Gene Sdel_1826 details

Gene Information

• Locus tag: Sdel_1826
• ID: 8593378
• 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: 1852331
• End bp: 1854283
• Gene Length: 1953 bp
• Protein Length: 650 aa
• Translation table: 11
• GC content: 42%
• Product: chemotaxis sensory transducer
• Protein accession: YP_003304876
• Protein GI: 268680445

Plasmid Coverage information

• Num covering plasmid clones: 18
• 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

ATGCAACAGT GGTCTATCTC CCAAAAAATC TACATCCCAC TTTTTGGCAG TATTTTTATC 
GGTTTTATTT TGGTTCTTCT CTTTTCTTAT CTAAGTATTC GCTCGATTGA AAAAGATGTG 
TATGAAAATG AAAAAGAGTC TCTGAGTATT TACCTTGACA ATCAACTCGA AAGCCAATAC 
GACATTGCCC TCACCAGTGC GATTAACATT GCATCGAACT ACTATGTGTT GGAAGCCCTA 
AGCCATCAAG ACCGCACCAT CGCCGCCAAA GGGCTTAAAG AGCTGATGCA AACCTACCAG 
TCCAAAACGG ACTATAAAGA AGCACAAATC CACATTCACA CCCACGATGT AAAAAGTTTT 
TTAAGAGAAT GGATGCCTAA AAAATTTGGC GATGACCTCT CTGGTTTTAG ACATACCATC 
CTTAAAGTTA AAGAGACAAA ACAACCCCTT AAAGCGATTG AAATGGGTGT GGCGGGTATG 
TCTTTAAGAG GATTGGCACC TGTGCTTAAG GATGGAGAAT ATCTAGGTTC GGTTGAGTTT 
ATCAACGCTT TTGATACCGT CGTTGAAAAC GCAAAAAAAG ACTTAGGAGC GAGTGTCATT 
TTCTTAACCG ATAAAAAGCA CCTAAACCTC AGTGCTACCG CTAAAGATGC ACTCCTTGCC 
AAAGATACAG CACTCTCACA ACAAAAAGAG ATCACCAACC TTACCCTCTT TGATGACATC 
AAATCTCTCT CCCTTACCAC TCTCTCTTCG CCCTTTATCA CAGATTCTTA TTTTGTTGTC 
CGTAAAGAGC TACTTGCCTT TAATGGAGAG CGCATTGGAG AAGTGCTGAT TGCCAAAGAT 
TTAAAAGCCG TTCAAGCGAT GGTGAAAGAA GCACAGTACG TTCTTGTAAA ACAGCTTATT 
ATCATGGGTA TTATCACAGG ACTTATCATG GCAATGCTCA TTGTAGCGCT GAAAAAAACC 
GTTATTACGC CTGTGAAAGA GCTTAAAACC CGTGCGGAAA ATCTCTCCAG TGGAGATGGT 
GATTTGACGA AAAAAATGGA AATTAAAAGT GGTGATGAGA TTGGACAAGC CTCTGAATCT 
TTTAATCGTT TTATAGACAA AGTACGTGCC ACCGTGAGCC TTGCAAAAAT TTCCAGCAGT 
GAAAATGCTT CGGTAGCCAA TGAACTGAGC TCAACCGCCC TTGAAGTAGG GAAACGAGCA 
GAAGAGACCT CATCAATCGT CAATGAAACC CATCAAATGT CACAAAATAT GAAAGAAGAA 
CTCAACGTCT CCTTACAAAA AGCACGAGAA TCTGAAAGTG AAATCGCTAT GGCACATGAA 
AAATTGCTCA ATGCCAAAAC GCATATTTTA AAAATGGCAG AACAAGTTCA ATCCGCTGCC 
CATACCGAAA TTGAACTCGC ACACCAGATT TCACAACTTA GCCAAGACGC CGACCAAGTG 
AAAAGCGTTC TGACTGTTAT TTCAGATATT GCCGACCAAA CCAATCTTCT AGCCCTCAAC 
GCAGCGATTG AAGCCGCACG TGCTGGAGAA CATGGACGTG GCTTTGCCGT GGTTGCGGAT 
GAAGTGAGAA AACTCGCTGA ACGTACGCAA AAAAGTCTGG TTGAGATTAA TGCGACCATC 
AATGTCATTA TTCAGTCCAT CAACGATGCG AGCGAGCATA TGAATGAAAA CTCTAAGAGC 
ATGGAGAGCC TCACACTCAT CGCCTCTGAT GTGGAAAAAA ACATTAATGA AACCACACTC 
ATTATGGACA ACGCAACCTT ATCAAGCGAA CATACGGTAC AAGATTATAT AAAAACAGGC 
AAAAATGTCG ATACCATCGT TCACAAAATC GAAGATATCA ACACCATTAC CCTAAGTAAT 
ACACGCAGCA TGGAAGAGGT CAGTGGAGCG ACGGATCATC TCAATGACCT CACTGAAAAA 
CTCAACAATG TTCTAGGAAC ATTTCGAACC TGA 

 

Protein sequence

MQQWSISQKI YIPLFGSIFI GFILVLLFSY LSIRSIEKDV YENEKESLSI YLDNQLESQY 
DIALTSAINI ASNYYVLEAL SHQDRTIAAK GLKELMQTYQ SKTDYKEAQI HIHTHDVKSF 
LREWMPKKFG DDLSGFRHTI LKVKETKQPL KAIEMGVAGM SLRGLAPVLK DGEYLGSVEF 
INAFDTVVEN AKKDLGASVI FLTDKKHLNL SATAKDALLA KDTALSQQKE ITNLTLFDDI 
KSLSLTTLSS PFITDSYFVV RKELLAFNGE RIGEVLIAKD LKAVQAMVKE AQYVLVKQLI 
IMGIITGLIM AMLIVALKKT VITPVKELKT RAENLSSGDG DLTKKMEIKS GDEIGQASES 
FNRFIDKVRA TVSLAKISSS ENASVANELS STALEVGKRA EETSSIVNET HQMSQNMKEE 
LNVSLQKARE SESEIAMAHE KLLNAKTHIL KMAEQVQSAA HTEIELAHQI SQLSQDADQV 
KSVLTVISDI ADQTNLLALN AAIEAARAGE HGRGFAVVAD EVRKLAERTQ KSLVEINATI 
NVIIQSINDA SEHMNENSKS MESLTLIASD VEKNINETTL IMDNATLSSE HTVQDYIKTG 
KNVDTIVHKI EDINTITLSN TRSMEEVSGA TDHLNDLTEK LNNVLGTFRT