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glutathione mitochondrial transport Depletion in Diseases The Rockefeller University » How

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Lecomte M, Tomassi D, Rizzoli R, et al

glutathione mitochondrial transport Depletion in Diseases The Rockefeller University  How

Among them, the thiol group (-SH) on the cysteine residue is the key active site through which glutathione performs antioxidant, detoxification, and other functions

glutathione mitochondrial transport Depletion in Diseases The Rockefeller University  How

Cell Stem Cell, 2019 doi:10.1016/j.stem.2019.08.013

glutathione mitochondrial transport Depletion in Diseases The Rockefeller University  How

In experimental models of neural injury, reductions in oxidative stress and stabilization of synaptic structures have been observed

glutathione mitochondrial transport Depletion in Diseases The Rockefeller University  How

Various posttranslational modifications such as nitrosylation, hydroxylation, and glutathionylation are involved in stress signaling

glutathione mitochondrial transport Depletion in Diseases The Rockefeller University  How

The specific activity of the Y398A mutant was significantly decreased toward both tyrosine and DOPA

glutathione mitochondrial transport Depletion in Diseases The Rockefeller University  How

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