Finding studies
Finding studies
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Rajesh Narendran
CONTACT
Lead
Rajesh Narendran
With
Hydrocortisone administration leads to a 10 to 15% increase in \[11C\]NOP-1A VT in brain regions, including the amygdala. Increased NOP measured in response to cortisol, and by extension, corticotrophin-releasing factor (CRF), in this paradigm reflects an individual's ability to enhance N/OFQ transmission during stress. Here, the investigators propose to use this novel imaging paradigm to compare hydrocortisone-induced increases in \[11C\]NOP-1A binding (DVT) in the amygdala (and secondary reward regions) in heavy drinking AUD subjects Vs. HC. The hypothesis that hydrocortisone-induced increases in \[11C\]NOP-1A binding (DVT) will be larger in heavy drinking AUD relative to HC (aim 1), and this will predict relapse to alcohol (aim 2). Such a result will support the presence of a hyperactive NOP receptor system in response to increases in cortisol/CRF during conditions such as stress, chronic pain, etc., promoting relapse in heavy drinking AUD subjects.
Age
18–55
Sex
ALL
Healthy volunteers
Accepted
