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Metallothioneins and brain injury: What transgenic mice tell us
Juan Hidalgo
*
*
Corresponding author for this work
Institute of Neuroscience (INc)
Research output
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Contribution to journal
›
Review article
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Research
›
peer-review
13
Citations (Scopus)
Overview
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Medicine and Dentistry
Brain
46%
Metallothionein I
38%
Metallothionein
30%
Metallothionein III
30%
Metallothionein II
23%
Protein
15%
Peripheral Nervous System
15%
Antiapoptotic
15%
Central Nervous System
15%
Neuronal Sprouting
15%
Anti-Inflammatory Drug
15%
Nervous System Injury
7%
Epithelium
7%
Antioxidant
7%
Brain Injury
7%
Growth Inhibitor
7%
Comprehension
7%
Family
7%
Tissues
7%
Survival
7%
Pharmacology, Toxicology and Pharmaceutical Science
Metallothionein I
38%
Metallothionein
30%
Metallothionein III
30%
Metallothionein II
23%
Protein
15%
Transgenic Mouse
15%
Knockout Mouse
15%
Antioxidant
7%
Brain Injury
7%
Nervous System Injury
7%
Growth Inhibitor
7%
Mouse
7%
Survival
7%
Neuroscience
Metallothionein I
38%
Metallothionein
30%
Metallothionein III
30%
Metallothionein II
23%
Protein
15%
Epithelium
7%
Anti-Inflammatory
7%
Antioxidant
7%
Growth Inhibitor
7%
Nerve Growth
7%
Brain Injury
7%
Chemistry
Metallothionein
100%
Protein
15%
Antiinflammatory
7%
Antioxidant Agent
7%
Antiapoptotic
7%
Biochemistry, Genetics and Molecular Biology
Metallothionein
30%
Transgenic Mouse
15%
Knockout Mouse
15%
Isoform
7%
Rodent
7%
Nerve Growth
7%
Comprehension
7%
Mouse
7%
Survival
7%