Resting Membrane Potential | Nervous System

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His muscles, biceps, arms, and back all distracted me in this video. Lol. Who else is with me? Great video and explanation!

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😂😂😂

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For real

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Right

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Me too

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Great video coz of the guy in it😂

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This man is so professional he didnt even flinch or falter after dropping the marker at 3:40

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This was actually super concise, spot on, right to the point. Easy to understand. No useless cartoons to illustrate points, and enthusiasm added to the core understanding for me. Thanks.

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i agree!

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i came here after watching 3 videos and now i finally understand everything after watching this. Thank you!!

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Which videos are those.. would you mind sharing them

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I am doing Physiological Sciences and you are my Best Teacher. 🙂

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Taught me more in 5 mins than a 2 hr lecture

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Exactly

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This is so trueee

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This is one of the most clarifying videos on this topic I've seen in a while!

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Love the accent.That was the best explanation Ive ever heard. My class just throws pargraphs upon paragraphs at me and more wirds but with your picture and clear explanation I grasped it. Thank you so much!!!

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You are honestly the best teacher ever

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SO helpful! Makes it so much easier to understand!!

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I've been going over and over notes and a lot of other youtube videos and remained completely lost until your video. Thank you for making this easy to understand!

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These 5 minutes saves 1 hr lecture and I was just confused regarding my book diagram but after watching this my all confusions are cleared. Thanks ❤❤

[@farahjames8010]

Thank you so much. I have my anatomy exam today and I was so so confused on potassium and sodium pumps, and what they did and how the resting membrane potential was formed. Now I understand. It’s so much better!!!

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Bro your explanation are straight to the point,,,short videos making me watch move,,,may God bless your channel ☺️☺️☺️

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I have to hand it to you. You are saving me in Physiology

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Awesome videos! Studying Biology in undergrad right now and your videos are a great supplement and help summarize important concepts. Thanks so much

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That's wonderful! Let me know if there are any videos you think I should record! Best of luck with your study!

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This topic has been better explained than Armando Hasundungan. Very nice, short and simple. 😀

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You are just amazing, you made anatomy very simple. Very importantly, you teach with understanding

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Perfectly clear, you are an amazing teacher. Lucky I found you on my first semester on med school now life would be much better

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you don't need to ask for a sub, your video said it all!! superb presentation!

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i am enjoying your videos they have helped me a lot on my school work , i recommended you to my friends and they all agree you are indeed a good teacher. thanks a lot. keep the videos coming

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Thanks Dr .that’s very clear I read my lecture for many times ( biomedical physiology ) and it’s really complicated , your explanation was clever

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[@FiftyFourK]

Beautiful, understandable explanation, thank you.

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I was waiting for you the whole video to pick the marker up

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wow this really helped me! i learned a lot more then i would understand in one lecture!

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You are always soooo precise....I really get your lectures... thanks

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so so easy to understand helping me through psychobiology so much!!

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This was so amazingly clear, thank you so much!

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You are a genius teacher❤ thank you so much for your help 🥹🙏

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This really helped me on my bio final tysm.

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Your videos are awesome. They've helped me a lot . Thanks.🥺 God bless youuuuuuu

[@ermeoalni8107]

You deserve one new subscriber

[@noorbeiruti4316]

This is the best video made for rmp thank you :)

[@avanykiforuk1635]

nah

[@shekinah6853]

Great explanation!

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I have no clue of all this stuff but did understand most of it (of course subtracted Dunnig-Krueger effect) So this was at least for me an excellent teaching! ❤ thank you

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Thank you very much! Please keep uploading videos, your videos are always the best to understand for me:) Thank you again!!

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Saved again by Dr. Mike!

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I wish I was as built and smart as this guy!

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This video was awesome..... you've made me understand much better...thank you 🙏

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He is excellent!

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Thanks for making this so easy to understand :)

[@stevejones3662]

You really are a very gifted teacher indeed! Great clarity and sequencing. So it seems that wherever there are gradients in the universe change can happen...So nerve and muscle cells use up small amounts of energy by hydrolysing ATP to get ready for action when it is needed?...So perhaps gradients should be given more prominence in biology? Even a section dedicated to them? Just a thought. Thank you!!

