Neurotransmitters | Nervous System

[@hanch96]

always a sigh of relief when i search for a topic and see a dr matt and dr mike video pop up

[@darthkj8983]

Def .

[@IndiYogi]

same

[@priyagupt.a]

So true

[@LunaLokiita]

Exactly. Still feeling that way in 2024

[@MrMikkyn]

What a hot teacher. Such a great motivation of having eye candy while learning about neurotransmitters

[@julianacseminario8421]

You are literally saving my life in PA school right now. Thank you so much for what you do

[@kebroonabebayehu2559]

Wow I wish my professors were this good, we pay thousands and they don't even come this close. AND you're also aesthetically pleasing to look at too. What a premium experience! LOL but seriously thank you for your great work and saving a lot of us with these concepts!

[@Guilherme33]

This the hottest lesson about neurotransmitters ever! Thanks!

[@JoshCastro90]

This guy is seriously the most amazing man on the planet. haha. I'm SO SERIOUS, your 8min video clarified what an entire HOUR lecture could NOT. I've already subscribed to you and again THANK YOU so much professor. Also, you're extremely well toned and handsome and if i wasn't already in a relationship and neither were you.... well, I'd let you have me. :)

[@taurus_nimbus]

A whole class in 8 minutes!!! Outstanding job!!!

[@nohandle962]

Awesome video, mate. Much appreciated. Some of the most value packed info per minute on the internet.

[@rowanteboh5009]

Thank you very much Sir. The first time am understanding neurotransmitter functions. May heaven bless the work of your hands.

[@watchfulsaints192]

Saved me from reading the whole chapter in my textbook. I wanna give you a hug! :)

[@iwantmyfriescrispynotburnt3981]

Oh thank you so much for coming in clutch (: I have an exam on Friday over this. *Here are your cookies* 🍪🍪🍪

[@howtomedicate]

Your making vids of the whole neuralsystem! Awesome!

[@DrMattDrMike]

Yup! Watch this space!

[@r.chavez5513]

@@DrMattDrMike what hapens if your brain stops producing this neurotransmitter or the receptors die off?

[@myozin7503]

Thank you so much, Dr. Mike. You are a true genius as I say to you always.

[@Doumais_theelsa]

What in the world there is such an excellent summary picture like this! Thank you so much Dr. Love it!!!! Waiting for more videos from you!

[@dr.habibwizzy9546]

Thanks man. In PNS, nicotinic rather than muscarinic receptors are involved in skeletal muscle contraction

[@mstenson4]

This is great, you may have just help explain my mental health issues. Thank you 🙏

[@jelicaandric8962]

Wow Hugh Jackman has some extra teaching skills

[@evelynmeza888]

Omg, hilarious and spot on 😆

[@NathanDudani]

Hugh Jackman was actually a PE teacher, lol

[@MikeB-sp6gp]

Isn't Dr. Mike the handsomest??!! I'm not gay or anything. But WOW! Kinda undeniable.

[@MohantyKunal]

Hahaha spot on!

[@nehasinha4793]

Dr Mike, thank you for making learning so much easier ! Love your work :)

[@travm3978]

That was really well explained and just what I needed. Great job !

[@akorebirungilutigard288]

Your my best teacher ever I understand whatever you teach!

[@tiffanym8720]

You are an amazing teacher! I wish I could be in your class...:)

[@jotaropokemonfan]

STOP OBJECTIFYING HIM; keep it to your heads people XD! Great table, you explained it so well, and super concise and your use of language and speaking shows you understand well what you're explaining thank you :)!

[@akankshashinde3188]

I appreciate the passion and energy while teaching.

[@Msnaima85]

Great stuff . I like that you included various conditions and how they are affected by neurotransmitters. Please do a part 2 especially on how depolarization happens with different neurotransmitters.

[@lilitjermagian9132]

wow! super fast, needed to stop, rewind and replay a few times! But the best explanation 100%

[@jamesarnoff3494]

Thank you for your kind words You’re fun to communicate with It’s a pleasure meeting you.

