTAT GGCATTTTAG AAGCCGATGA GGGACGAAGG 
ATTTTGCAAA AAAATATTAA AGTCGGTATG TTAGACCAAA CACCCCGTTT TAAAGAGGGT 
ATGAATGTCA AAGAGGCGAT AGAAGAGGAA TTAAAAGAGC TTAAAAACGC CAAACTTCGC 
TACGATGAAA TTTTAACACT GCTTGAATCA AACTTTCATA ATGACGCCCT TTTACACGAA 
CAAAGCCACC TTGCCACGTT TTTAGATATG CACGACGCAT GGAGTTTGGA TGAAAAAATT 
GAAAAAGTCT TACAAGAGTT TGATCTCAAA CAGTTTGAAA ACAGCGATGT CAATCTACTC 
AGCGGAGGAG AACAACGCCG TGTGACCCTA GCTGGGCTTA TCTTGCAAAA GCCCGATATT 
TTATTGTTGG ATGAGCCAAC CAACCATTTG GATGTTTACA TGGTTGAGTT TTTAGAAGAG 
ATGATTTTAA AGGGAAAATT TACCCTGCTC TTTATCTCGC ATGATCGTTA TTTTATCGAC 
CATTTGGCGA CTCGAACGAT TGAAATTGAT GAGGGAAGTT TGCGTAGCTT TGAGGGAGGC 
TATGAAAATT ATCTTACATG TAAAGAGCTT TTAATTCTCT CCCTTCAAAA ACAGCATGAA 
AATCTTCTCA AATACCTCAA AGGCGAAGAA GAGTGGTTGC GTCGTGGCGT CAAAGCACGG 
CTTAAACGTA ATGAAGGTCG AAAACAGCGT GTATTTGAAC TGCGTGAAAA TGCGAAAAAA 
AATCCCTCTT TGGTGAAAAA ACTTAAACTA GAACTGGAGA GAGAAAAGCA TAATTTTAAC 
GGTGAGAAAA TCCTAAACAA ACAAAAAATG CTCTTTGAAA TGTACAATAT CCAGAAGAAA 
CTTGGCGATA AACTTCTCAT TCGTGATTTT ACAACCCGTA TTTTACAAAA AGACCGTATT 
GCGATTGTGG GGAAAAATGG AGCGGGAAAA TCAACACTCT TAAAAATTCT CCTTGGGGAT 
TTAAGTGTGG ATAGCGGTGT TTTCAATAAA GGTGATTTCA AAATTGGCTA TTTTGACCAA 
CAACGCTCTA TGCTGGATGA AAACAAAGAC CTCATTGAAA CTTTTTGTCC TAATGGCGGT 
GATAGAGTTG ATGTTAAGGG CAAAAATATG CACGTTTTTG GTTACCTCAA AAATTTCCTT 
TTTCCAAAAG AAGATTTAAA TAAAAAAGTG GGTGTACTAA GCGGTGGTGA GAAAAATCGT 
GTCGCTTTAG CCCTCCTTTT TGCGCAAGAA GTGGATTGTC TTATTTTGGA TGAGCCGACC 
AATGATTTGG ATATTCCAAC GATTAACATT TTAGAAGAGT ACATTCAAAG TTTTAATGGA 
GCGGTCATTT TTGTCAGTCA CGACCGCTAT TTTGTCGATA AAATAGCCCA AAAGCTCTAT 
GTTTTTAAAG GTGAAGGGGT TGTCGAAGAG AGTTATCAAG GCTACAGCGA ATATTTGGAA 
ATTGAAAAAG AGATTAAAGA GCTGGAGATG ATGGAAACAT CTGAATACAC ACCAAAAGAA 
GAGCCAAAAA CACAAAAAAC CAAAGAGACA CCACCCACTA AACTGAGCTA CAAAGAGCAA 
CGTCTGCTTG AAACACTCCC CTTGCAGATT CAAACCTTAG AAGATGAAAT CAAAGAGATT 
AAAGCCTGCC TTTCCAATCC AGCGTGTTAC CAAAATATTG GACTCACACA GCTCTCAAAA 
ACACTCGAAG AAAAAGAGGC TTCTTTAGAG CCTCTGATTG AAGAATTACT GCTGATTGAA 
GAAAAAGTAG AAATGATGCA AAAGGCTTAA 

 

Protein sequence

MALLDLIGIH KAYETQKILT NVDFSLHEGE RVAIIGKNGG GKSTLMKIVY GILEADEGRR 
ILQKNIKVGM LDQTPRFKEG MNVKEAIEEE LKELKNAKLR YDEILTLLES NFHNDALLHE 
QSHLATFLDM HDAWSLDEKI EKVLQEFDLK QFENSDVNLL SGGEQRRVTL AGLILQKPDI 
LLLDEPTNHL DVYMVEFLEE MILKGKFTLL FISHDRYFID HLATRTIEID EGSLRSFEGG 
YENYLTCKEL LILSLQKQHE NLLKYLKGEE EWLRRGVKAR LKRNEGRKQR VFELRENAKK 
NPSLVKKLKL ELEREKHNFN GEKILNKQKM LFEMYNIQKK LGDKLLIRDF TTRILQKDRI 
AIVGKNGAGK STLLKILLGD LSVDSGVFNK GDFKIGYFDQ QRSMLDENKD LIETFCPNGG 
DRVDVKGKNM HVFGYLKNFL FPKEDLNKKV GVLSGGEKNR VALALLFAQE VDCLILDEPT 
NDLDIPTINI LEEYIQSFNG AVIFVSHDRY FVDKIAQKLY VFKGEGVVEE SYQGYSEYLE 
IEKEIKELEM METSEYTPKE EPKTQKTKET PPTKLSYKEQ RLLETLPLQI QTLEDEIKEI 
KACLSNPACY QNIGLTQLSK TLEEKEASLE PLIEELLLIE EKVEMMQKA