Gene Suden_0010 details

Gene Information

• Locus tag: Suden_0010
• ID: 3763829
• 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: 13468
• End bp: 16977
• Gene Length: 3510 bp
• Protein Length: 1169 aa
• Translation table: 11
• GC content: 41%
• Product: filamentous haemagglutinin-like protein
• Protein accession: YP_392526
• Protein GI: 78776211

Plasmid Coverage information

• Num covering plasmid clones: 21
• 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

ATGAAAAGCT TTATGAATAA TCTTGAATAT AGTTCAAGAT TTAGGATATT AAAAGGCGGA 
AAGATTAGCT TAGTCGTCTC TGCTTTAATA GGAAGTATCA CAATACTTTC AGCTTCGCCG 
ACAGGCGGAG TAGTAACAAG CGGTGTTGCA AACATCTCTC AAAGCGGCTC AGCCACCAAC 
ATAACCCAAA GCTCCCAAAA AGCCACCATC AACTGGCAAA ACTTCTCTAT CGGTGCAAAT 
GAGACAGTTA ATTTTGCTCA GCCAAATGTA AATGCTATCG CTCTTAACCG TATAGTTGGA 
AATGAGAGAA GTGTAATAGA GGGAGCACTA AACGCAAACG GACAAGTTTG GATACTAAAC 
TCAAACGGTG TGCTTTTTAA CAAAAGTGCA AGTATAAACA CAGCAGGACT TGTAGCTACA 
ACAAAAAATA TCTCAGATGC AGACTTTAAC GCAGGTAACT ATAACTTTAC AGGCGAGAGT 
ACAGCAAGCG CTATCAACAT GGGAACTATC AACATCTCGG ATAGTGGTTA CGCATCATTA 
CTTGCTGAGA AAGTTGGAAA TGCTGGAACT ATCACAGCGT ATAAAGGGAA AATTACCCTA 
ACTGGTGCAA ATGAAGCAAC CATCAACCTA AATGGAAACT CACTTGTAAG CCTCACAGTA 
GATAAAGGTG TGCTTGATGC AATGGTTATC AACAAAGGTG CAATCATCGC CGATGGCGGA 
GCAATCTACT TAACAACAAA TGCAGTAGAT GAACTACTCA AAGGTGTTGT TAACAATACA 
GGAATAATTG AAGCAAATTC ACTAGAGGGT GTAACGGGGT ATGTGGAACT TTTTGCACAT 
GGTGGAACGG CACAGGTTGA TGGAACCATC AAAGCTGAGG GTGGGTTTGT CGAAACATCT 
GGAAAAGTTT TAGATATCAA ACCAAGTGTT ATCGTCAAAG CAGACAAATG GCTGTTAGAC 
CCAGTGGATA TCGTGATTTA TCATGATGAT GGCGGTGAAA AACACGATTC TACTTTTATT 
GATATCAAAG GGGATGATGA TGAGGGCTAT GTTGGAGAAG ATGATATTAA TTTTTGGAAT 
GATTCCTACG AAAACCCAAC AACACCATTA GATGAAGTGT CGAACCCAAC TGACCCAAGT 
AACTTGTTAA CTTTTTCGGA TGCTACTTCA TATATTGCCG ATAGCACGAT TGAACTTGCA 
ATCAACGCAG GAACAAGTGT CTATATCACA ACCTTTAATG ATGGGAAATC TGGAAACGGT 
GACATCACAC TCCAATCGGG CGTTTCCATC ATCAACTCAA GTACAGGAAG AGATTGGCAA 
GATTACTCTG TTGGACTCTA TCTTTATGCT AATCGCAATA TTATTGCCGA TAATGTAACG 
ATTGGCGGAG ATAGTGCGGA TCATCCGCTT AATGTTTATT TTCGTGCCAA CCAAGCAGAA 
ATTTCAAAAA TAAATTTTAA GGTGGATGGA GGGGAAGAAG AAGCTTATTA TTATACTTCT 
CCTCAACACA TCGAAGAAAG TAAGACTGCG CAAGATTCGA TAACAAGTGA CCAATTTACA 
GGGTACATCA AAGTAACCAA CTCTACTTTC AATACCTTTG GTGGCGGAGT GGGATTTAAA 
GGAGCCAACT ATTTATACTA CACAAGAGGC GATGCGACCA ATCCAGGGGT GTTATTACAA 
GATAGCACTA TCAATACTGG AGGAGAAGGT GTTGAGGATT CAGGCTCTGT CTCTCTAACT 
GGAGGCAATA GCGCACTAGG AGGAATTGGG GTTAAAATAG ATAATTCTAC GATTGATACA 
TCTGCAGGAT ATATTGATAT TAGTGGAGTA GCAACCAATG GTGATGCGAT AAGTATTTCT 
GGAGGCTCTG TTTTAAAAGC GAATCGTATT GAGATGGAAG GTGCTGTATT TGCCAATGGT 
ACGACATCCT CAGGCAGTGT GGGCATCCGC ATTAAAAACA CAACTATAAC ATCCACTGCA 
GTGGAACTAC AAGCAGAAGA TGGCTATAAC AGCAATGATG AAAGATTTCC TACCCTAACT 
GGTGTTGATA GTGATTATAC TCAAAACAAT AAGGCGGTAG GTATAAGCTT GGAGGGGGGA 
GCTGTATTTG ATGAACTCTC ATCAGGAGAG GGCATCTCTT TTTCAATTTA TGATTACAGC 
TTTTATGGGG TAAGTTTAGG AGATAGCTCC AACGGAGGTG CAACAATCGG CTCAACCACT 
GGACCACTCA ACATGTGGTA TAACAAATCT GCTTTAGGAG TTGCCACACC GTTTCAGTAT 
GTAGGAGATG CCCCTTTAAC ACTTCAATCT AATGGCAGTG GAACTATTAC ATTAACCAAT 
AATTCTTATG ATCCAAGTAA TGGAGATTCT CCGTATCCGA CAATTGTTGG TGAAACTACT 
ATGGGAAGTG CTCAAGGAAT TTGGTTTAGT GATACAGATT TAAATAAATG GGTAAAAGCG 
TCCGCATTCG ACAAAGTGAT TATTAATGAT GGAAATTCGC AAAGTAGTGT GATTGTGCAA 
AACTATAATC TTGCAAGTCC AGTTGCAAGC ACATTTTTTC ATGGTGAAAC CATTACTCTT 
AAAGATACTG CCACTATTAC CAGAAGTCCA GAGAACATGG CTTTTGTGAC TTGGGCATCC 
GACGAAGCTA ATACTTTTAA TGATGAAGGG GCTACATTTA CTGGTGAGGG TAATTATTAT 
GTGTATGTTA AGAATAGCAA TGCTGTAACA CAAACGGCAT TGTCATTAAT AGACGGAAAT 
TATCATTACG ATTATGATAC CAATGAGTTT ACAAATAATG AGAGTGGAAG TAACCCACCT 
GTCGGTAGCT ATGTACTTTG TTCAGATGGA ACTTGCGGAG AACTATTGAA TGGAGGCTCA 
GGAGGTTCAG GTGAAGAAGA GTCAGGCGGT TCAGGAGGTT CAGGAGGTTC AGGAGGTTCT 
GGAGGTTCTG GAGGTTCTGG AGGTTCTGGA GGCGGTGGAA GTTATACGCC ACCAGCTCCA 
ACACCACCAC CACCAGTTGT GGTAGTTCCT CCAGTTGTAA CTCCGCCAGT TCAAGCTCAA 
AAGATAGCAG ATGTGGTAAC AACTATAGTA AACACAAACT CAGTAAAAGT AGAACTTCCT 
AAAGAGGTAA CCACGCAGGT AAATACAAAC TTTACATCAT CAGTAGCTGC TACAGTTGTA 
GCACCTAAGA CAACTATAAC AAGCAGCCCT ATGTTGGCAA CTCTTGAGAC TAAACTTGGT 
ATTACCGCAG GAGAGGGAGT ATCTCTATCT TCTATAACTA TAGAGGGAAC GCCAACAGAA 
ATTGTTACTC TAAGCCAACT CCAAACTATG TCAGATAGCC AACCACAAGC AAATAGCTCA 
GATAACGCAG CTAGCACTAC AGTTACAGAA ACTAGAGTAG CCCTTAGCGA AAACTCTATC 
ATAGACCTTA TAAACGGTGG AGTGCATCTA CCAGAGGGCG TAGATCAACA GTTCTATGTA 
ACTAAAACTC CTAAGAAAAA AAGTAACTAA 

