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MLO Information
Factor Information
Disease information
Description from paper
Mutation, Expression change and PTM of the factor
Related Small Molecules
MLO information
MLO Postsynaptic density
Class MLO-unchanged
Synonyms PSD, postsynaptic membrance density
Factor information
Factor type others
Factor name N-(tert-Butyl) hydroxylamine (NtBuHA)
NCBI Gene ID -
UniProt ID -
Disease information
Classification nervous system disease
Disease Central nervous system disorders
More Disease Information
Disease Central nervous system disorders
Disease Ontology DOID:331
MeSH D002493
ICD-10-CM G96.9
OMIM
CLOSE
Description from paper
MLO change Size: - Number: - Assembly: -
Dynamic: - Others: -
Description: -
Publication note De-palmitoylation by N-(tert-Butyl) hydroxylamine inhibits AMPAR-mediated synaptic transmission via affecting receptor distribution in postsynaptic densities. Our data suggest that the palmitoylation-deficient state initiated by NtBuHA preferentially reduces AMPAR function,which may potentially be used for the treatment of central nervous system (CNS) disorders.
Organism Mus musculus Cell line or tissue brain tissues
Experiment evidence Clinical investigation Reference 29911316
In vivo PS evidence FRAP: - 1,6-hexa treatment: - Spherical shape: -
Fusion&Fission: - PS role: -
Mutation, Expression change and PTM of the factor
Mutation - Expression change -
PTM Position Residue Modification Modifying enzyme
- - -
Description Mutation: -
Expression change: -
PTM: -
Drugs from DrugBank -
Molecules from Binding database(PubChem CID) -
Molecules from PDBBind -
Interference Note -
Protein phase separation related sequence features
see detailed information in PhaSePerd -
Pscore overall score - PSPer
catGRANULE overall score - R+Y

Chao Hou, Haotai Xie, Yang Fu, Yao Ma, Tingting Li. MloDisDB: A manually curated DataBase of the relations between MembraneLess Organelles and DISeases