Gene Suden_0806 details

Gene Information

• Locus tag: Suden_0806
• ID: 3764250
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Sulfurimonas denitrificans DSM 1251
• Kingdom: Bacteria
• Replicon accession: NC_007575
• Strand: -
• Start bp: 839156
• End bp: 842503
• Gene Length: 3348 bp
• Protein Length: 1115 aa
• Translation table: 11
• GC content: 32%
• Product: hypothetical protein
• Protein accession: YP_393320
• Protein GI: 78777005

Plasmid Coverage information

• Num covering plasmid clones: 13
• Plasmid unclonability p-value: 0.885506
• 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

ATGAATCAAG AAGAACTATT ACTTTGGAAT ATAAGAGAAA AGCAAAGAAA AAAAAGAAGC 
ACGGACGATG AACTTGATGA AGATCTTGTT TTTGAAAATG TTCCGAAATT TAAACAAGCA 
CCAGCTCGTG CTGCTAACAC AAGTACAAAT TTTAATGTTG ACACGCAAAC AAATTTTGAC 
GATAACTATA AGTTAAGCAG TAGTTTAACA GGGAATGCTT CTTTAAGTGT AAATGACGCT 
TCTCAGCAAT CATCTACTCA AAATATATCT TTTAAAAATA TTTCAACTGC TGATATAACT 
AGTCCAGCTC TCGTATCTGC AAAAGTACAA ACTTCATCAG ATAGCACAAC AGCATCAAGT 
TCTGCGTCTA GTCTAAGTTC TTCATCGTTT GCTACATCAC CTGTAATTGC AAATTTTGCA 
ATAGTAAAAA TGACTGGAGC AGATAACTTC TTTAAGTCGG CATATACAGT CGGTAAAGGA 
GCATCGATAA GAGCAACTAA AGCTATAGAC TACATTATGC GTGATGGTGC TTTTAAAGAT 
GAATCTAACG AAGCTACAGA ATTAAGAGCA CAGAAGCATA TCGACTACAT GTCAAGAGAT 
GAAGTAAAAG GTTCAGGCGG TGTCTTATAT GACAAAAACG GAAATGAAAT TTCAGATTCT 
CAGGCAAAAT CGATGATGCA AGATATCACT GGTGAACGCA GACTTGTATT TTCTCCGAAC 
TCTAATGTCA AGATGACAAA TGCCGAATTT TCAAAAGTGA TAACTAAAAC CATCAACACA 
TTTTCTCAAG ATTTTCATAA AAACTTTGAT TACACGTTTG CCATACATAG AAATACAGAC 
AATCCTCATG CACATTTAAT TCTCACGACT AAAGATGTTG GCGGTGATGG TGTTAAAATG 
TTTAAAGATG AGCTTTTTGA AATTAAACAG AGATTTTATG AAAATACAAA ACAACTTGCG 
ATGGATAAAT CAGATAGATA CGAAATATTT TACAAAGACA AATCTTATTT TTCTGAGGCA 
AAACAGATAG CAGGTTTTAC AGGCGATATG CCTACAAGTA AATTTGCAAA TCAAAATACA 
TATTTAATCA AAAAAATTGC AACTGCTTAC AAAATACCTA TCAATGAAAA AGCTTTGAAT 
TCAGCAGATA AAATTAAAGG CTTTTTTGAA GAGCATTCTG ATAAATATAA TGAGTTTATA 
ACTAATGCAA AAAATAGATA TGCAGATACT TTTACAAAAT ATTACAAAGA TTCTCTAGAG 
CTATCAGAAA AATATAGTCT AGGCGAAGTT CCAAAAGACG TAGAACAATT TAAAGCATTT 
TTAGATGAGA ATCAAAAACT CTTTCTTGCC GATAAAATAG CAACTGATAA AGGGCTTGAA 
CTATCTTCAA AACATCTCAA GGATGATATC ACAATAAATA AATGGTTTAC TGCAAATAAA 
GAAAAAATAA AAGAGTGGAA TACTGAAAAT GAACCACGAA TTTCAAAAGA GCTTTATAAT 
AGATTTGAAC ACCTAAATAA CAGAGTCGAT AAGCCATTTG AAATACCGCA AAAAAGGATA 
GATGGTATCA CACTAAACAA TCACTATAAG CTTGATAAAA TGATTTTTGC AAACGATACA 
AGAAAAGCTC TTGTTGATGT TGTTGAAGCT CGTATTAAGT ACTTTCAACA AGCTTCAAAA 
TCAAATGAAG TATCTAAAGA GGAGAAAAAA ACAAATATAG AGCGACTTGA CGGACTTAGA 
GGCAAAATAA AAGCTTATGA TGATATTACA GAATCTTCTT TAAAAAAATA TGGGATTGAT 
ACAAACTGTT TTTCAAAAGA TGAAAAAATA GTAGAGATGG ACGGTATCAG GCTAGAGCAT 
GGAGATAATG GAGTGAAGTT TGATTCTCTT TTAACAAAAG CAATCCAAAA TCCTGAATTC 
ACTCCAGAAC AAAAAGATAA GATAGAAAAA ATCAGTCATG TTGCTGACAA ACAGCAGCAA 
GTATCTGTAA GTGCTTTAGA AAATGCAGGG TTTAAAAGGG AAGAACTGTT AAAAGAGTTT 
AGTGTTGAGA AGATAGAAAC AAAACAGCAG ATTATAAATT TTAAAAAAAG TGATGAAGCT 
AGAGGATTTG GCAATATAAA TCTTAAAGAA TGGAAGCAAG ACAATTTAGA TAATTTCAAA 
CTGGCTAAAC CACAAGTAAG CGATAAACAG ATTAATTTTG CTCAAAAAAT AGCAAACAAA 
TTATATGAAG ATGTTGATTT TAGCAAAATG AATACACTTG AAGTCGGAAA ATATATAAAT 
GATAATGGTA CTGCTTTCAA CTCTGCAAAT CTGAATCCAA ATGAGCATTT GCTCAGCGTA 
GATGCCTCAA AACTTTCAAG CGAGCAGCAA GAAAATTATT TTAGAGACTT AACGAGAGCA 
GAGATGTTCT CTGCTTTTAA GAAAGATATA GACACTCTTG AGCTGCTGGA CCTAAAACAT 
GAAAAAGAGT TTCCACAGGA TAGTTTAGTT GAAAAACAGA TAAAGATAGA TTTGTATGCC 
ACTGCATTAG ATATAAAAAG CAAAGATTAC CTTGAGGTAA TGGTAAAAGA GCATACGCAT 
CTACAGTTCG AGGAAAATAT TAAAAAATAT GGGCTAGACA CTCCCATTGG CATGGCAAAT 
GAATTAAAAA GTCAAGGATT AAGCTATCAA GATGAAAAAT ATAGAGCTAT GGCAGATTTA 
ATAGTTGAAA AGCAGTTTGA TAAGCTCATG GAGAAACACG ACGGTACTAA TGATAGAGAA 
TTAGAAAATA GAAATTCAAA GATGATAGGT TTTGTAGATG GTTTCAAAGA GCAGCTGGAG 
CAAACAAGAG AGTACGAAGC TAAAATTGAT GAAATTGAAA ATGCAGTTGC TCAAAATGAT 
GTATTTAGAG CTATGAATCT AGTAGAACAA GTTGAAGAGC ATGATATGCG CGGCGTAGAA 
TTAAAAATAA ATGCTGCAAT TGAAGCACGA TTTGAGAGCG TAGAACTAGA ACTGCAAAAA 
GAGTTTAAAT TAGAGAGCAA ATTTTTAAAT GAAGAGCTAG AGGCTGCCCG TGAAGTAAAA 
ATAGAAAATT TAATAGAAAA TGGAAATTTT AGAACTGCAG AGATAGAGCT AAAAAATGGC 
AATTTAGATA GTGATATTCA ACAAAGGCTA GAAATGAAGC TTGAGCTTTT TAAATCAATG 
CAGCACACCG ATGAACCACT TTTTGACGAC TTTAAAATGC AAACTCAAAA AGATGAACAA 
CAAAACGAAG ATAATCAAAA AGTTAAAGAT GCAGCTCTGC AAGAAAAAGC ATTGGAAGAT 
ATAAATGTTG AAAAAGAGCA GATAAGAAGC TCAGGTATGG GAATGTAG 

