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Sphingomyelin lipidosis in a cat: Golgi studies
S. U. Walkley
, H. J. Baker
Montefiore Einstein Neuroscience Center
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peer-review
36
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Keyphrases
Golgi
100%
Sphingomyelin
100%
Lipidosis
100%
Dendrite
66%
Axon Hillock
66%
Feline Model
66%
Enlargement
66%
Storage Disorders
66%
Neurite Outgrowth
66%
Brain Regions
33%
Type-specific
33%
Immature Neurons
33%
Cerebellum
33%
Initial Segment
33%
Cerebral Cortex
33%
Dendritic Spines
33%
Pyramidal Neurons
33%
Photosystem II
33%
Alpha-mannosidosis
33%
Basal Ganglia
33%
Amygdala
33%
Golgi Staining
33%
Gangliosidosis
33%
Degenerative Changes
33%
Metabolic Alterations
33%
Lysosomal Enzyme Deficiency
33%
Mucopolysaccharidosis 1
33%
Biochemistry, Genetics and Molecular Biology
Niemann-Pick Disease
100%
Cat
100%
Feline Model
66%
Axon Hillock
66%
Neurite Outgrowth
66%
Dendrite
66%
Enzyme
33%
Hurler Syndrome
33%
Mannosidosis
33%
Morphology
33%
Gangliosidosis
33%
Golgi Stain
33%
Dendritic Spine
33%
Deficiency
33%
Veterinary Science and Veterinary Medicine
Cat
100%
Phospholipidosis
100%
Sphingolipidoses
100%
Felid
66%
Axon Hillock
66%
Dendrite
66%
Basal Ganglion
33%
Cerebellum
33%
Amygdala
33%
Thalamus
33%
Dendritic Spine
33%