Acetylcholine has two major classes of receptors: nicotinic and muscarinic. Nicotinic is always excitatory and located on all skeletal cells. Muscarinic can be excitatory or inhibitory and is located on smooth and cardiac cells. Also good to note parasympathetic post ganglionic are cholinergic so they produce acetylcholine, but sympathetic post ganglionic are adrenergic so they produce norepinephrine and act on different receptors (alpha and beta).
The video makes it simple to understand the basic concepts of neurotransmitters and how these are classified. It is a great video to watch if you are having trouble understanding the concepts.
Great video on Neurotransmitters! Professor Dave provided a clear demonstration of each type, structure, and function. I felt the most useful component was the thorough detail to each type of transmitter. I would certainly recommend this video to anyone studying Neurotransmitters.
Great lecture for laymen too. Thank you very much. It is understandable even if you aren't prfessional (I'm an engineer), also detailed enough and the content was very pointed, which was really important for me to pick some information fast for my thougts. You are an excellent lecturer, professor ! ;)
In case there are educational authorities who are looking for" child prodigies"to offer scholarships to im 16 in 10nth grade and taking open courses of College Neuroscience tbh i love it👀
A very informative video, but I hope the editor uses font and figure colors that are more light and gentle to the eyes, because some students watch these videos in series, and it might lead to eye strain (which I had, during @5:50). 😞
First , Thank you very much for the video and wonderful details ,second , is it possible to know how to find out the mechanism how to analyze the problem of the patient and how to solve it , is there speceific tests to know where is this long chain brekdown and fix it , finally can you guide me how to know that
I'm still trying to grasp the unconventional neurotransmitters. If they can move between cells through the membrane does that mean they don't transport via the vesicles? And what message do they give the other cell? Very confusing and I am trying to explain for an essay on the ECS.
Hello! Great video!! Do you have any pharmacology/physiology books as a recommendation that talk about all the things mentioned in the video? Thank you!!! :)
Hello, I have a question. What are the main neurotransmitters affected by THC. I had a really bad experience 4 years ago with an edible. My brain did not respond well to it. I am not sure which hormones were affected the most. I experienced severe depression, paranoia, anxiety, DP/DR. 4 years later I am wanting to come off of antidepressants. But I need to know the neurology of my brain and what I can take or do to help it heal from whatever the THC had done. Can you please offer me some advice. And yes I have a Psychiatrist who is aware of all of this and is helping me taper off of my medication. I am on week 3 of a 6 month taper. Never had depression before until I tried that edible.
Professor I have a question about subtituted tryptamines like DMT. I know they function through our serotonin pathways but would you classify it as a neurotransmitter? Thank you.
In my opinion they are not neurotransmitters per se but act as agonists of serotonine. They seem to be an aberration in mammals and only exist in tiny concentrations, so like a flawed byproduct or are created in certain diseases. Compared to other neurotransmtiters - they dont seem to have specialized enyzmes for further processing and dont seem to have unique coressponding receptors. Natural neurotransmitter have aswell some kind of re-uptake mechanism.
Acetylcholine has two major classes of receptors: nicotinic and muscarinic. Nicotinic is always excitatory and located on all skeletal cells. Muscarinic can be excitatory or inhibitory and is located on smooth and cardiac cells. Also good to note parasympathetic post ganglionic are cholinergic so they produce acetylcholine, but sympathetic post ganglionic are adrenergic so they produce norepinephrine and act on different receptors (alpha and beta).
Thankyou for knowledge
I don’t know how you knew I have an exam covering neuropharmacology and NTs on Friday but if you could keep doing that that would be swell
Thank you for explaining subjects slowly and clearly...you're helping!
This is the first time I understand the mechanism of neuroscience.thank u.
Really concise and informational video. Keep up the good work.
The video makes it simple to understand the basic concepts of neurotransmitters and how these are classified. It is a great video to watch if you are having trouble understanding the concepts.
