KEGG T02185: SMUGS5

Streptococcus mutans GS-5 (serotype c): SMUGS5_00330

Entry

SMUGS5_00330      CDS       T02185

Name

(GenBank) fructan hydrolase

K03332

fructan beta-fructosidase [EC:3.2.1.80]

Organism

smut Streptococcus mutans GS-5 (serotype c)

Pathway

smut00051

Fructose and mannose metabolism

Brite

KEGG Orthology (KO) [BR:smut00001]
09100 Metabolism
  09101 Carbohydrate metabolism
   00051 Fructose and mannose metabolism
    SMUGS5_00330
Enzymes [BR:smut01000]
3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.80  fructan beta-fructosidase
     SMUGS5_00330

SSDB

Motif

Pfam:

Glyco_hydro_32N Glyco_hydro_32C Big_2 Cadherin-like Laminin_G_2 Laminin_G_3 Laminin_G_1 KxYKxGKxW_sig YkuD Gram_pos_anchor CHB_HEX_C

Other DBs

NCBI-ProteinID:

AFM80604

Position

74825..79096

AA seq 1423 aa
MEEETVCKNWFMRKSGKSWIFGCAVFFVLGLATALPVAAEEISQTTAADTAVTEVRTEDS
SQTSSQETAVTETTQSEETASKQLTTPAVADQTTEPTDNEPISSSDGASSPYQVTDTTEP
QQTLTPADSEPQAKADVQQAAAPKKEEINPVTNLEDMSHDTNGTWEVREDGIHSNAIGKG
DSFLYSQSSGKNFVYATDVTFKQNSGAAALVFRSNNDSNNKNMYAVNVDIGGHKAKFWRW
VDNKDIQLIDERDVVPTADNRYTLKVVAVNNWISYYVNDVLMASTGDYVLQKADKGQNTV
IPEGHFGLLNWNGDMVFQNTKFALLDDTTAPLIDNITVRSDRGNVEKQGQFFSEEPLHIQ
YVSNDASQVSLDIAKHNPAATVTVEDKTGRVYTDPSHLPVNVGANYFTVKSTVIDSFGRT
VTLTYRINVHRRQNDEVYYNELYRDQYHYSVKDGWANDPNGLVYYNGVYHLFHQFYDDTK
WGPMHWAHATSTDLIHWKEEPIAFYPDSNGYMFSGCVVVDEHNSSGLFKTAKGGLVAIIT
ANGNGQRMELAYSEDEGKTWQKYDRIVADWSNDPLQNQDFRDPKVFHWNNQWFMVLAGGP
LRIYSSNNLKDWKVESTYPDLHTECPDMYPIVANDGVLKWVLSRGGRFYKVGDFKQVDGK
WTFIADDAYKDKDQVMNFGKDSYAAMTYYVHDFGTETRPTIPKLTEVNWMNTWEDYCNLV
ADTVGQDFNGTFNLNLDLGLINENGQYILTQTPVKAYDSLRDVNTALHFKDVTVDANNTL
LKDFKGDSYEIVSHFRPDEKTTKVGFNLRVGNGQATKVIYDLQTETLSIDRSQSGTILSA
AFAKVNSQHVTKNADGSIDLHIYVDRASVEVFSKNNTVAGANQIFPNPEAVGASIIVEGG
KAQADISVYQMKTIWTDKKDTAKPVAMNTTTAKELALQVGQTQDLQVYLAPASVRQDVEW
TISDPSLVRTSQKGNVLHLTAVKKGKLTITAISKENPSLSKIFTISITLNNFKTNLKGLQ
SVTGKWYVDDETLYDSNTSSNDYYMASQKPGFKEYDYDIDLKYQRGLINLFVASGNIDPS
QAYSVQFGDSETVRLYRFAGDTIAEANMGKRINDDQYHHIKVTKTKNSIIISVDGQEVMS
HNFDQVDSYFNDAYVGLGLWDGAVEFQNFFVTDHATTPKPDSDPTPQPDAPEALAQEREL
IDPATGVRVILQKGELASIVRVKVSHIETNDAHTPAVLNAKDYDLFNITPIDKNEKVVAI
TKPATVLLPIDAGKVVDKVVYLPNTDKEESLPFTIVSLTDSNGKKQSYVRFTAEHFSEYG
LVYQAENQTNLKSKEKQDNVAISYPLNLEQEVKVSSISRKYAANKTADVNSVQQTEPSVM
SSSSKATLPDTGDHKTDLSQLGVLAMIGSFLVEIASYFKKSKD

