Synaptic Transmission | How Neurons Communicate

In this mini-lecture, Dr Mike explains synaptic transmission. The process of a neuron sending a signal to an excitable cell (i.e. neuron, muscle, or gland).

[@aleenatariq1318]

Through these lectures I am able to score 36/40 and In my biology test and I was shocked because my teacher is relatively very strict in giving marks more than 33 and it's my first time getting these much from her so yeah, THANKS DR.MIKE

[@emmanuelmulife69]

You are probably the best lecture any medical stident can ever have. Am able to memorize and know things like you do by watching your tutorials.

[@LiviaGrigorie]

I'm a pharmacy student in the UK and you've made my life so much easier, thank you Dr Mike! I wish my actual lectures that I pay for were this fun and well explained. Thank you for all you do! Your biggest fan!

[@DrMattDrMike]

Happy to help!

[@varunnikam]

what a coincidence i was thinking about it and got notification that mike uploaded a video regarding to it. 😅

[@toolietools1316]

Your tutorials were extremely helpful for my physiology exam. I am a visual learner. Thank you.

[@ukasz8945]

Our bodies are truly a masterpieces, I am amazed by the amount of little processes happening without us even noticing. Also great explaining of this topic!

[@sarasaturn4292]

Can't thank you enough for making my exam days easier for me!

[@dorykemp4511]

I ... literally have an exam on this in 4 hours. Thank you so much - what a great review tool!

[@christopherelliott3968]

your a legend. these videos are getting me through paramedic school. Thanks as always.

[@christracy6301]

Love your posts my friend!! This essential knowledge benefits everyone!! Love ya for making it palatable!!

[@elizabethd2613]

I've been watching your videos for the past couple of weeks and I absolutely LOVE the way you explain A&P, I've literally almost watched all of your videos to prep for my MBLEX Exam & I feel so ready! Can you pleaseeeeeee do a video in regards to the anatomy & functions of the lower limbs; Psoas Major, glutes, quads (Basically the whole leg anatomy) I would FOREVER be grateful.

[@ngozipearl6269]

Thank God I discovered you. I missed it when I wrote anatomy but with you, I am gonna scatter physiology. You rock bro.

[@bonniexwony]

your way of explaining and charisma and passion for bio/med stuff inspire me :) thank you and GOD BLESS YOU FR

[@KallieKitas]

Between Crash Courses and you - it's been amazing knowledge!!

[@yoondia544]

You are a blessing from God, thank you so much. I was lost before I found your channel. I am now excelling at my med school because of your help thank you

[@cherylpruitt9997]

You tell this like a good story and I am excited to hear the ending. Or to be continued………..😊

[@desireedelacampa496]

Thank you so much for your tutorials!! I am so thankful for your videos!

[@missisto3908]

You are highly underrated ,, thank you so much for all the explanation ,,

[@MsAfricanLover1]

This video was 10/10. Easy explanation!

[@Waisterezai]

Once again, great video with great explanation.

[@simrankaurmatial3072]

Beautifully explained

[@Kuromi44_]

You saved my life really!❤ thank you very much for your videos

[@ani3020]

i've been watching all of your A&P videos the past month to prepare myself for the TEAS exam! 😀

[@cess5614]

oh my god! you're amazing! you explained it really well!

[@brainnkeh4749]

Thank you doctor. I can now say i understand synaptic transmission

[@user-qc5fh1qv3r]

thank you so much❤❤❤I love your videos!!!

[@user-ih2ry7ke5m]

this is such a good video

[@ssshaheedd]

thank u vm you are like a savior to me💗💗💗💗💗💗💗💗

[@mohammad.arabiyan3215]

so useful. thanks doctor

[@thebestofallworlds187]

you rock bro!

[@naomim5746]

Thank you 😊

[@sebadass2]

Dr Mike, can you do one on how smell and taste work together to get flavour?

[@lalakarbasian8789]

Perfect 👍 thanks

[@abdalameeralsebahi4223]

Man i love you

[@_OG_]

God bless you

[@timonmero5074]

The best

[@ogunsheadeyinka9661]

you are my God sent

[@Bac_over]

I have a question about how epilepsy could be triggered. During repolarization in an action potential, most of the cell's potassium ions get released. Is there a possibility that this potassium can enter the cell when inhibitory neurotransmitters open potassium channels? 🤔

[@akw7252]

*Sir* please make video on how muscle cramp ??

[@gram3041]

In this lecture, you're showing a neuron releasing both an inhibitory and an excitatory neurotransmitter. Is this actually possible? Or is that just for lecture purposes? To put it another way, does a single neuron have the ability to release multiple different types of neurotransmitter? Or is each neuron specifically bound to a single neurotransmitter type?

[@gram3041]

Aha, some web searching appears to have answered my question. According to www.ncbi.nlm.nih.gov/books/NBK10818/, if I'm reading it right, it's possible for multiple types of neurotransmitters to be released by a single neuron, though they're all together either excitatory or inhibitory (IE: it won't release one of each). And the release of both may be gaited on the frequency of the neuron signal. Please correct me if I'm reading things wrong :)

[@akw7252]

*Sir* *Please* *make* *video* *of* "how *muscle* *cramp* happens??"

[@reyazmantoo1586]

Dr. But u didn't name either inhibitory or excitory transmitters...

[@Jupiter1423]

I cant believe i understood this

[@tristenlewis8747]

Week 8 of A&P and I am struggling 😢

[@maherelsahar2161]

First

[@esraa3028]

Smash