[@shelby4684]

Hello. I am still fairly new at learning this information. I have found that your videos are best for me to understand the information better. If there is any possible way could you maybe slowdown while explaining the info? Really love the videos!

[@halloheimur]

just adjust the playback speed

[@mutelarsorhougbe4606]

You can slow down the speed of the video (i also do that sometimes, if I find the explaining a little fast.!)

[@sherilnugera4236]

Ur doing a great job sir👍Hands off for ur teaching methods

[@maia5539]

you are insanely good at teaching this is so informative and efficient and clear

[@znssnbssnsjsj3335]

It is really a marvelous topic of neurosciences more clear than,our,texts, gone through over medical colleges really thank you..Dr.M.Ashraf.....

[@erinblu8551]

Love this! I'd like to know more about how neurotransmitters respond to food, especially when sharing with friends and family. Sounds silly, I'm sure, but I'm working on a rationale for community building, particularly with sharing meals, in high school students.

[@mutelarsorhougbe4606]

you are fantastic Dr Mike! I applaud you and appreciate your work!

[@jzhvaeduh]

thank you omg. idk how i got through 1.5 years of med school without knowing what substance P was...

[@meeravalencia]

Thanks! Now I understand why GABA helps reduce stiffness in my legs.

[@arpanmall4378]

Sir, I really wish that I may have a chance to meet you someday awesome lecture. Thank you so very much.

[@kwabenaaddoonwona4282]

Great job you are real genius

[@YasminYasser-tz7bw]

very useful. Worth watching thank you very much

[@ngocl.n.b9712]

Thanks so much, I have struggled with this since the lectures at Uni so complicated, but your explanation did help me alot.

[@diannesmith8626]

Thanxs for doing these videos currently studying clinical pharmacology which Is challenging….yr explanations so helpful in my understanding this subject. Thank you

[@miranda5621]

Thank you so much for this video!! Helped some things clicked that I've been "studying" for years but could never understand ahaha

[@darthkj8983]

Please do pharmacology classes for KZbin too . Great teacher

[@johnjohnson3709]

Great video! And body!!

[@dianbabu25]

I think skeletal muscles have nicotinic receptors on them not muscarinic (this is said at 1:51). They are abbreviated Nm for nicotinic acetylcholine receptors that are specific to the NMJ/muscle vs. muscarinic acetylcholine receptors which are abbreviated M

[@pianoexpert123]

thanks! i caught that too so i got confused. is everything else correct?

[@dr.habibwizzy9546]

@@pianoexpert123 Yes

[@kylieaucoin5166]

This was really helpful- thank you!

[@faezehalizadeh-m6e]

Thank you so much, you are first-grade teacher.

[@musicandpoetry_8]

Ok last comment sorry..so I have bipolar type 2 rapid cycling and ocd ..have suffered a lot..I think my depression changed as I got older with the mixture of meds..I’m really interested in chemistry and neuroscience so I think I’m going back to school to study it, thank you for these videos ❤

[@maxwellnjati1756]

Wow..thank you sir

[@benonchinyama7144]

You made it easier for me Doc

[@paulinedegala-aranador2073]

Thank you for this! It helps me understand more than the book. Im gonna report this topic lol

[@nourhanabdel-monem5620]

What a greatness you do dr 💖💖🔥i really understand ever than done before big thanks from Egypt🥰

[@maxwellnjati1756]

Thank you Sir

[@broganm7952]

Thank you! Your videos make learning so much easier

[@mohibshamoon11]

Very Well Explained in a comprehensive manner..!

[@Weenz_gt7]

Honestly better explanation than my professor!!!!

[@CalumnMcAulay]

First class presentation!

[@filisematabogi116]

Epic explanations

[@sanamonster1]

Excellent for a quick revision! Thanks😊

[@leebaatjes7058]

Awesome summary!

[@Lakshmi235Lakshmi]

Thank you so much 🙏🙏🙏

[@sayatdegefu6322]

5:11 D1, written as inhibitory, is actually excitatory. If you got confused like me

[@lauriecestnick1763]

You are the bomb! Thank you!!! for simplifying so much!

