KEGG   Sulfurisphaera tokodaii: STK_10080
Entry
STK_10080         CDS       T00062                                 
Name
(GenBank) alpha-mannosidase
  KO
K01191  alpha-mannosidase [EC:3.2.1.24]
Organism
sto  Sulfurisphaera tokodaii
Pathway
sto00511  Other glycan degradation
Brite
KEGG Orthology (KO) [BR:sto00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    STK_10080
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sto04131]
    STK_10080
Enzymes [BR:sto01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.24  alpha-mannosidase
     STK_10080
Membrane trafficking [BR:sto04131]
 Autophagy
  Cytoplasm to vacuolar targeting (CVT) pathway
   Selective cargos
    STK_10080
SSDB
Motif
Pfam: Glyco_hydro_38N Glyco_hydro_38C Alpha-mann_mid Glyco_hydro38C2 PEGA
Other DBs
NCBI-ProteinID: BAB66032
UniProt: Q972Y1
Position
988978..991833
AA seq 951 aa
MRTLNELEARLTLIYGNSFVNVKRLNWINLEIEGKENSYLIILDHEGSGLIKIDGEPYFE
LDKYHVIIPLPVGKHKISVEMSEYKDFGEKVHPSPGIPYYAELDFNAYRLYIYGTQVLDL
IKSVEDEELRNDLIYALTKALKEAYFETISNDQLFIISKLAKTSLDLSRIYKELEYRMEE
DKNREKYKKGLEVLKEELLKLKEKYGKRGVLIGIGHAHIDTAWLWPFDETKRKVIRTFST
VLTLLDKYNFRFIQSSALYYEWVKEIYPELFEKIKVKVKENKWELGAFYVESDTNMISGE
SLARQLLYSQRFYLENFDKIAKILWLPDTFGFSASLPQIAKLGGIELFATHKVFWNDTNK
FPYNVFKWVTPNNDYLPSIAFGNGKGGYNSDFSVSSVLEQYKNWREKDQPVLYSFGYGDG
GGGPNEEMLIRAEAIDLLPILPSVKFEEIKVNPIDEWKGELYLETHRGVFTSHSKMKLLN
RKAEVSLREAELWSSLAGNYDKERFRRLWKIVLKNQFHDVLPGSAIKDVYKVAYEELEKV
IEEAENIAKEAMLKLLGSQGEEIYLFNSLNWDREEYVEINGKFYKVKVPSIGFTAFKPEE
VKEKVNVKEFEDYYQIENKFFVLKLGKEGKLLSLYDKEAKREVLKGPSNVLTFYENIPGW
ADAWDIEKGYEETNFVVKASSSTVIEDTVVNVKYTYKFRNSEVYQIVRIYPDHRRIDFIT
TLRMRDRELLLKAWFNFDVNTDKAISDIPFGVIERFTWQNTSWDMARFEVPIQKFVDLSE
GNYGVALLSEGKYGVSLRGTSVGLSLTKTPLYPDPTTDLEEVTFTYSLYPHIGDWRKAEV
IKRAYELNIPIKIVRGKSAEKEKSFVKINNLILEAVKIAEDDDSLIFRLYDVENVRDECE
IVLPFEVLSAESLDLLELNRVPRVVKVESNKVRVSFKNRDILTLRLRYKIA
NT seq 2856 nt   +upstreamnt  +downstreamnt
atgagaactctaaacgaactcgaagctaggctaacgcttatttacggtaattctttcgta
aatgtgaaaagactaaactggattaatttagaaatcgagggaaaggaaaactcttatctg
ataattttagatcatgaaggttctggtctcataaaaattgatggggaaccttattttgag
ctggataagtatcatgtaattattcctttaccagtaggtaagcataagataagtgttgag
atgagtgagtataaggattttggagaaaaggttcatccatctcccggaattccgtattat
gcagagcttgattttaatgcatacagactttacatatacggaacacaagttctggatttg
ataaaaagcgtagaggatgaagaattaagaaatgatttaatttacgcactaacaaaggct
ttgaaggaggcttattttgagactatttcaaatgatcagttgtttataatctctaaactg
gctaaaacgtcattagaccttagcagaatctataaagagttggaatatagaatggaggaa
