grant

Using optogenetic approaches to investigate input and circuitry differences between distinct dopamine cell populations in the Ventral Tegmental Area and Substantia Nigra [ 2013 - 2018 ]

Also known as: Determining neuronal connections involved in Parkinson's disease and cocaine addiction

Research Grant

[Cite as https://purl.org/au-research/grants/nhmrc/1054565]

Researchers: Dr Lin Hung (Principal investigator)

Brief description Addictive behaviours in response to cocaine use and fine motor coordination that is affected in Parkinson's disease are both controlled by the same type of cells/neurons, i.e., dopamine neurons. However, the circuitry of these neurons varies from where they originate and the type of connections they make. By understanding the neuronal circuitry of these two circuitries in concert we will be able to gain important insight into their roles in adaptive and pathological brain function.

Funding Amount $AUD 393,060.18

Funding Scheme Early Career Fellowships

Notes CJ Martin Biomedical ECF

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