KEGG   Tetrahymena thermophila: TTHERM_00630030
Entry
TTHERM_00630030   CDS       T01020                                 
Name
(RefSeq) glycoside hydrolase family 38 amine-terminal domain protein
  KO
K12311  lysosomal alpha-mannosidase [EC:3.2.1.24]
Organism
tet  Tetrahymena thermophila
Pathway
tet00511  Other glycan degradation
Brite
KEGG Orthology (KO) [BR:tet00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    TTHERM_00630030
Enzymes [BR:tet01000]
 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
     TTHERM_00630030
SSDB
Motif
Pfam: Glyco_hydro_38N Glyco_hydro_38C Alpha-mann_mid
Other DBs
NCBI-GeneID: 7836286
NCBI-ProteinID: XP_001022736
TGD: TTHERM_00630030
UniProt: Q241S9
AA seq 986 aa
MKGYNLLIFLISFTVAFLGQQDTVHVHLIPHSHDDYGWIFSIQELYNNPSPFKGQGAVKN
ILNSVFTEVQKSPFRKFNQVEIGYLDIWWDSLTEEQRDTYKSLVQSGQIEILNGGWVMHD
EATAYFEDIIENMTVGHLWVQDKLNITPTVGWQIDPFGHQNSNAALYSQMGLNAQWFARI
DYQDYAQRSQNKEFEMIWSPEQNSGEQNYIFSAVNYKHYSPPQNFSFETDQPVTKQNIAQ
KAQEFVQYFQTMNQYYRGKHLLHTMGDDFAYSKANIYYENMDLLMEYINSHNDQYNMKIL
YSTPSNYLKELQKQNESYPVNKYDFLPYADKASAYWTGYFTSRPSIKGFTKDSGRYLQAI
RNIFSVESILKISNQFKNNYQDIFKALQNFEQQVAMMMHHDAITGTERQKVAYDYIQRLN
NGYSLIRDQLHPLLQEYTEKQINEKDIDYVQCNWNATITQCDITQQQLSQGLPVLLMIYN
PSTTRQQLTRIKVPPISLLVLNVENSQIAADVICSNPQDDNDCDLYFVDKFEGYSFQYYK
IKINVEKNSIVKPLKKEQSSDQINIDLSQSQSLSIDTMTLNFTLSTREKKQIKNDHIKSN
KFFSQKHHSSKTKKSFQSSFQIQYNFYMSSTEVHQPSGAYVFRPAQTPNMPYSEIKSATV
YQGEVVTVVLLDGTKTTTQLRFSSIYPQKQVCEVETFIHSIDVDDGIGKEVVMLINTNYK
NDRKFFTDSNGLELQQRQINYRNTWVLNQTDPVSGNYYPIGAIIGLEDTQTKQRVLVVND
RSQGGTSLNEGEIEIMIHRRTLKDDDKGVSESLNEFDDIKPKQGLQQKVRHYIIFEKEKE
STGRLIQNHLDSANQIFISKTSKKKFQLSQDFNNLFENSPLVSNKNPYLRVYLKQFEDYY
TLRLYNIHDFENAEFKLDSKFQILDELTLTANQSKQAMLQNKYKWKADDGQIFQPSIQSN
LDQEKQTNSMTIKPLQLRVFKISFVD
NT seq 2961 nt   +upstreamnt  +downstreamnt
atgaaaggatacaatttattaatttttctaatttcttttactgtagcatttcttggatag
caggatacagttcatgtacatttgattcctcattctcatgatgattatggatggattttt
agcatataagaattatataataaccctagtccatttaaaggctaaggagctgtaaaaaac
attttaaactctgtttttactgaagtttagaaaagccctttcagaaaatttaactaagtt
gaaataggttatctagatatttggtgggatagtttaacagaggagtaaagggatacttat
aaaagcttagtttaaagtggataaatagaaatattgaatggtggatgggttatgcatgat
gaagctacagcatactttgaggacataatagaaaatatgactgtaggtcatttatgggtt
taagataaacttaacataactcctactgttggctggtaaatagatccttttggacatcaa
aactcgaatgcagctttatacagctaaatgggtttaaatgcatagtggtttgctagaatt
gactattaggattatgcttaaaggtcttaaaataaagaattcgaaatgatatggtcacct
gaacaaaattcaggggaacaaaattacatattttcagcagtcaattacaagcattactct
cctcctcaaaatttttcttttgaaactgactaaccagtcactaaataaaatattgcttaa
