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Cathepsin-dependent neuronal death pathways induced by methylmercury
Hiroshi Nakanishi,
Hiro Take
Oral Biological Sciences
Research output
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Chapter in Book/Report/Conference proceeding
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Medicine and Dentistry
Neuron
100%
Central Nervous System
77%
Cathepsin
33%
Protein Degradation
22%
Cathepsin B
22%
Microglia
22%
Purkinje Cell
22%
Cathepsin D
22%
Intoxication
22%
Methylmercury
22%
Development
11%
Adulthood
11%
Stimulus
11%
Comprehension
11%
Ingestion
11%
Granule Cell
11%
Synaptogenesis
11%
Proteinase
11%
Cytosol
11%
Blood Brain Barrier
11%
Intestine
11%
Lysosome
11%
Minamata Disease
11%
Astrocyte
11%
Neuroscience
Neuronal Death
55%
Cathepsin
33%
Cathepsin B
22%
Microglia
22%
Cathepsin D
22%
Proteolysis
22%
Granule Cell
11%
Synaptogenesis
11%
Proteinase
11%
Blood Brain Barrier
11%
Lysosomes
11%
Central Nervous System Neurons
11%
Astrocyte
11%
Pharmacology, Toxicology and Pharmaceutical Science
Death
55%
Cathepsin
33%
Cathepsin D
22%
Toxic Injury
22%
Cathepsin B
22%
Methylmercury
22%
Proteinase
11%
Blood-Brain Barrier
11%
Minamata Disease
11%