 

Protein sequence

MNQEELLLWN IREKQRKKRS TDDELDEDLV FENVPKFKQA PARAANTSTN FNVDTQTNFD 
DNYKLSSSLT GNASLSVNDA SQQSSTQNIS FKNISTADIT SPALVSAKVQ TSSDSTTASS 
SASSLSSSSF ATSPVIANFA IVKMTGADNF FKSAYTVGKG ASIRATKAID YIMRDGAFKD 
ESNEATELRA QKHIDYMSRD EVKGSGGVLY DKNGNEISDS QAKSMMQDIT GERRLVFSPN 
SNVKMTNAEF SKVITKTINT FSQDFHKNFD YTFAIHRNTD NPHAHLILTT KDVGGDGVKM 
FKDELFEIKQ RFYENTKQLA MDKSDRYEIF YKDKSYFSEA KQIAGFTGDM PTSKFANQNT 
YLIKKIATAY KIPINEKALN SADKIKGFFE EHSDKYNEFI TNAKNRYADT FTKYYKDSLE 
LSEKYSLGEV PKDVEQFKAF LDENQKLFLA DKIATDKGLE LSSKHLKDDI TINKWFTANK 
EKIKEWNTEN EPRISKELYN RFEHLNNRVD KPFEIPQKRI DGITLNNHYK LDKMIFANDT 
RKALVDVVEA RIKYFQQASK SNEVSKEEKK TNIERLDGLR GKIKAYDDIT ESSLKKYGID 
TNCFSKDEKI VEMDGIRLEH GDNGVKFDSL LTKAIQNPEF TPEQKDKIEK ISHVADKQQQ 
VSVSALENAG FKREELLKEF SVEKIETKQQ IINFKKSDEA RGFGNINLKE WKQDNLDNFK 
LAKPQVSDKQ INFAQKIANK LYEDVDFSKM NTLEVGKYIN DNGTAFNSAN LNPNEHLLSV 
DASKLSSEQQ ENYFRDLTRA EMFSAFKKDI DTLELLDLKH EKEFPQDSLV EKQIKIDLYA 
TALDIKSKDY LEVMVKEHTH LQFEENIKKY GLDTPIGMAN ELKSQGLSYQ DEKYRAMADL 
IVEKQFDKLM EKHDGTNDRE LENRNSKMIG FVDGFKEQLE QTREYEAKID EIENAVAQND 
VFRAMNLVEQ VEEHDMRGVE LKINAAIEAR FESVELELQK EFKLESKFLN EELEAAREVK 
IENLIENGNF RTAEIELKNG NLDSDIQQRL EMKLELFKSM QHTDEPLFDD FKMQTQKDEQ 
QNEDNQKVKD AALQEKALED INVEKEQIRS SGMGM