Researcher interests: The mechanism of exocytosis; Neurodegeneration: Development of drugs for Parkinson’s and Alzheimer’s disorders.
FACULTY / SCHOOL: Faculty of Science
Selected Publications
β subunit of the voltage gated ca2 channel cav1 2 drives signaling to the nucleus via h ras (2018)|
Proceedings of the National Academy of Sciences of the United States of America|
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the l type voltage gated calcium channel co localizes with syntaxin 1a in nano clusters at the plasma membrane (2017)|
Scientific Reports|
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thioredoxin mimetic peptides txm inhibit inflammatory pathways associated with high glucose and oxidative stress (2016)|
Free Radical Biology and Medicine|
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n acetylcysteine amide ad4 reduces cocaine induced reinstatement (2016)|
Psychopharmacology|
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thioredoxin mimetic peptides protect cognitive function after mild traumatic brain injury mtbi (2016)|
PLOS ONE|
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dopamide novel water soluble slow release l dihydroxyphenylalanine l dopa precursor moderates l dopa conversion to dopamine and generates a sustained level of dopamine at dopaminergic neurons (2016)|
CNS Neuroscience & Therapeutics|
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thioredoxin mimetic peptides as catalysts of s denitrosylation and anti nitrosative stress agents (2015)|
Free Radical Biology and Medicine|
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voltage gated calcium channels function as ca2 activated signaling receptors (2014)|
Trends in Biochemical Sciences|
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lipid modulation of calcium flux through cav2 3 regulates acrosome exocytosis and fertilization (2014)|
Developmental Cell|
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thioredoxin mimetic peptide cb3 lowers mapkinase activity in the zucker rat brain (2014)|
Redox biology|
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ion interaction at the pore of lc type ca2 channel is sufficient to mediate depolarization induced exocytosis (2006)|
Journal of Neurochemistry|
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