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Genetic manipulation of lactate metabolism to regulate memory and Alzheimer's disease pathogenesis
Project Summaries
  • BrainsCAN , Western University, BrainsCAN , Western University
  • Robert Cumming, Western University
  • Robert Bartha, Western University
  • Tim Scholl, Western University
Description

Our project will attempt to determine the relative importance of astrocyte or neuronal directed lactate generation on memory by modifying mouse models to either suppress or overexpress the lactate producing enzyme in either cell type. Using these newly created transgenic mouse models, we aim to understand the processes of production and utilization of lactate and its effect on memory and cognition in health and in AD across the lifespan. The outcome of our study may lead to entirely new clinical approaches to treating cognitive and neurodegenerative disorders via drugs which alter lactate metabolism.

Publication Date
1-1-2018
Publisher
BrainsCAN
Disciplines
Funding
Funding Program

BrainsCAN Accelerator Grant: Stimulus

Additional BrainsCAN Support

Imaging Core Rodent Cognition Core

Notes
Western Faculty, Group or Institution

Department of Biology, Faculty of Science

Creative Commons License
Creative Commons Attribution-Noncommercial-No Derivative Works 4.0
Citation Information
BrainsCAN , Western University, Robert Cumming, Robert Bartha and Tim Scholl. "Genetic manipulation of lactate metabolism to regulate memory and Alzheimer's disease pathogenesis" London(2018)
Available at: http://works.bepress.com/robert-cumming/1/