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Thank you Dr. Mike

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Thanks! 😊

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thank you! this helped a bunch for understanding!!!

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I love you Doctor Mike.

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thank u so much Dr

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Amazing teacher!

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عمي شهلشرح الراقي

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So simple .. thank you

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Another great video! Thank you!!

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Thank you sir

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I always understand easily from your tutorials but Kindly work on the visual quality. Sometimes things ain't too visible 😊

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Enlightening little clip!!

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thank you

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Thank you that was very clear

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Hi doctor mike! I've been watching your videos and they're of big help. However, I think the audio is too low that makes it quite hard to decipher the words spoken from the video.

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Amazing!!

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Thanks a lot really

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Who's dr.matt and dr.mike ??

[@Diviner-ip2pq]

How to like this video twenty times???❤️

[@shoroukas2474]

HANDSOME !!

[@annandlandon]

The time is took to draw that phospholipid bilayer!😂

[@sanchomemark8373]

Why doesn’t the influx of K+ from the pump counteract the outward flow of K+?

[@alizahabib520]

3:39 RIP whiteboard marker

[@Marta-dz7bn]

Do nonexcitable cells have a resting membrane potential? In the video you said that only excitable cells have a rmp, but I thought that all cells had it. Could someone clear that up for me XD

[@Brezlyn577]

Excellent question. I hope Dr. Mike sees this...well it is over a year since you asked.

[@FatimaMD7]

Thanksssss

[@НикитаМинажетдинов-ч5т]

But why for instance the charge inside is +30q,and outside the charge is +60q. Charge inside is just smaller,but why is it negative?

[@farahkhan7718]

Look, outside charge is more positive than inside so it is considered as negative in comparison to the outside charge.

[@ayeshajahan1291]

Potassium ions are linked with large proteins. The proteins are negatively charged. So when potassium ions escapes the cell, proteins can't escape the cell due to their large size. The bond between the two is still there. It's a chemical bond. It can't be broken just by a simple diffusion of potassium ions out of the cell. So the proteins remain stuck on the inside of the membrane. While k+ ions remain stuck on the outside of membrane in ecf. Therefore the negatively charged proteins stuck to the membrane inside causes a NEGATIVE potential inside. Hope that explains... 😊

[@zainabhazim6494]

Best wishes from iraq hloll

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Thanksss

[@Eva_yaaa]

Him: Focus Me: I'm fo..(seeing his muscles)

[@Jshowtime02]

Would the leak channels basically cuase the RMP to change? Therefore it produces a graded potential right?

[@jibraankhan9667]

does the resting membrane potential exist across the neuron (from the soma to the terminal)?

[@doktoristorije2733]

I love you.

[@KAde-li7vr]

@SarahChicharro The ring on his finger should snap you right back from your distraction :)

[@yessir6521]

والله انك وحش

[@Nick-cg6xj]

Hero

[@dylanrelatable]

"These excitable tissues just like me" 😂🤞🏽

[@matthewdownie9605]

If its negative 70mv in cell does that mean is it positive 70mv outside the cell?

[@ayeshajahan1291]

On the outside of the membrane. Bcoz it's the potential of the membrane. That's why when a stimulus is received, polarity is changed at that particular point of cell membrane.

[@ivurivurivur]

GOD DAMN.

[@faroqeideh5223]

I hope you put Arabic translate

[@bethanyglockner9332]

I don't see where the negative stuff comes from.

[@ayeshajahan1291]

Potassium ions are linked with large proteins. The proteins are negatively charged. So when potassium ions escapes the cell, proteins can't escape the cell due to their large size. The bond between the two is still there. It's a chemical bond. It can't be broken just by a simple diffusion of potassium ions out of the cell. So the proteins remain stuck on the inside of the membrane. While k+ ions remain stuck on the outside of membrane in ecf. Therefore the negatively charged proteins stuck to the membrane inside causes a NEGATIVE potential inside. Hope that explains... 😊

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👍🏻👍🏻

[@JaneDoe-ob9dr]

You can be large and in charge my neurotransmitters

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OKAY YOU’RE HOT I CAN’T FOCUS LOL 😂😭

[@gimhankarunarathe2354]

69th comment nicee...also great video really helped me.