gataagaatagagagaaatataagaaaggactggaggttttgaaggaggaattattgaaa
cttaaggagaaatatggtaaaagaggtgttttaatagggattgggcatgcgcatattgat
acagcttggctttggccatttgatgaaactaaaagaaaggttataagaactttttcgact
gttttaacacttcttgataagtataatttccgttttatccagagttctgccctttattat
gaatgggttaaggaaatttatcctgaactgtttgaaaagataaaggtgaaagtgaaagag
aataagtgggagctaggtgcattttatgttgaatccgataccaacatgatttctggggaa
tcattagctagacaactactgtactcccagagattttacttagaaaatttcgataaaatt
gctaaaattttatggttaccagatacctttggtttttctgcctctttaccacaaattgct
aagttaggcggtatcgagcttttcgctactcataaagttttctggaatgatactaataaa
ttcccatataatgtgttcaaatgggttacaccaaataacgattatttgccttcaatagct
tttggaaatggtaaaggcggttataattctgatttctctgtctctagtgttttagagcaa
tacaagaactggagggaaaaggatcagcctgtactttactcttttggttacggtgacgga
ggagggggaccaaatgaggaaatgctaattagggctgaagctatagatttacttccaatc
ctacctagtgtgaagtttgaggagataaaggttaatcccattgatgagtggaaaggtgaa
ctgtatttagaaactcataggggtgtctttacttctcactctaaaatgaagttacttaat
aggaaagctgaggttagtctaagagaggctgaattatggtcttctttagctggcaattat
gataaggaaaggtttaggagattatggaagattgtattgaagaatcaatttcatgatgtt
ctacccggttcggcaattaaagatgtatataaggtggcatatgaagagttagaaaaagtg
attgaagaagctgaaaatattgcaaaggaggcaatgcttaagcttctaggctctcagggt
gaagaaatctatttgtttaattctctcaattgggatagggaggaatatgttgagattaat
ggcaagttttacaaggttaaagtcccttcaataggtttcactgcgtttaaaccagaagag
gtaaaggaaaaggttaatgtaaaagagtttgaagattactatcagatcgaaaataagttc
tttgtattaaagttaggtaaagaagggaaactactttcgctgtatgataaggaagctaag
agagaagtattgaaggggccaagtaatgtacttacattttatgaaaatattccaggatgg
gcagacgcttgggatattgagaaaggttatgaggaaactaattttgtggttaaggcaagt
tcttcaactgttatagaggatactgttgtaaatgtgaaatatacgtacaaatttagaaac
tcagaggtttatcagattgtaagaatttatccagaccatagaagaattgattttattact
acgttaagaatgagggatagagagttacttttaaaagcgtggtttaattttgacgttaat
actgataaagcgatctctgatattccttttggagtaattgaaaggtttacttggcaaaat
actagttgggatatggcaagatttgaagttcctattcagaagtttgtggatctgtctgaa
ggaaattatggtgttgcattactaagtgagggtaagtatggtgtttctttacgcgggact
tcggtaggtctaagtttgactaaaactcccttgtacccagatccaacaacagatctggag
gaagtcacatttacttattctctttacccacatataggtgattggcgtaaggctgaggtt
attaaaagagcttatgaattgaatatcccgataaagattgttaggggtaaaagtgctgaa
aaagaaaagagttttgtaaaaattaacaatttgattttagaggctgttaagatcgctgaa
gatgatgatagtttaatttttaggctttatgatgtagagaatgtaagagatgagtgcgaa
atagttttaccctttgaagttttgtctgctgaaagtttagatcttcttgagttaaatagg
gttccaagagttgtgaaagttgagagtaataaagttagagttagtttcaaaaatagggat
atactaaccttacgactacgctataaaatagcttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (15)   

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