I had trouble understanding this for over 2 months and just got it from this video. I love his sense of humor, it really makes learning more fun. Thanks a lot
HAHAHAH i love the way you talk sir. i also greatly appreciate the constant repetition of important phrases that i need to get straight into my head. for someone that has difficulty paying attention, this video was very very helpful. the way the information was presented the the small bits of humorous narration kept me engaged. thanks a lot
I understood more watching this video than in my biology class! This is absolutely amazing thank you so much and good luck with your future content! Keep helping us and thank you one more time.
Dude, this was great!!! I love the upbeat vibe of it and how forward this is. "In some textbooks it's -70, in some -90, No1 cares" Hahaha. Thank u, this is GR8 especially since I tend to get stuck in the details.
Didn’t understand about the nerve impulse transmission during my uni lecture. However, this makes so much sense to me and now I fully understand. This is absolutely goooood!
Litellary your way of teaching is amazing thank u soo much This topic is so hard for me i miss my coaching kecture and from 3 hour i was watching videos in youtube but my concept is cleard only in this video again thankss
WOW! Such a good video!! (= Just one question. This process happend on the Axon membrane, So what are the dendrites for? and the Axon hillock? Thank you very much!
OMG! So I listened to all your Electrolyte videos for my Nursing Exam. Thanks. So if we don't have enough Na to depolarize the nerve, or we are in a hyponatremic state, signs would be malaise, lethargy, slow and low HR, BP, RR because there is no activation. Please correct me if I am wrong?
One question- the sodium and potassium ions are both positive. If the potassium ions are leaving the nerve as the sodium ions are entering the nerve, why is there a change in polarity? It seems like there would be no net change in the charge of the nerve.
thanks for explaining but i still have a question, why does NA+ have to slightly go inside the membrane to reach the threshold potential SO MORE NA+ CHANELS CAN OPEN? why don't they open from the beginning so a huge amount of NA+ can go in? in other way, are some NA+ and K+ channels already open all the time? i hope you answer me
Me struggling to study in Human Biology because the professor flat out refuses to actually teach the material: 😢 Medicosis Perfectionalis holding out his hand: Come... I will teach you, my son. 🧙♂
Na is positive because it loses an electron. Lose of electron gives it the positive charge and same is the case with K. Both are present in group 1 that tells us that both have 1 electron in the outermost (valence) shell and hence it becomes easy to get it removed, leaving them with +1 charge. Hope that helps! 😊
Can someone point me to an experiment where one can simulate the functioning described in this anatomy? Like what kind of membrane can seperate ions and cause an ironically unbalanced solution? In chemistry this is considered impossible
❤️ Cardiac Pharmacology Course: www.medicosisperfectionalis.com/
I had trouble understanding this for over 2 months and just got it from this video. I love his sense of humor, it really makes learning more fun. Thanks a lot
You’re most welcome!
Would you please help me by sharing?
I love the way this guy talks
Thank you!
I also love .
You
Tube
@@nilkmlb8029I’m late but 😮
HAHAHAH i love the way you talk sir. i also greatly appreciate the constant repetition of important phrases that i need to get straight into my head. for someone that has difficulty paying attention, this video was very very helpful. the way the information was presented the the small bits of humorous narration kept me engaged. thanks a lot
My pleasure 😇
Good luck 🍀
This made more sense than the 12 videos I watched on khan academy, thank you!
I am honored! Thank you so much for watching!
Would you please help me by sharing?
8:37 Boom💥 It's fire baby , we are on fire 🔥 😂😂
I understood more watching this video than in my biology class! This is absolutely amazing thank you so much and good luck with your future content! Keep helping us and thank you one more time.
The pleasure is all mine!
Thank you so much, you probably saved my mark on the biology test i have tomorrow. Big hug from Portugal, and keep up the good work! 😀
I am honored!
Good luck 🍀
Let me know how the test went!
@@MedicosisPerfectionalis 17/20 👍
Dude, this was great!!!
I love the upbeat vibe of it and how forward this is. "In some textbooks it's -70, in some -90, No1 cares"
Hahaha.
Thank u, this is GR8 especially since I tend to get stuck in the details.
Thank you so much 😊
Didn’t understand about the nerve impulse transmission during my uni lecture. However, this makes so much sense to me and now I fully understand. This is absolutely goooood!
To the point, visualized and easy to digest, just enough details...just what i needed for my med school prep, great job man!
I took A&P and struggled to understand this. Watch your video and it makes sense. Your brilliant 😊
Thank you ☺️
Amazing video! The drawings while you explain really helps the understanding on the subject!
Thank you so much!
Would you please help me by sharing?
never had this much fun listening to education videos HAHAHA
I am glad!
Such a funny and innovative way to teach I love it😂
Your lectures are just the definition of studying with fun sir.thank you so much😊
My pleasure 😇
Dude saved my life! 😮
Thanks alot.