 

Protein sequence

MKSFMNNLEY SSRFRILKGG KISLVVSALI GSITILSASP TGGVVTSGVA NISQSGSATN 
ITQSSQKATI NWQNFSIGAN ETVNFAQPNV NAIALNRIVG NERSVIEGAL NANGQVWILN 
SNGVLFNKSA SINTAGLVAT TKNISDADFN AGNYNFTGES TASAINMGTI NISDSGYASL 
LAEKVGNAGT ITAYKGKITL TGANEATINL NGNSLVSLTV DKGVLDAMVI NKGAIIADGG 
AIYLTTNAVD ELLKGVVNNT GIIEANSLEG VTGYVELFAH GGTAQVDGTI KAEGGFVETS 
GKVLDIKPSV IVKADKWLLD PVDIVIYHDD GGEKHDSTFI DIKGDDDEGY VGEDDINFWN 
DSYENPTTPL DEVSNPTDPS NLLTFSDATS YIADSTIELA INAGTSVYIT TFNDGKSGNG 
DITLQSGVSI INSSTGRDWQ DYSVGLYLYA NRNIIADNVT IGGDSADHPL NVYFRANQAE 
ISKINFKVDG GEEEAYYYTS PQHIEESKTA QDSITSDQFT GYIKVTNSTF NTFGGGVGFK 
GANYLYYTRG DATNPGVLLQ DSTINTGGEG VEDSGSVSLT GGNSALGGIG VKIDNSTIDT 
SAGYIDISGV ATNGDAISIS GGSVLKANRI EMEGAVFANG TTSSGSVGIR IKNTTITSTA 
VELQAEDGYN SNDERFPTLT GVDSDYTQNN KAVGISLEGG AVFDELSSGE GISFSIYDYS 
FYGVSLGDSS NGGATIGSTT GPLNMWYNKS ALGVATPFQY VGDAPLTLQS NGSGTITLTN 
NSYDPSNGDS PYPTIVGETT MGSAQGIWFS DTDLNKWVKA SAFDKVIIND GNSQSSVIVQ 
NYNLASPVAS TFFHGETITL KDTATITRSP ENMAFVTWAS DEANTFNDEG ATFTGEGNYY 
VYVKNSNAVT QTALSLIDGN YHYDYDTNEF TNNESGSNPP VGSYVLCSDG TCGELLNGGS 
GGSGEEESGG SGGSGGSGGS GGSGGSGGSG GGGSYTPPAP TPPPPVVVVP PVVTPPVQAQ 
KIADVVTTIV NTNSVKVELP KEVTTQVNTN FTSSVAATVV APKTTITSSP MLATLETKLG 
ITAGEGVSLS SITIEGTPTE IVTLSQLQTM SDSQPQANSS DNAASTTVTE TRVALSENSI 
IDLINGGVHL PEGVDQQFYV TKTPKKKSN