Dr Sanil Rege
@drsanil.bsky.social
Psychiatrist | Educator | Neuroscience Enthusiast | Exploring the intersection of biology, psychology & human behaviour | Sharing insights, ideas & stories to simplify complexity.
Yes this is an important interaction for some. GLP-1 agonists modulate Mesolimbic reward pathways and can reduce DA ‘reward’ transmission.
This is also the reason why there is a signal for depression
ADHD has reward sensitivity as an important part of the condition.
This is also the reason why there is a signal for depression
ADHD has reward sensitivity as an important part of the condition.
November 30, 2025 at 6:03 PM
Yes this is an important interaction for some. GLP-1 agonists modulate Mesolimbic reward pathways and can reduce DA ‘reward’ transmission.
This is also the reason why there is a signal for depression
ADHD has reward sensitivity as an important part of the condition.
This is also the reason why there is a signal for depression
ADHD has reward sensitivity as an important part of the condition.
Reposted by Dr Sanil Rege
Very interesting. We know insufficient sleep reduces stimulant effectiveness, and once addressed this improves most cases where patients report medications seems less effective. Will have to start incorporating adenosine into those discussions. /1
October 18, 2025 at 2:02 PM
Very interesting. We know insufficient sleep reduces stimulant effectiveness, and once addressed this improves most cases where patients report medications seems less effective. Will have to start incorporating adenosine into those discussions. /1
Try this SNRIs Are NOT All the Same—Here’s What You Need to Know
youtu.be/MO3IKlKM34M
youtu.be/MO3IKlKM34M
SNRIs Are NOT All the Same—Here’s What You Need to Know
YouTube video by Dr. Rege
youtu.be
October 18, 2025 at 1:07 PM
Try this SNRIs Are NOT All the Same—Here’s What You Need to Know
youtu.be/MO3IKlKM34M
youtu.be/MO3IKlKM34M