Gene Suden_1514 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagSuden_1514 
Symbol 
ID3763314 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameSulfurimonas denitrificans DSM 1251 
KingdomBacteria 
Replicon accessionNC_007575 
Strand
Start bp1588404 
End bp1591226 
Gene Length2823 bp 
Protein Length940 aa 
Translation table11 
GC content39% 
IMG OID 
Productnitrate reductase catalytic subunit 
Protein accessionYP_394026 
Protein GI78777711 
COG category 
COG ID 
TIGRFAM ID 



Plasmid Coverage information

Num covering plasmid clones
Plasmid unclonability p-value7.49729e-08 
Plasmid hitchhikingNo 
Plasmid clonabilityunclonable 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGTCACTTT CGAGAAGAGA ATTTCTTAAA AGTTCAGCGG CAGCATCTGC AGCAGCAGCG 
ATTGGTATGA GTGTACCAGC AGAGCTAGAG GCAGCAGCGG CTACGGCTGA GGGCGACTGG
AGATGGGACA AGGCAGCTTG TCGTTTCTGC GGTACAGGTT GTGGAATTAT GATGGCAACA
AAAAACGGTA AAATTGTTGC TGTTAAGGGG GATCCAGCGG CTCCAGTAAA TCGTGGTCTT
AACTGTATTA AGGGTTACTT TAATGCTAAG ATTATGTATG GTGCAGATAG ATTAACTCAG
CCATTACTTA GGGTTGATGC GAATGGAAAA TTTGATAAGC AGGGTAAATT TGCTCCAGTA
TCTTGGAAGA GAGCTTTTGA TGAGATGGAA ATCAATATCA AAAAAGCACT CAAGCATGGC
GGTCCAGAAT CAGTTGGTAT TTTTGCTTCA GGGCAATATA CAATTATGGA GGGCTATGCA
GCTCAAAAGA TGATGAAGGG TGGATTCCGC TCAAACGCAT TTGATCCAAA TGCTCGTCAC
TGTATGGCAT CTGCGGTTGT TGGTTTTTAT CAAACATTTG GTGTTGATGA ACCTTCTGGC
TGTTACGACG ATATTGAATT AACAGATACT ATTGTATCTT GGGGTTCAAA CATGGCTGAG
ATGCACCCGA TTTTATGGTC TCGTGTAACT GATAGAAAAT TATCAGACCC AGATCGTGTA
AAGGTCGTAT CTATCCAAAC TTATACACAC AGAACTTCAG ATATTGCAGA TATTGAGATT
ATATTCTCTC CAAATACTGA CCTTGCACTT TGGAACTATA TCGCTAGAGA GATAGTTTAT
AGAGATGCGG CTGAGGGAAT TATTGACTGG GATTTCATAA AAAAACATAC TATCTTTACA
GCTGGACCAG TAAATATTGG TTATGGTATG AGAAGAGCTG GTGAAAAATC TCTAACAGAT
GGTAAATATA CTCCGCTTGA GATGGAGATT ATCTCTAAAG AGATGAAAAC TACTGTTTCT
AAAAAAGAGG GTCCTGCGCT AGAACCATAT GGTTATAAAG CTGGTGACAC AATGGAGCAT
ACTGCTGGAA CTTTAGGACA CTGGGAAATC TCATTTGAAG ATTATAAAAA ATCTCTTGAG
CCATATACAC TAGAATATAC TGCAGCAATT GTAAAGGGTG ACCCTGATGA AAATATGGAG
CTTTTCCAAA ACAAACTTCA AGCATTAGCA AATCTTTATA TTGAAAAAAA TAGAAAAGTT
GTATCTTTCT GGACAATGGG TATGAATCAA CATACACGTG GTACTTGGGT AAATACACTT
TCATATAATG TTCACTTTAT GCTAAACAAA CAAGCTGTTC CAGGTTCTGG AGCGTTCTCT
TTAACAGGAC AACCATCAGC TTGTGGTACT GCTCGTGAAG TTGGTACATT TACACACAGA
CTTCCAGCTG ATATGATGGT TGCAAATCCT GCGCACAGAA AAATCGCTGA GAACAAGTGG
ATGGTTCCTG AGGGAACAAT AAATCCTGTT GGAACTCAAG ATATCATGAG AATCCACCGC
GATATTGAAG ATGGTCTAAT CAAATTTGCA TGGGTAAATG TTTGTAATCC TTACCATGAC
ACTGCAAGTG CTAGTCACTG GATTAAAGCA GCTCGTGAGA TGGACAACTT TATTGTTACT
TCTGATGGAT ACCCAGGTAT CTCTGCAAAA GTTTCAGACC TTATCTTGCC TTCTGCTATG
ATTTATGAGA AGTGGGGAGC TTATGGAAAT GCTGAGCGTC GTACACAACA TTGGAGACAA
CAAGTTCTTC CAGTTGGTGA TGCGATGAGT GATACATGGC AGTGGATTGA GCTTTCAAAA
AGATTTACAG TAAAAGAAGT ATGGGGCGAA TGGGCACCAT CTGGCTCTAG AAAAGAAGCT
CTTCCTAGCG TTATAGAAAA AGCTAAAGCT ATGGGGTATA ACGAAAATAC AACTATGTTT
GAAATTCTTT TTGCTAATGA TATTGCAAAA TCTTACAAAC TTGATCAAAA TGATCCAATT
CAAAAAGGTT ATGATAATAC AGAAGGTTAC GGAGACAGCA GAAAAGTTGT TGGAAGTGAT
GGAAAAGTAT TTGAAGGTTA TGGCTTCTTT ATTCAAAAAT ATCTTTTTGA AGAGTATGCT
GCATTTACAC GTGGACACGG GCATGACCTT GCACCATTTG ACATGTACCA TAAAGTTCGT
GGTCTTAAGT GGCCAGTTGT TGATGGTAAA GAGACTCAGT GGAGATTTAA CGCTAAGTAC
GATCCTTATG CTGCAAAAGC TACAAAAGAG AGTGGTAACT CACATGCATT CTACGGAACT
ATTGCAAAAG CTCTAAAGAG CGGAGATTTA AAAGGTATGG ATAAAAATAC TGAACAAAAA
TCATTAGCTA ACAAAGCTAA AATCTTTGCT CGTCCATACA TGGATCCACC AGAAATGCCA
GATGACAACT ACGATGTTTG GTTATGTACA GGTCGTGTAC TAGAACACTG GCACTCAGGA
ACAATGACTA TGCGTGTACC TGAACTATAT CGTGCAGTTC CAGAAGCTCT ATGTTATATG
AATCCAAAAG ATGCTGAAGC TAAAGACCTT AAACAAGGTG CTCTATGCTG GATTGAATCT
CGCCGTGGTA AAGTTAAAGC TAGGGTAGAG ACTCGTGGTA GAAACAGACC TCCAAGAGGA
TTGGTCTTTG TTCCATGGTT TGATGAAAAA GTATTTATCA ACAAAGTTTG TCTTGATGCA
ACATGTCCAA TGTCAAAACA GACAGACTTT AAAAAATGTG CTGTAAAAAT CTATAAAGCG
TAA
 
