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Decreased plasma taurine in aged rats
D. R. Wallace
, R. Dawson
Pharmacology and Physiology
Research output
:
Contribution to journal
›
Article
›
peer-review
28
Scopus citations
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Keyphrases
Aged Rats
100%
Potassium
100%
Physiological Function
100%
F344 Rats
100%
Fischer 344
100%
Depolarization
100%
Cardiovascular Function
100%
Taurine Release
100%
Blood Pressure Control
50%
Male Rats
50%
Frontal Cortex
50%
Age-related
50%
Brain Regions
50%
Neurotransmitters
50%
Mammalian Brain
50%
Age-related Changes
50%
Long-Evans Rats
50%
Circulating Levels
50%
Inhibitory Neurotransmitter
50%
Neuromodulators
50%
Blood Pressure Regulation
50%
CNS Complications
50%
Cardioprotection
50%
Central Nervous System Development
50%
Neuroscience
Frontal Lobe
100%
Neurotransmitter
100%
Central Nervous System
100%
Taurine
100%
Cardiovascular Physiology
100%
Neurogenesis
100%
Putative Neurotransmitter
100%
Biochemistry, Genetics and Molecular Biology
Taurine
100%
Neurotransmitter
100%
Blood Pressure
100%
Fischer 344 Rat
100%
Cardiovascular Function
50%
Long Evans Rat
50%
Nervous System Development
50%