You are awesome and keep up the great work. You have helped me and a lot of others.😁😁
Great video on Neurotransmitters! Professor Dave provided a clear demonstration of each type, structure, and function. I felt the most useful component was the thorough detail to each type of transmitter. I would certainly recommend this video to anyone studying Neurotransmitters.
the unconventional part that i've not acquainted in, very helpful all this material
Thanks Dave. Excellently done!
Oh wow. I was just studying action potentials recently and now this comes up. You're a miracle dave.
Make sure to check out the tutorial immediately before this one, it's all about the action potential! Very thorough.
Great lecture for laymen too. Thank you very much. It is understandable even if you aren't prfessional (I'm an engineer), also detailed enough and the content was very pointed, which was really important for me to pick some information fast for my thougts. You are an excellent lecturer, professor ! ;)
great video! helped with second year uni class :)
ThaNk yOU
Exellent explainations!
Yoooo Dave love you bud
In case there are educational authorities who are looking for" child prodigies"to offer scholarships to im 16 in 10nth grade and taking open courses of College Neuroscience tbh i love it👀
A very informative video, but I hope the editor uses font and figure colors that are more light and gentle to the eyes, because some students watch these videos in series, and it might lead to eye strain (which I had, during @5:50). 😞
Good video
Easy to undersrand.Thank you so much.
First , Thank you very much for the video and wonderful details ,second , is it possible to know how to find out the mechanism how to analyze the problem of the patient and how to solve it , is there speceific tests to know where is this long chain brekdown and fix it , finally can you guide me how to know that
Super lecture thanks Sir
Thanks so much
Interesting ☺
So so helpful video... Keep up sir
Wow. Clear as bells.
Keys 😂
Very good video.
doing a great job
I'm still trying to grasp the unconventional neurotransmitters. If they can move between cells through the membrane does that mean they don't transport via the vesicles? And what message do they give the other cell? Very confusing and I am trying to explain for an essay on the ECS.
Thank you
Thank you so much!!!
Oh my God ,this man is great
well done ,thank you
Perfect👏
Hello! Great video!! Do you have any pharmacology/physiology books as a recommendation that talk about all the things mentioned in the video? Thank you!!! :)
I loves professor Dave video but i HATE the opening song because it reminds me of those late night study I had last year!
oh boy I sure do love neurons
Hello, I have a question. What are the main neurotransmitters affected by THC. I had a really bad experience 4 years ago with an edible. My brain did not respond well to it. I am not sure which hormones were affected the most. I experienced severe depression, paranoia, anxiety, DP/DR. 4 years later I am wanting to come off of antidepressants. But I need to know the neurology of my brain and what I can take or do to help it heal from whatever the THC had done. Can you please offer me some advice. And yes I have a Psychiatrist who is aware of all of this and is helping me taper off of my medication. I am on week 3 of a 6 month taper. Never had depression before until I tried that edible.
You doing better now?
Yo, Dave, you delta-9-tetrahydrocannabinol friendly?
Professor I have a question about subtituted tryptamines like DMT. I know they function through our serotonin pathways but would you classify it as a neurotransmitter? Thank you.
In my opinion they are not neurotransmitters per se but act as agonists of serotonine. They seem to be an aberration in mammals and only exist in tiny concentrations, so like a flawed byproduct or are created in certain diseases. Compared to other neurotransmtiters - they dont seem to have specialized enyzmes for further processing and dont seem to have unique coressponding receptors. Natural neurotransmitter have aswell some kind of re-uptake mechanism.
THIS IS 1:19
Plz provide written notes of this vedio
I might be a nerd.
Welcome to the club!
😂😂😂
Me too 😂😂
Catagoey
Thanks heavens.
Opioid peptides aka endorphins
i wont get bore if the videos would be lenthy i.e 21min and more so think of it more detailed videos
LOL bro that intro, just, why? 😂