Gene Fjoh_3880 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagFjoh_3880 
Symbol 
ID5093791 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameFlavobacterium johnsoniae UW101 
KingdomBacteria 
Replicon accessionNC_009441 
Strand
Start bp4620521 
End bp4622236 
Gene Length1716 bp 
Protein Length571 aa 
Translation table11 
GC content36% 
IMG OID644743302 
Productglycoside hydrolase family protein 
Protein accessionYP_001196210 
Protein GI146301619 
COG category[G] Carbohydrate transport and metabolism 
COG ID[COG3507] Beta-xylosidase 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones24 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

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

Sequence

Gene sequence
ATGATTAAAG GAAATATCTT TTTTTTACTG GCAGCAGCAC TTCTGTGTTC TTATACAGGA 
ACTGCTCAGA AAAAAATGCA ATCAAAAAAA ACAGCTGTTT TTTCTAATGT CGTTTACAAT
GGTGATGATC AGATTTATAA AAATAATCCA TTAAAACCAG ACGAATTTTA TACGCCTATT
TTACAGGGAT GTTATCCAGA TCCTGCCATT ACCAAAAAAG GAGATGATTA CTACATGGTA
TGTTCTTCAT TTGCAATGTT TCCCGGCGTG CCTATTTTTC ATTCCAAAGA TTTAGTAAAC
TGGACAGATT TGGGAGGTGT TTTAAACAAT GTATCCGAAT TTAATCCGCA TGATACCGGA
ATCAGCGCAG GAGTATATGC ACCCGGAATT ACCTACAATC CGCACAATGA TACTTTTTAT
ATGATTGTGA CAGCCTTTTC AGGTGGCCTT GGAAATATCA TTGTCAAAAC AAAAGATCCC
ATGAAAGGAT GGGGAAGCCC TATAAAATTA GACTTCGGCG GTATTGATCC TTCAATCTTT
TTTGATGAAA ATGGCAAAGG ATATATCGTT CATAATGACG CACCCGATAA AGGAAAAGAA
TTATACGAAG GACACCGTGT AATTAAAGTT TGGGAATATG ATCTTACTAC TGATAAAGTA
ATTCCCGGCA CCGATAAAAT TATTGTAGAC GGAGGAGTAG ACCTTTCTAA AAAACCTATT
TGGATTGAAG CACCGCATTT ATATAAAAAA AATGGGAAAT ATTATTTAAT GTGTGCCGAA
GGCGGTACAG GAGGAAATCA CAGCGAAGTT ATTTTCACCA GTGATAGTCC AAAAGGCCCT
TTTAAACCAG CATCAAATAA CCCGATTCTT ACCCAGCGTT ATTTTCCAAA AGACAGAGCC
AATAAAGTAG ACTGGGCAGG CCACGCTGAT TTAATACAAG GACCGGACAA TAAATATTAC
GGTGTTTTCC TGGCAATCCG ACCTAACGAA AAAGACAGAG TAAATATAGG AAGAGAAACT
TTTATACTTC CTGTAGACTG GTCTGGCGAA TTTCCTGTTT TTGAAAACGG ATTAGTTCCT
ATGCAGCCAA AACTAAAAAT GCCGGCTGGA GTTACAAACC AAACCGGAAA AAATGGGTTT
TTTCCAAATG GAAATTTCAC TTTTACCGAA AATTTCACTT CTCAAAAATT AGATTACAGA
TGGATAGGAT TAAGAGGTCC TCGCGAAAAC TTTAGTTCAG TAAGTAAAAA AGGTTTAGAA
ATAACGCCTT TTGAAGTAAA CATTAAAGAA ATGAAACCTA CTTCGACACT TTTTTACAGA
CAACAGCACA ATACTTTCTC ATTTACAGCA TCAGTTGATT ACAAACTGCA GTCAGAAAAA
GATCTGGCAG GAATTGTATG TCTTCAAAAT GAACGTTTTA ATTATGTTTT CGGGATTACT
AAAAAAGGAA ATGATACTTT TATAATACTG GAAAGAACAG AAAAAGGACA GTCAAAAATT
ATAGCAAGTT CTAAAATCAA AATAACAAAT ACACTTCGTC TGCAGGTAAA AGCTGCGGGA
GACAATTATG AATTCAGTTA TGCTGTAAAT GGAGTTGATT TTGAAAATTT AGGCGGAACC
GTTTCTGGCG ATATTCTTTC AACAAATGCT GCCGGAGGTT TTACAGGGGC ATTAGTAGGT
TTATATGCTA CTTCGGCTAA TGATGCTCAT CCATAA
 
Protein sequence
MIKGNIFFLL AAALLCSYTG TAQKKMQSKK TAVFSNVVYN GDDQIYKNNP LKPDEFYTPI 
LQGCYPDPAI TKKGDDYYMV CSSFAMFPGV PIFHSKDLVN WTDLGGVLNN VSEFNPHDTG
ISAGVYAPGI TYNPHNDTFY MIVTAFSGGL GNIIVKTKDP MKGWGSPIKL DFGGIDPSIF
FDENGKGYIV HNDAPDKGKE LYEGHRVIKV WEYDLTTDKV IPGTDKIIVD GGVDLSKKPI
WIEAPHLYKK NGKYYLMCAE GGTGGNHSEV IFTSDSPKGP FKPASNNPIL TQRYFPKDRA
NKVDWAGHAD LIQGPDNKYY GVFLAIRPNE KDRVNIGRET FILPVDWSGE FPVFENGLVP
MQPKLKMPAG VTNQTGKNGF FPNGNFTFTE NFTSQKLDYR WIGLRGPREN FSSVSKKGLE
ITPFEVNIKE MKPTSTLFYR QQHNTFSFTA SVDYKLQSEK DLAGIVCLQN ERFNYVFGIT
KKGNDTFIIL ERTEKGQSKI IASSKIKITN TLRLQVKAAG DNYEFSYAVN GVDFENLGGT
VSGDILSTNA AGGFTGALVG LYATSANDAH P