Protein sequence
MSLSRREFLK SSAAASAAAA IGMSVPAELE AAAATAEGDW RWDKAACRFC GTGCGIMMAT 
KNGKIVAVKG DPAAPVNRGL NCIKGYFNAK IMYGADRLTQ PLLRVDANGK FDKQGKFAPV
SWKRAFDEME INIKKALKHG GPESVGIFAS GQYTIMEGYA AQKMMKGGFR SNAFDPNARH
CMASAVVGFY QTFGVDEPSG CYDDIELTDT IVSWGSNMAE MHPILWSRVT DRKLSDPDRV
KVVSIQTYTH RTSDIADIEI IFSPNTDLAL WNYIAREIVY RDAAEGIIDW DFIKKHTIFT
AGPVNIGYGM RRAGEKSLTD GKYTPLEMEI ISKEMKTTVS KKEGPALEPY GYKAGDTMEH
TAGTLGHWEI SFEDYKKSLE PYTLEYTAAI VKGDPDENME LFQNKLQALA NLYIEKNRKV
VSFWTMGMNQ HTRGTWVNTL SYNVHFMLNK QAVPGSGAFS LTGQPSACGT AREVGTFTHR
LPADMMVANP AHRKIAENKW MVPEGTINPV GTQDIMRIHR DIEDGLIKFA WVNVCNPYHD
TASASHWIKA AREMDNFIVT SDGYPGISAK VSDLILPSAM IYEKWGAYGN AERRTQHWRQ
QVLPVGDAMS DTWQWIELSK RFTVKEVWGE WAPSGSRKEA LPSVIEKAKA MGYNENTTMF
EILFANDIAK SYKLDQNDPI QKGYDNTEGY GDSRKVVGSD GKVFEGYGFF IQKYLFEEYA
AFTRGHGHDL APFDMYHKVR GLKWPVVDGK ETQWRFNAKY DPYAAKATKE SGNSHAFYGT
IAKALKSGDL KGMDKNTEQK SLANKAKIFA RPYMDPPEMP DDNYDVWLCT GRVLEHWHSG
TMTMRVPELY RAVPEALCYM NPKDAEAKDL KQGALCWIES RRGKVKARVE TRGRNRPPRG
LVFVPWFDEK VFINKVCLDA TCPMSKQTDF KKCAVKIYKA