KEGG   Cylindrospermum stagnale: Cylst_6674
Entry
Cylst_6674        CDS       T02398                                 
Name
(GenBank) family 31 glycosyl hydrolase, alpha-glucosidase
  KO
K01187  alpha-glucosidase [EC:3.2.1.20]
Organism
csg  Cylindrospermum stagnale
Pathway
csg00052  Galactose metabolism
csg00500  Starch and sucrose metabolism
csg01100  Metabolic pathways
csg01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:csg00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00052 Galactose metabolism
    Cylst_6674
   00500 Starch and sucrose metabolism
    Cylst_6674
Enzymes [BR:csg01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.20  alpha-glucosidase
     Cylst_6674
SSDB
Motif
Pfam: Glyco_hydro_31_2nd Glyco_hydro_31_3rd Gal_mutarotas_2 DUF5110
Other DBs
NCBI-ProteinID: AFZ28432
UniProt: K9X9V8
Position
pCYLST.01:complement(341257..344340)
AA seq 1027 aa
MSGPTLSDVYKFVTVEEYFNDIKSWETLKKVSSLQYKHEEQTLVLEFKKSDGSVCAMLLQ
FVQNDTFRVRFNPKKNKEDYTNNNTRALVNDTFSELKKEAQQGDEQFYIDYQDKGGQGCE
LTTKKKQNDEALMKVIVTNDPFKIEVINCEPDGSSFQVWETSLPGILFTPNGKDDYAIIQ
AVKKPAPAKFIGFGEQGGKSLCRNSGQLNYFNFDNMRYRQVYNYGPLDGREPLYHSEPFF
IEFNGVPEKDCVTGMYVDNRGQVLMDIGFYNSNYYMVGTRFSDLDYYFFMADTPAELIDS
FTEIVGRSRLKPRYALGYHQGCYGYEDRGALEWTVRKHREYQIPLDGLHVDVDVQDNYHT
FTINTNKFPDPKGMFAYLKEQGVKCSTNITPIISRKEPYYTTYTEGRDKGYFVLDQRFFD
DLNPNNPEDLNKGYSYQNFDPPGKESVFFAYDPEHNANKGEAYIGEVYYGNDRITGAEMG
TSGHYPDFGRQEVRDWWGKQYQYLFDMGLEMVWQDMTTPAIRSRRGDMRGFPFRLLVTDD
SISGEEPKLTAAIKVWNLYSYNLHKATYHGLNNLVYSEQSDKPGQRRTDRNFIVGRGSFT
GAHRFAALWTGDNSSTWDFLRMNVAQVMSLGMTGVTICGQDVGGFEQENDEQHWVGPELM
IRWVAAGAFLPWYRNHYMRKGRKEFQEIFMYEEWFKDHRGGHLPEPQDLYRAVLPACKYY
IELRYRLLQVFYDAMFENTFDGLPICRPMFLNDPQDKALYNDKIAFLDDQFFLRHDILVA
PLLDPQSDQNGYGKRDIYLPTGSNWYCFKDNQQPLDATVDGGTTIRGFDASLSGDPKHIP
FIVPIFVRAGAIIPTIEVEQYVGERNSKGLLNPITLNIYPGESGKYTMYLDDGISRASEP
KESAIYDNDDLANSEYREVLITHNKTGSTRQIIVDRKHDNYQPKEDFFFVAILHDPSETT
GNSGSLKRVTIDGQEIGLITGGDAGERSYKLSGSSRNSWYYNENIKISFVKVFDNNPSIK
IQAEYNA
NT seq 3084 nt   +upstreamnt  +downstreamnt
atgtcaggtccaactttatccgatgtctacaaattcgttacagtcgaagaatatttcaac
gatatcaaaagctgggagaccctgaagaaagtctcttctcttcaatacaagcacgaagaa
caaacgctggtgcttgagtttaaaaagagcgatggtagtgtctgtgccatgctgcttcag
ttcgtccagaatgacaccttccgggttcgtttcaaccccaaaaaaaacaaggaagattac
accaataacaatactcgtgcgctagtcaatgacaccttctctgagttaaagaaggaagcg
cagcagggagatgaacagttctacatagactaccaagacaaaggtggtcagggctgcgaa
ctaactacgaaaaaaaagcagaatgacgaagctctcatgaaggtgattgtcactaacgat
ccattcaagatcgaagtgatcaattgcgaacccgacggcagcagctttcaagtctgggag
acatcattacctggcatattattcactccgaacgggaaagacgactatgccattatccag
gctgtaaaaaaacctgcaccagccaagtttattggctttggcgaacaaggtggcaagtca
ctgtgccgcaatagcgggcaactaaactatttcaattttgataacatgcggtaccggcag
