KEGG   Bacteroides caccae: CGC64_07225
Entry
CGC64_07225       CDS       T05064                                 
Name
(GenBank) hypothetical protein
  KO
K15923  alpha-L-fucosidase 2 [EC:3.2.1.51]
Organism
bcac  Bacteroides caccae
Pathway
bcac00511  Other glycan degradation
Brite
KEGG Orthology (KO) [BR:bcac00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    CGC64_07225
Enzymes [BR:bcac01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.51  alpha-L-fucosidase
     CGC64_07225
SSDB
Motif
Pfam: Glyco_hyd_65N_2 Glyco_hydro_95_C Glyco_hydro_65m DNA_pol_IIIA_C
Other DBs
NCBI-ProteinID: ASM65769
Position
1842310..1846965
AA seq 1551 aa
MELISSVTMKKHVLICGLGILLGFLLNTGVLAAANSSIGRWTIWSKNPALQWEDAFVTGN
GKIGSLIAGRPQEERITCVHEELFIRGWDRHKVTVPQTAQLMPYVRQLMEKGKSDEAAWL
LTDEAERQLRAMGANQRWPLIPHPAFDLCIRQLDKLPLPVADYRRQLNLETGEATVVWKQ
GAGSFTESVFSSRKDNVNVIRLKASNKGKINVELSLEETPGREGEHFEHDLDHAFSEVNR
EASGHWLTYHAAYDKDPGGYDGVAKVTLRGGNIQTKGKSLVVRNAEEVLIIVSIVPQEDA
RNASLDAVKAGLDKLAANYDKLLRPHAQKHSELFHRMQLDLGCGEQWTVTPTEQMLAQIK
ETGPTPLFLEQLHAMGRYLLISSCGKFPPPLQGIWSGGWKPAWIGGFVWDSNLNLAISAT
TMSNLPECAESYNRHIESLLPGWRLNARNYLGCRGFVVAHYNDPTNGYLTHFGSSFPWMF
WAGGAGWNLRPLYEYAMLTGNVTYLKEKVYPLYKEMADFYEDYLVEGTDGLYHITTSISP
ENAPKGTNTWLSKDATMDVAIAREVFTFLCDMGRRFHASSAEMERWNAILQKLPAYRINN
DGALAEWVDPAYPDIYNHRHNSHLYPVFPGIDLVGPDADPALQKAAKVALDKRFGFDTSS
AHGLIHLALQAARLGDADKVRQNIERFSKRNYLYDGLITSHEPGRAIFNLDAILSFPRLL
MEMLVFTKSGYIEFLPAWPVGFPDGSLKGMRIYGGHTLDICWKAGRLESFTIHAVADETL
EWAHDGMKECLELKKDKPFQWRRQAVGAQMQRMESMYDEQKDEAFFAGKRNLLTAKWEEP
FSYESIRSKHAPMGPFMGNGDVGCVSHTTANSQTIRISKVDFVTDGWEDWTGRGPAALPI
GGIKVSVDAPSAEGFRYEMDMLGNELRMTSGTLPAVEMTSWMGRGSNVIVTELVTASEHP
VTITVDTYAGGTTSNYEDKAIVKGTIAQAYRRTLTDSVRWISQAGVSTRIFGAVSSVKQD
AENNVKSTFTLNAGEKVYVVTYVSGGGTEDNARLDEAYVRLTSLSVKDLRRLKQQKDLWW
TEMWRRSYVETGDDLIDRQYLVSVYLQASAYDEHSPACGGMYGVWNMDDEMNYHGDIHLN
YNSQGGFYSMFSSNRPELAMPYYRFLEGMIPEGRRRAKEELELVHPSLKGKSCRGLLFPV
SALGIGGFYCTYWQQTVNAPFNVPLFSWYYEYTGDETFLRERAYPFIRECGDFYEDYIQK
ERYGNSYRYTITTGGHENSWDLNPPSDVAFVEQTFRLLLRYSQILNMDADRRDKWQDIVD
HLPAYKVIMPTRQPNQGLPVYAKNEAGWDAPNHMIQLHAAYPCEVLNLASSPEALQIARN
TVHYYFVAQEGYKLMNELGLSAYVMGARVAFDPEILIDKMRYQAETAGKNFLITDGHHCL
EKSAIMEAVHSMMLQTVDDVLYLFPDWMKKPASFTRLRAKGGFLVSASYDGAQVTELKIQ
AGKAPVCKIRNPWSDREIEVTANGRTVPVTIYRDYCAFSVRENEVYHVVCK
NT seq 4656 nt   +upstreamnt  +downstreamnt
atggaattaatatcatcagtaactatgaagaagcatgttttaatctgtggattaggaata
ttattgggatttttgctaaatacaggtgtcttggctgccgctaattcttctatcggtcgt
