KEGG   Pseudoalteromonas sp. SM9913: PSM_A1382
Entry
PSM_A1382         CDS       T01374                                 
Name
(GenBank) Glucan 1,4-alpha-glucosidase
  KO
K01178  glucoamylase [EC:3.2.1.3]
Organism
psm  Pseudoalteromonas sp. SM9913
Pathway
psm00500  Starch and sucrose metabolism
psm01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:psm00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    PSM_A1382
Enzymes [BR:psm01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.3  glucan 1,4-alpha-glucosidase
     PSM_A1382
SSDB
Motif
Pfam: Glucodextran_N Glyco_hydro_15 Asp_protease
Other DBs
NCBI-ProteinID: ADT68316
Position
I:1495773..1498178
AA seq 801 aa
MKKYNLITATILAAGLVGCGVQNTQTSAVAQTSVSAPGAPGEAPFWAYAGKTGIGTSFEQ
YQNGHYSNEAPTGKVSKVWFSIAKGMITETMFGLIHQAQIKDMQFVVVGKDFTVTEADDL
DVTIDYLYKDDKGRPLSLAYKVVSKDKQGRFSLEKHIFTDPDGQSLFVRSIFNTQLDGVK
AYVTVNPYINNNGLDDFAKTTEQGLVAWQGDNYLSLQGAQPFKQTSVGFTGVSDGLSQLK
TTQQLTRVYKNTGEQSGNVSLLAELGAIGENSQFDLTLSFGNSEQTSFKQGQATLAKGYQ
AVLDNYNGKGEALGWQDYLQSLAPLNNMSEQTADNGKLLYTSAMVLKAQEDKTHAGALIA
SLSNPWGETVSAKTGSTGYKAVWVRDFYQVAMAFMAMGDNATAKTAFEYLEKVQVNSKTP
GNKGDTGWFLQKTHVDGELEWVGVQLDQTAMPIMLAWKLHQADVLTDAELSDWYSRMLKP
AADFLVEGGRANILWNDTQITPPATQQERWEEQEGYSPSTTAAVIAGLITAADIAKMAGD
EVNAKRYLATAKSYNADIESMMFTTEGNLESNATDGEYFIRIGQDKDANSNTKINANNGR
EGFNKKQILDGGFLELVRYGVRDALAPSIVKTLPEYDNETLTDNLQVKYSFEFTDGSGTF
AGYRRYGNDGYGEDEVTGANYAQGGKNSPGQRGRVWPFFTGERGHYEIAAANANNTLDAT
KQQAIKNSYVKGLEQFANEGMMLPEQVWDGVGVNKAGYTLGEGTNSATPLAWTHAEYVKL
VRSLSDKQVWDHYPVVTKALK
NT seq 2406 nt   +upstreamnt  +downstreamnt
atgaaaaaatataacctaattaccgcgacaatattggccgcaggccttgtaggttgtggt
gtgcaaaatacgcaaaccagtgcagtagcgcaaacatcagtgagtgcgccaggcgcacca
ggcgaagccccattttgggcatacgcaggcaaaactgggataggcacgtcttttgagcaa
taccaaaatggccattacagtaacgaagcacctacaggtaaagtgtcaaaagtatggttt
tcgattgccaaagggatgatcaccgaaaccatgttcgggcttattcatcaagcgcaaatt
aaagacatgcaatttgttgtagtcggaaaagattttacagtcaccgaagctgacgattta
gacgttaccattgattacttatacaaagacgataaaggccgcccgttatcattagcatac
aaagtagtaagcaaagataagcaaggtcgctttagcctcgaaaaacatatatttaccgat
ccagacggtcaaagcttatttgtacgcagtatttttaatacccagcttgacggtgtaaaa
gcatatgtaacagttaacccgtatataaacaacaacggcttagatgactttgcaaaaacc
accgagcaagggttggtagcgtggcagggcgataattatttgtcattgcaaggtgcacag
ccatttaaacaaacaagtgttggttttacaggtgtgagtgatggtttaagccagcttaaa
acaactcagcagcttacccgcgtttataaaaataccggtgaacaatcgggtaatgttagc
ctacttgcagagctgggtgcaattggtgaaaacagccagttcgatttaaccctaagcttt
ggcaatagcgaacaaaccagctttaaacaaggccaagctacgttagccaaaggttaccaa
gcggtgcttgataattacaacggtaaaggcgaagcacttggttggcaagactacctgcaa
agccttgcaccgctaaataacatgagcgaacaaaccgctgataacggcaagttactttat
accagtgctatggtgttaaaagcccaagaagacaaaacccatgccggggcacttattgcc
tctctatctaacccatggggcgaaaccgtatcggctaaaacaggttctactggttataaa
gcggtatgggtgcgcgacttttatcaagttgccatggcgtttatggccatgggcgataat
gcgaccgctaaaaccgcattcgaataccttgaaaaagttcaagtaaacagcaaaaccccg
ggcaataaaggtgatactgggtggtttttacaaaaaacacacgtagatggcgaacttgaa
tgggtaggcgtacagctagaccaaaccgctatgcctattatgctagcgtggaagcttcat
caagctgatgtattaacagatgcagagctgagcgattggtatagccgtatgttaaagccc
gcggcagactttttagttgagggtggtcgtgcaaacattctatggaacgacacacaaata
acgccgccagccactcagcaagaacgctgggaagagcaagaagggtattcgccatcaacc
accgctgctgttattgccggtttaattaccgccgctgatattgcaaaaatggcaggagat
gaggtgaatgctaaacgctaccttgcaacggcaaaaagttacaacgccgatatagaaagc
atgatgtttaccaccgaaggtaatttagaatcaaacgcaacagacggcgagtattttata
cgtattggccaagacaaagacgccaattcaaatactaaaattaacgccaacaatggccgt
gaagggtttaataaaaagcaaattctcgatggtgggtttttagagctcgttcgctatggt
gtacgtgatgcgctagcgcctagcatagtaaaaacactgccagaatatgataacgaaacc
ctaacagataacttacaagttaaatacagctttgagtttactgatggcagcggcacattt
gcaggctaccgccgttatggtaacgacgggtacggtgaagatgaagtaactggcgctaac
tatgcgcaaggtggaaaaaatagcccagggcaacgtgggcgagtttggccattttttacc
ggtgaacggggccattatgaaattgccgccgcaaatgctaataataccttagatgcaaca
aaacagcaggctattaaaaatagctatgtaaaagggctagagcaatttgctaacgaaggt
atgatgctaccagaacaagtatgggatggcgtaggcgtaaataaagcaggatacacgtta
ggcgagggtacaaactcggccacaccactggcgtggacgcatgctgaatacgtgaagcta
gtgcgctcactaagcgacaaacaagtatgggatcattatccggtggtaactaaagcacta
aaataa

  All links  
Gene (50)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (3)   
   Pfam (3)   
All databases (53)   

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