NT seq 4272 nt +upstreamnt +downstreamnt
atggaagaagaaacagtttgtaaaaattggttcatgcgtaaaagtggtaaaagctggatt
tttggctgtgccgtcttttttgtgttaggtttggcaactgctttaccggtggcagctgaa
gaaataagtcaaacaactgctgctgatactgctgttacagaagtaagaacagaagacagc
agccagacgtcatctcaagaaaccgcagttacagaaacgactcaatctgaggaaactgct
tcaaaacaactgacaactccggcggtagcagatcaaactacagagcctactgataatgaa
cccatcagttcctctgatggtgcgagcagtccttatcaagtgactgacacgacagaacct
caacaaactctcactcctgctgactctgaacctcaagcaaaggcggatgttcaacaagca
gcagctcctaagaaagaagagatcaaccctgtgaccaatttagaagatatgtcacatgat
acgaatgggacttgggaagtacgagaagatggtattcattctaatgccattggtaagggt
gattctttcttgtattctcagtcaagtggtaagaattttgtctatgcaacagatgttact
tttaaacaaaacagcggtgcagcagctcttgtttttagaagtaacaacgatagcaataac
aaaaatatgtatgcggtcaatgtggatataggcggacacaaggctaagttttggcgttgg
gttgacaataaagacatccaattaattgatgaacgtgatgtggtaccgacagctgataac
cgctatactcttaaggttgtggcggttaataactggatttcttattatgtcaatgatgtt
ttgatggctagcacaggtgattatgtccttcaaaaagctgataaaggacaaaacactgtc
attcctgagggacactttggtcttttgaattggaatggcgatatggttttccaaaataca
aaatttgccctattggatgatacaacagctccgttgattgataatattacagtaaggtct
gatagagggaatgtcgaaaaacaaggccaattcttctctgaggaaccccttcatattcaa
tatgttagcaatgatgcttctcaagtgagcttggatattgctaaacataatcctgcagct
actgtcacagtagaagataaaactggtcgtgtttacacagatccttctcatcttccagtt
aatgtaggagctaattatttcactgttaaaagtacagttattgattcatttggtcgtaca
gtaaccttgacttatcgtattaatgtccaccgtcggcaaaatgacgaagtctattataat
gaactttaccgcgaccaatatcactattctgtaaaagacggctgggctaatgatcctaat
ggcttggtttattacaatggtgtttatcatctcttccatcaattttacgatgatacgaaa
tggggccctatgcactgggcgcacgcgactagtacggatttgattcactggaaagaagag
ccaattgctttttacccagattcaaacggctacatgttctcgggctgtgtagtggttgac
gaacataacagttcaggcttatttaagacggctaagggtggtttagttgcgattatcaca
gctaatggaaatggacagcgcatggaacttgcctatagtgaagatgaaggcaagacttgg
cagaaatatgacaggattgtagccgattggtcaaatgacccattgcaaaatcaggatttt
cgtgatccaaaagtttttcactggaataaccaatggttcatggtactagcagggggtccg
cttcgcatttattcttctaacaatttgaaagattggaaagtggagtctacttatcctgat
cttcatacagaatgtccagatatgtatccaattgttgctaatgatggtgtgcttaaatgg
gtgttgtctcgcggcggtcgtttttacaaggttggtgatttcaaacaagtagatggtaaa
tggacctttatagcagatgatgcttataaagataaggatcaggtcatgaacttcggtaaa
gattcttatgccgccatgacctactatgtacacgattttggtacagaaacccgaccaacc
attcccaaattaacagaagtcaactggatgaacacctgggaagattattgtaatcttgta
gcagatacagttggacaggactttaacggtacgtttaatttaaaccttgatcttggcctt
