Article ID Journal Published Year Pages File Type
6021442 Neurobiology of Disease 2016 47 Pages PDF
Abstract
sALS is associated with tissue-specific DHA-dependent synthetic machinery alteration. Furthermore, excitotoxicity sinergizes with oxidative stress to increase DHA levels, which could act as a response over stress, involving the expression of DHA synthetic enzymes. Later on, this allostatic overload could exacerbate cell stress by contributing to TDP-43 aggregation. This, at its turn, could blunt this protective response, overall leading to DHA depletion and neuronal dysfunction.
Related Topics
Life Sciences Neuroscience Neurology
Authors
, , , , , , , , , , , , ,