tggactatctggtcgaagaaccctgcattgcaatgggaggacgctttcgtgaccggcaat
gggaagattggcagtttgatagcgggacgtccgcaggaagaacgaatcacttgtgttcat
gaagaattgtttatccgcggatgggacaggcataaagtgactgttccgcaaactgcacaa
ttgatgccatacgttcgtcaactaatggaaaaaggtaaatcggatgaagcggcttggctg
ttgacggatgaggcagaaagacaattgcgtgcaatgggagctaatcaacgatggccgtta
attccgcatccggctttcgatctttgcatccgtcagttggacaagttgcctcttccggta
gcagattaccggcggcaattgaacttggagacgggggaagcgactgttgtctggaagcaa
ggtgcaggcagttttacagaatcggttttttcttcaaggaaagacaatgtgaatgtcatt
cgcctgaaagcaagcaacaaagggaaaataaatgtggaacttagtctggaggaaactccc
ggacgggaaggagaacactttgaacacgatttggatcatgccttttctgaggtaaatcgg
gaagcttccgggcattggctcacttatcatgccgcatacgacaaagatcccggcggatat
gatggagtggcgaaggttactttgagaggaggaaacatacagacgaaaggtaaatcgttg
gtagtcagaaatgcagaagaagtattaattatagtgagtattgtcccgcaggaagatgcc
cgaaatgcttcgttggatgctgtcaaagccgggctggataagttggctgcaaactatgac
aagttgttgcggcctcatgcgcaaaaacacagcgaactatttcaccgtatgcagttggat
ttaggttgtggtgaacaatggacagtgacgcctactgaacagatgttggcacagatcaaa
gaaacagggccaacacccttgttccttgaacaacttcatgccatgggacgttatctgttg
atttcttcgtgtggaaaattccctcctcctttacagggaatatggagtggaggatggaaa
cctgcatggattggaggtttcgtctgggattccaatcttaatctggctatatccgccaca
acgatgagcaacctgcccgaatgtgccgaaagttataaccgacacatagaaagcctgctg
ccgggatggcgactgaacgcccgcaattatttaggttgccgcggctttgtcgttgctcat
tacaatgatcctaccaatggctacctgacacacttcggtagttcctttccatggatgttt
tgggcaggtggggcaggatggaatttgcgtcctttgtatgaatatgccatgttgaccggc
aatgtgacatatctgaaagagaaagtctatcctttatataaggaaatggctgatttttac
gaagactatttggtggaaggtactgacggattatatcatatcacaacctctatttctccg
gaaaacgctccgaaaggtacgaatacctggctaagtaaagatgctactatggatgtggcg
atagcccgtgaagtgtttactttcctttgtgacatgggccgacgtttccatgcttcttct
gctgagatggaaagatggaatgctatactgcagaaattgccggcttaccgcattaacaat
gacggcgctttggctgagtgggtggatccggcttatcccgatatctataatcaccgccat
aattcccacctttatcctgtcttcccggggattgacttggttgggccggatgccgatcct
gcattgcagaaggcggcaaaagtggcgttggacaaacgtttcggatttgatacaagttct
gctcacggtttgattcatctggcgcttcaggccgcccgtttgggagatgcggataaggtg
cggcaaaacatagagcgttttagtaagcggaactatctttacgacggattaatcacttcc
catgagccgggacgtgctatcttcaatctagatgcgatattgagttttcctcgtttgttg
atggagatgttggtgtttacaaaatccggatatatcgaattcttgcccgcctggcccgtc
ggatttcccgatggttcgctcaagggaatgcgtatttatggtgggcacacactggacatc
tgctggaaagcaggcagacttgaatcgtttaccattcacgctgttgctgatgagactttg
gaatgggcacacgatgggatgaaagaatgtctggaattgaaaaaggataagccgtttcag
tggagacggcaggcggtcggggctcaaatgcagaggatggagtctatgtatgatgaacaa
aaagacgaagcgtttttcgccggaaagcggaacttgctgactgccaaatgggaagaacct