gtttataactacggtccgttagacggacgggaaccgctttaccactcggaaccgttcttc
attgaatttaacggcgttcctgaaaaagattgcgtcaccgggatgtacgttgacaatcgc
ggtcaagtcctgatggatattggcttctacaactccaactattatatggtcggtacgcga
tttagcgaccttgactattatttcttcatggcagacactccggcagagcttatagacagc
tttactgagattgtcggacgatcaaggttaaaaccccgctacgccttgggatatcaccaa
ggatgctatgggtatgaagatcggggcgctctggaatggactgttcgcaaacatcgcgag
taccaaattccgctcgacggtctccatgtggatgtagacgtacaggataactaccacacc
ttcaccattaatacaaataaatttcccgatccgaaaggaatgtttgcttatttaaaagag
cagggtgtgaagtgcagcacaaacattaccccaattattagccgcaaggagccttattac
acaacctacacagaaggtcgggataagggctattttgtactagatcagcgcttcttcgac
gatctcaatccgaacaaccctgaagacctgaataagggttacagctaccagaatttcgat
cctccagggaaggaaagtgttttcttcgcatacgacccagaacacaacgccaataagggt
gaagcttatatcggggaagtttactacggaaatgaccgaattacaggagcggaaatgggg
acctccggtcattaccccgatttcggacggcaagaggtgcgtgattggtggggcaagcaa
tatcaatatctctttgatatgggtctggaaatggtttggcaggacatgacgacacctgct
atccgttcccgccgtggggatatgcggggcttccccttccgattactggttaccgacgat
tctatatcgggagaggaacccaaactgacagcggccattaaggtgtggaatttgtattcg
tacaatctccacaaagccacctaccacggtctgaacaaccttgtatactcagagcagtca
gataaaccaggacagcggcgcacggatcgtaacttcatcgtcgggcgcggcagtttcacc
ggggcgcaccgctttgccgccttgtggacgggcgacaactcttcgacctgggatttcctc
aggatgaacgtggcccaagttatgtcactcggcatgaccggtgttaccatctgtgggcaa
gatgtcggcggctttgaacaagagaacgacgagcaacactgggtcggtccagaactcatg
atccgctgggtcgctgcgggagctttcctgccttggtatcgcaaccactacatgcgtaaa
ggccggaaagagttccaagaaatcttcatgtacgaagaatggtttaaggatcatagaggt
ggccatctgccggaaccgcaagatttataccgtgcagttttgccggcttgcaagtattac
attgaattgcggtatcgtctcctccaggttttctatgacgctatgtttgagaacacattt
gatgggttgcccatctgccgtcccatgtttctcaacgacccacaagacaaggcgctctac
aatgacaaaatcgctttcctcgacgaccagttcttcctccggcatgatatcctcgttgct
ccacttctagatccgcagtcagatcaaaacggctacggcaaacgggatatctatcttccc
acaggcagcaattggtattgttttaaagacaaccaacagccgcttgatgctactgtcgat
ggtggcactactatacgtggttttgatgcaagcctgagtggcgacccgaagcacattccc
tttattgttcccatcttcgtgcgagcaggtgcgatcatacccactatagaggttgaacaa
tatgtgggagagcgcaacagcaaaggtctgctcaatccgataacactaaacatctatcct
ggtgaaagtgggaaatacaccatgtatttggatgatggcattagccgtgcttctgaaccc
aaggagtcggctatatacgataatgatgacctggctaacagcgaatatcgtgaggtactg
attacccacaacaaaactggttcaacacgccagattattgtggatcgtaaacatgacaac
tatcagcccaaggaagactttttctttgtggcgattctgcacgatccctctgaaaccaca
ggcaattcaggctccttgaagagggtaacaatagacgggcaagagattggcttaattaca
ggcggcgatgctggagaacggtcgtataagctaagtggttcttccagaaattcctggtac
tacaacgaaaacatcaaaatcagtttcgtcaaggtatttgataataatccgtcgatcaaa
atccaggcagaatacaatgcctaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (14)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (4)   
   Pfam (4)   
All databases (39)   

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