aaggcttaagaatttgtttaatactttcaaacaatgaatcaatactatagaggcaaacat
ctcttgcacactatgggtgatgattttgcttatagcaaagcaaatatttattatgaaaac
atggatttactaatggaatacattaattctcacaacgactaatacaatatgaaaatacta
tattcaactccatcaaattacttaaaagaattataaaaataaaatgagtcttatcctgtt
aataaatatgattttcttccttatgctgataaagctagtgcttattggacgggatatttc
acttcccgtccatcaattaaaggatttactaaagattcaggaagatacttacaggctatt
agaaatattttctcagttgagtcaatattaaaaatatcaaatcaattcaaaaacaactat
caagatatctttaaagctttgcaaaattttgaacagcaagttgccatgatgatgcatcat
gatgcaattacgggtacagaaaggtaaaaagtagcttatgattacattcaacgattaaac
aatggatattctttgattagagattaattacatcctttattacaagaatatactgagaaa
taaataaacgaaaaagatattgattatgtttaatgtaattggaatgccactattacttaa
tgcgatataacctaataatagctaagctaaggtttaccagtcctgctaatgatatataat
ccatcaacgacaagataataacttacaagaataaaggtcccacctatttcattgttagtt
ttaaatgttgaaaattcttaaatagctgctgatgttatttgctcaaatccataagatgat
aacgattgcgacttgtactttgtagataaatttgaaggttactcattctaatattataag
ataaaaattaatgttgagaaaaactctattgtaaaacctcttaaaaaagaataatcttct
gactaaataaatattgatttatctcaaagctaatccttatcaatagatacaatgacctta
aatttcacactttctactagggaaaaaaaataaatcaaaaatgaccacatcaaatcaaat
aaattcttttcttaaaaacatcactcatcaaaaactaaaaagtcattttaatctagtttc
taaattcaatataatttttatatgtcttccactgaagttcactaaccttcaggagcatat
gtcttcagaccagctcaaactcctaacatgccttattctgaaataaaatctgcaactgtt
tattaaggagaagttgttactgtagttttattggatggaacaaaaactaccactcaacta
agattctcctcgatttacccataaaaacaagtatgcgaagttgaaacatttattcactcc
atagatgttgatgatggtattggaaaagaagttgtgatgcttataaatacaaattataaa
aacgatagaaaattctttaccgattctaatggcttagaattataataaagataaattaat
tacagaaatacatgggttttaaattaaacagatcctgtgagtggaaactattacccaatc
ggtgctataattggattggaagacacacaaactaagtaaagggtacttgtagttaatgat
agatcataaggtggtacctccttaaatgaaggtgaaatagaaattatgatacacagaaga
actctgaaggatgatgataaaggtgtatcagagagtctaaatgaatttgatgatatcaaa
cctaaataggggctttaacagaaagtcagacattatataatttttgaaaaagagaaagaa
agtacaggaagattaatataaaaccacttggattctgctaattaaatctttatttcgaag
acaagcaaaaaaaaattttaattatctcaagactttaacaatttatttgagaattcaccc
ttggtttcaaataaaaatccttatttaagggtataccttaaataatttgaagattattat
actttgagactttataatattcatgatttcgaaaatgctgagtttaaattagattctaaa
ttctaaatcttagacgagttgacattgactgcaaatcaaagcaaataagcaatgctttaa
aataaatataaatggaaagctgatgatggataaatcttctagccctcaatttagtcaaat
ttggactaagaaaaataaacaaatagtatgacaatcaagcctttacagttaagggttttt
aaaatatcgtttgttgactga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   TGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (66)   

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