[@0055-g3i]

Thanks again and thanks for your explanation and teaching

[@DrMattDrMike]

My pleasure!

[@Mohammed-hg7gq]

Great ..doctor can u do a video about dopamine?

[@sasiedu562]

This guy is awsome nice break down

[@faizanhaider2519]

Genius,Mike!!!!

[@jonaslucao3163]

You're awesome dude thank you very much for the wonderful explanation!

[@TheSwatTrader]

Thank you so much Sir 💖, love from Pakistan ❤❤

[@BMXTraining]

Solid work mate. You’ve mastered this. Curious, can you elaborate more on dopamine 2 inhibitors. What is the inhibitory effect?

[@ezealisiobiblessing3295]

i love you so much dr.thanks for always laying it down.but please do well to slow down in speech cause of your accent.thanks from nigeria.

[@Willisflame]

You really know your stuff man

[@ShoshHoseen]

Thank u so much ♥️

[@Ironmurs]

“No you cannot stay after class to study moi anatomy lydies, hence the ring.” - Dr. Mike

[@alinageogy6713]

Great delivery and super easy to understand. Excellent video!

[@meganflowers9505]

This is a very helpful video! Thanks!

[@Henna261]

Where does he teach? Im trying to see something real quick😂😂😂

[@korpus1319]

I'll like him to transmit my synapse 😏

[@hiteshdua3746]

Simp

[@ItsAlleyboi2x]

No😭

[@tshiruh5]

Girl me too😂

[@jasmine-rojas]

Came to the comments just to say something like that lol

[@J.J.JoeThomaspn]

Awesome 🎉😮

[@deekircher21]

Good looking and intelligent

[@fbhjkhifgj2538]

Thanks a lot mester muscle

[@dernassuhail4551]

you absolute legend, what a great video!

[@rosek8393]

Can you tell me how to make the pns get back to normal ??? Do u do video chat?? Hope to have a response u have the gift of knowledge

[@nazgolshirzad]

You're awesome ❤ thank you 🙏🏻

[@glorypazgeorge485]

That’s so hard to concentrate 😅 can’t cope with comments

[@LarbieJacob]

Really love your vids But with this you did talk about nicotinic receptors you only talked about mascurinic

[@metacognition300]

Thank you ❤️

[@stoyansteve9360]

Brilliant video!

[@zakirzak1494]

Great 👍.... I Guess dopamine receptors 1&2 , you said the opposite of what is written down on the white board. At 5 minutes.

[@veerpalgill1365]

thanks sir i really like ur videos

[@rat886]

@Dr Mike, really appreciate you and Matts work! A little confuzled here however, as you have said the muscurinic receptors are main ones for skeletal muscle, but I think this was maybe a mistake? Nicotinic are key at neuromuscular juction???

[@simranbhartiya1485]

Thanks doc 🎉

[@sarahshafer3724]

wow, no comparison to my university professors who have been working in the field for 30+ years. Hot, smart and concise.... this is what i call education!

[@lduranceau8046]

Can you take a few minutes and try to answer my question: If a person wants to throw a football, that person will grip the ball and then bend his right (or left) arm, tbend the arm backwards, and finally release and throw the ball. the bending action is supposed to accumulate power for the throw. Can you explain this in the same kind of language you used to explain how muscles work?

[@lawron2]

Love this

[@alexb4127]

Wait, I thought nicotinic receptors were found on skeletal muscle cells and muscarinic were for autonomic like M1, M3. Great videos though!

[@NickyGoodson]

I thought it was Nicotinic receptors at the neuromuscular junction, not Muscarinic? @01:51 have I misunderstood that, or is this not in relation to the synapse at the neuromuscular junction?

[@Jeremy1991]

Thank you,Sir.

[@evolvingshan7970]

THIS WAS AMAZING !!!!!!!!!!!!! TY!

[@nanoukituandamakombele5943]

Very useful for me , thank you .

[@Nandakumar24]

Nice Lecture Sir ☺️

[@mohammadalializadeh6737]

Thanks❤

[@droy9559]

Great video

[@amenoameno3151]

I love you man thank you so much