ttctcttacgaaagtatacggagcaagcatgcacctatgggaccttttatgggcaatgga
gatgtgggatgtgtcagccatacaactgccaatagccagaccattcgtatatcgaaagtc
gatttcgtgacggatggttgggaggattggacgggcaggggaccggcggcccttccgata
ggaggaataaaagtatcggttgatgctccttctgccgaagggttccgttacgaaatggat
atgttgggtaatgaattgcgaatgacaagcgggacattgccggctgtggagatgacaagc
tggatgggcagaggctccaacgtgatagtgacggaacttgtcactgcttccgaacaccct
gttaccatcactgtagatacttatgcaggcggaacaacttcaaattatgaggataaggcg
attgtgaaaggtactattgcccaagcatatcgccggacgttgacagacagtgtacgttgg
atttcgcaagcaggtgtctctacccgtattttcggggcagtctcgtcggtgaagcaggat
gcagaaaacaatgtaaaaagtactttcacgttgaatgcaggtgagaaggtgtatgtagtc
acttatgtatcgggcggaggtactgaagataacgcgcgtcttgatgaagcctacgtccgg
ttaacctctttgtcggtaaaagatctccgtcggttgaaacagcagaaagatctttggtgg
acagagatgtggcgacgttcgtatgtggagaccggcgatgacctgattgacaggcaatat
cttgtctctgtctatttacaggcttcggcttatgacgaacactctcctgcttgcggagga
atgtatggtgtatggaatatggatgacgaaatgaactaccacggagatattcatctgaat
tataatagccaaggtggattttacagtatgttttcatctaaccgtcccgagcttgccatg
ccctactaccgttttcttgaagggatgattccggagggtagaaggcgggcaaaggaagaa
ttggaattggtacacccttcgctgaaaggaaaatcgtgcagggggcttttatttcctgtc
agtgcgttgggaattggtggcttttattgtacctactggcagcaaacagtcaatgctcct
ttcaatgtaccgttgtttagctggtattacgaatacaccggtgatgaaacttttctacgt
gaaagagcctatccttttatcagggagtgtggggatttttacgaagattacattcaaaaa
gaacgatacggtaattcctaccgatatacgattaccaccgggggacatgaaaactcgtgg
gacctgaatccgccgtcggatgtggcttttgtggaacagacattccggctcctgctgcgt
tatagccaaatcctgaacatggatgcggacagacgagacaaatggcaggatattgtggat
catcttccggcctacaaagtgattatgcctacccggcaaccgaaccagggactacctgtt
tatgccaagaatgaagccggatgggatgcgccgaatcacatgatacagttacatgccgct
tatccatgtgaagtcttgaatctggcatcatctcctgaagctcttcagattgcacgcaat
acggtccactattattttgtggcacaggagggctataaactcatgaacgaattgggcttg
agtgcttatgtgatgggagcccgcgtagctttcgacccggaaatacttatcgacaagatg
aggtatcaggctgaaactgcgggaaagaacttcttgattacggatgggcaccattgtctg
gagaagagtgcgattatggaggcggtacattccatgatgctacaaacggtagatgatgtg
ctttacctttttcccgactggatgaagaaaccggcatcctttacacgtcttcgggctaaa
ggaggttttcttgtgtcagcttcgtatgatggggctcaagtgaccgagttgaaaattcag
gcaggcaaagcacctgtttgcaagatccggaatccgtggtcggaccgggagatagaagtg
acagctaatggaagaacagtgcctgttactatatatcgtgattattgtgctttttctgtc
agggagaatgaagtctatcatgtagtatgcaaatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (59)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (4)   
   Pfam (4)   
All databases (68)   

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