receptors , which means we can't build a new thought.
receptors , including things that extend into the infrared and the ultraviolet.
Olfactory receptors are not just in your nose.
dopamine receptors . When your dopamine receptors are down regulated, 'cause dopamine is the reward transmitter, when your receptors are down regulated, you need more dopamine to
have many more receptors that are capable of detecting and informing our brains about many more different molecules
is keep your receptors open.
another system of receptors that you might be more familiar with that are called endorphins and there a it's a
are no cannabinoid receptors in that part of the brain stem so nothing with the heart nothing with the lungs which
their nicotinic acetylcholine receptors and in the exact same way so that they're able to attach a sugar molecule
co-evolved uh receptors the other way you can potentially become immune to a
So they have glucose receptors and they can sense the blood sugar, much the same way you do with a skin test when you take a drop of blood.
Down regulation of dopamine receptors is addiction.
occupy those fewer receptors .
And you've got receptors in your skin, your muscles, your joints, and your organs that live for this moment -- that have been waiting for some kind of threat so that they can do
beyond what receptors are affected, and even, like, beyond what brain areas are become more active or less active, a really interesting level of analysis is:
the brain receptors .
onto these brain receptors .
designed to specifically target certain receptors and affect cells in a very targeted fashion.
We'd found the olfactory receptors and knew something about them, and there was just much more
or the cells that have the receptors aren't there, but there's still an olfactory nerve that pokes out of your brain through your skull.
is I think that all of our receptors that we care about, like our eyes, our nose, our mouth, our ears, all these receptors
is covered in thousands of little photo receptors that encode all of the visual information, and then send it through the optic nerve
Cannabinoids will affect the serotonin receptors , so it's very smart to talk to your physician
And because you don't have pain receptors , you just don't know it.
It's just that we have receptors for this part and not for the rest of it.
You have 200 million scent receptors in here.
They can also trigger specific receptors , like G-coupled protein receptors in immune cells, to have diverse effects, but the results of which
They're picked up by receptors on the dendrite of the next nerve cell, which can then increase or decrease the likelihood of an electrical signal in that next nerve cell.
You have a different distribution of sensory receptors across the surface of your body.
Your brain is literally building new neurotransmitter receptors every millisecond.
There's a virtue in keeping your receptors open.
cannabis in opium there are receptors in the part of the brain cells that control the heart and the lungs which means when
So female mouse bedding and those receptors fire, but nothing else will excite those receptors .
on a patient's so and so receptors , and it was delivered at this dose, what would be the effect of this toxin?
A couple of notions for receptors , reaches the brain.
They come back past your olfactory receptors this way.
Does it work by hitting these brain receptors and then having other effects, or does it work because of the experience?
There's a different set of receptors that perceive light touch sensations and people on the spectrum may perceive that sensation as really irritating.
Does it work by hitting these brain receptors and then having other effects?
What caffeine is doing is actually blocking adenosine from hitting your receptors .
but we've learned that they bind to receptors and enzymes that sense the environment and they turn on our body's natural antioxidant
So there are lots of examples where predators have receptors that are just as sensitive as their prey
And caffeine basically muscles in and masks the adenosine receptors .
And my idea was these are just satellite receptors , and he's coming from outer space.
It's at every cell in your body has the receptors to light, which transforms into life giving energy.
They use some gene therapy to reprogram the receptors to recognize the specific marker on cancer cells and then they reinfuse those t-cells
And then you also have the you sensory receptors that are coming back to give information to your brain.
cannaboids respond to um however we we don't have receptors in
what's happening is the receptor the cannabinoid receptors here are signaling to the brain it's like the emergency broadcast system we're in trouble help
Because it messes with the capacity of the postsynaptic receptors to reabsorb quite specific neurotransmitters, norepinephrine--