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Dopamine receptor D2

Dopamine receptor D2

ProteinWikipedia

Search complete. 5 mentions across 3 episodes found for "Dopamine receptor D2".

Sep 18, 2026

Lisa TamatiHOST
39:30
which is all about neuroplasticity, learning and your circadian rhythms and how well you do in recovery if you get a brain injury.
Lisa TamatiHOST
39:38
Then there's DRD2 and the ANKK1, dopamine receptor density.
Lisa TamatiHOST
39:44
I don't have a lot of those.
Lisa TamatiHOST
39:45
That's one of the things that makes me such an addictive personality and a workaholic and a runaholic and all the other things.
Lisa TamatiHOST
40:09
never enough always trying to do more okay so knowing that i can take supplements i can take different foods and things and i can do more breath work and i can do meditation and i can do things to try to counteract uh that gene and i can also accept that uh i'm gonna be more driven and hopefully that means i'll achieve more right so there are pluses and minuses to some of these Then there's a couple of other genes, 5-HT2A, GAD1, and SLC17A7.
Lisa TamatiHOST
40:39
And these are all for serotonin and glutamate signaling.
Lisa TamatiHOST
40:43
So telling you again, my DRD2 means poor dopamine receptor expression.
Lisa TamatiHOST
40:47
My ADRA2B means plenty of adrenaline.
Doug BrackmannGUEST
5:36
And that was the opening of this door of, oh my God, there's genetics to what I am.
Doug BrackmannGUEST
5:42
Um, and that was the DRD2, the dopamine receptor number two dash A1 allele gene.
Doug BrackmannGUEST
5:51
And it was this.
Doug BrackmannGUEST
5:54
constellation of genetics it's actually a bunch of different things coming together but it makes people feel intolerant to boredom
Kash KiranGUEST
44:29
Either one works and your brain gets that hit and you're satisfied.
Kash KiranGUEST
44:32
The genetics of dopamine are the DRD2 gene determines the density of the dopamine receptors.
Kash KiranGUEST
44:39
So when that moment happens, what intensity level did you feel it at? Because how much did you bind, right? The density of the receptor.
Kash KiranGUEST
44:46
Then there's a gene called MAO that breaks the dopamine down, metabolizes, because eventually you need to come back to your normal baseline behavior.
Kash KiranGUEST
44:53
Then there's comp, which you brought up earlier, that makes the comp protein to remove it, right? So How much did I feel? How long did I feel it for? And when was I ready for the next thing? So my genes look like I have the worst version of the DRD2 gene.
Kash KiranGUEST
45:08
My receptors are minus 70%.
Kash KiranGUEST
45:11
I have the fastest MAO breakdown and the fastest calm clearance.

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