atcaatgaaaacggtcagtacatcttgacgcaaacgcctgttaaggcctatgatagtctt
cgtgatgtgaatactgccttgcatttcaaagatgtgacagtagacgctaataatactctt
ttgaaggacttcaaaggagacagttatgaaattgtttctcatttccgaccagatgagaag
accacaaaagtaggcttcaatcttcgtgttggcaatggtcaagcaacgaaagtgatttac
gacttgcagacagaaaccttgtctattgaccgtagtcagtcgggtactatcttatctgct
gcttttgcaaaagttaatagtcagcatgtgactaaaaatgcagatggctccattgatttg
catatttatgttgatcgtgccagtgttgaagtcttttccaaaaataatacagtggctggt
gctaatcaaatttttcctaatccagaagctgtaggagccagtattattgtagaaggcggc
aaagctcaagcagatatctctgtttatcaaatgaaaacgatttggacagataagaaagat
acggcaaaaccggtggctatgaacacaacaactgcgaaagagctagcccttcaagttggt
caaactcaggatctgcaagtctatctggcaccagcaagtgttaggcaagatgtggaatgg
acgatcagtgatccaagtcttgttaggacaagtcaaaaaggtaatgttcttcatttgacc
gctgtgaaaaaaggaaagcttaccattacagcaatttctaaagaaaacccaagtctcagt
aaaatctttacaatcagtatcaccttaaataatttcaagactaacctcaaaggtttgcag
tctgttactggtaagtggtatgttgatgatgaaacgctctatgatagtaatacaagttcg
aatgattactatatggcttctcaaaaaccgggtttcaaagaatatgattacgatattgat
ctcaaatatcaacgtggtttaattaatctttttgttgcttctggcaatattgatccgagt
caagcatattctgtacaatttggtgacagtgagactgttcggctttaccgttttgctggt
gatactattgcagaagctaatatgggtaaacgaatcaatgatgatcaataccaccatatt
aaagtcacaaaaacaaaaaatagtataatcatatcagtagatggtcaagaagtgatgagt
cataactttgatcaggtggactcatactttaatgatgcttatgtaggtctcggtttgtgg
gacggagctgttgaattccaaaacttctttgtaacagatcatgcgactactcccaaacca
gattctgatccgacaccgcaaccagatgcaccagaagcattggctcaagaaagggaattg
attgaccctgcaactggcgtccgtgtcattcttcaaaaaggggagctagcttctatcgtt
agagtcaaggttagccatatcgaaacgaatgatgctcatacaccagctgttctaaatgca
aaagactatgatcttttcaatatcacacctattgataaaaatgagaaagttgttgctatt
acgaaaccagcgacagtcttattgccaattgatgctggaaaagtggtagataaagtggtg
tatttaccaaatacggacaaagaagaaagccttccatttacgattgtgagtttgacagat
agcaatggtaagaagcaaagttatgttcgctttacagcagaacactttagtgaatacggc
ttagtctatcaagcagaaaatcaaacaaaccttaagagtaaagaaaagcaagacaatgtt
gctatttcttatccattaaatttagaacaagaagttaaggtttcatctatttcacgaaaa
tatgctgcaaataagacagcagatgtcaatagtgttcaacaaacagaaccttcagtaatg
agttcttcatctaaagcaacgctgccagatactggtgatcataagacagatttaagtcaa
ttaggagtgttggcaatgattggctcatttcttgtagaaatagctagctatttcaaaaaa
agcaaggattga

All links

Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (11)   
   Pfam (11)   
All databases (23)   

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