Happy to help!
Thank u so much for presenting this topic in an arranged way
Such a complicated topic explained in a such an easy way.
Thank you so much.
U have made my life easy thanks alot sir
It's my pleasure!
THE BEST OF THE BEST!
Thank you so much!
Litellary your way of teaching is amazing thank u soo much
This topic is so hard for me i miss my coaching kecture and from 3 hour i was watching videos in youtube but my concept is cleard only in this video again thankss
This quick video made me understand the entire concept instantly, something my teacher couldn’t do in 2 classes 😭 thank you so much
You’re very welcome!
Can you please help me by sharing?
Literally in love with this. Helped me so much. Thank you ❤
Great explanation
Glad it was helpful!
He's hilarious 😂
Thank you!
The explanation was amazing. Simple and fun! Thank you so much🤍
Great lecture, got a zoology exam. Helped alot!😊
Glad it helped!
Thank u so much it was a very tough topic but you made it easy
Most welcome!
😅you make learning so fun, this was so educative
Thank you!
Amazing 👏🏻👏🏻
Thank you!
Great work
Keep it up💥
Thanks I have up skilled again as far as AP is concerned 👍👍👍👍
The way you explaining this topic is very nice this video is very helpful to clear my this topic thank you sir
Most welcome!
You saved my life in these 12 minutes 🤝🏻
Keep going BABY 😂
Glad I could help!
Nice explanation
Thank you so much!
WOW! Such a good video!! (=
Just one question. This process happend on the Axon membrane, So what are the dendrites for? and the Axon hillock?
Thank you very much!
Watch the whole series on nerve physiology and should help answer your questions!
Crazzzyyyy🤯 wowwww
Thank you so much for watching!
Amazing
Thanks!
I like the way you talk by .
Thank you!
OMG! So I listened to all your Electrolyte videos for my Nursing Exam. Thanks. So if we don't have enough Na to depolarize the nerve, or we are in a hyponatremic state, signs would be malaise, lethargy, slow and low HR, BP, RR because there is no activation. Please correct me if I am wrong?
Amazing video keep it up man , thank you (:
Thanks, will do!
I love you teacher ❤
Thank you 🙏
Thank u I've been searching 2 weeks for a video like this
Thank you 🙏
I appreciate you!
I have many videos on nerve and muscle physiology in my “Physiology” playlist.
Very enjoyable video
Love this video
Thank you, Georgia!
Thank you, sir, for your efforts🥰🥰🥰
It's my pleasure!
Your doing an awesome job doc ❤️
Thank you 🙏
Great help. thanks for this
My pleasure 😇
One question- the sodium and potassium ions are both positive. If the potassium ions are leaving the nerve as the sodium ions are entering the nerve, why is there a change in polarity? It seems like there would be no net change in the charge of the nerve.
I think because sodium is coming in faster than potassium is going out
Because, while both sodium and potassium have a charge of +1, the number of ions being transferred are not equal.
I have exam next week , why am I here ?? Simply medicosis addiction ❤️❤️❤️🔥🔥
Thanks a million!
I appreciate you!
Life saver omg
Thank you so much!
Please help me by sharing!
The question is all of the process happening in one neuron or one neuron per process?
I am sorry but I didn’t understand your question!
Can you elaborate, please?
thanks for explaining but i still have a question, why does NA+ have to slightly go inside the membrane to reach the threshold potential SO MORE NA+ CHANELS CAN OPEN? why don't they open from the beginning so a huge amount of NA+ can go in?
in other way, are some NA+ and K+ channels already open all the time?
i hope you answer me
To minimize the errors caused by the normal fluctuations caused by minimal influx of sodium. The membrane has to reach a threshold first.
Sorry i still didn't get it 😂
What are the normal fluctuations?
يرحولك فدوة طب البصرة
Me struggling to study in Human Biology because the professor flat out refuses to actually teach the material: 😢
Medicosis Perfectionalis holding out his hand: Come... I will teach you, my son. 🧙♂
Wow 🤩
Best comment ever!
From where you refer
I am afraid I didn’t understand!
@@MedicosisPerfectionalis from which book you refer
Or follow
Me watching this 2 hours before my finals
Good luck!
Please let me know how it went!
Wait in the periodic table group 1 tendency of being positive increases as you go down the group and bcz K is above Na shouldn't Na be negative?
Na is positive because it loses an electron. Lose of electron gives it the positive charge and same is the case with K. Both are present in group 1 that tells us that both have 1 electron in the outermost (valence) shell and hence it becomes easy to get it removed, leaving them with +1 charge.
Hope that helps! 😊
Can someone point me to an experiment where one can simulate the functioning described in this anatomy? Like what kind of membrane can seperate ions and cause an ironically unbalanced solution? In chemistry this is considered impossible
i liked the video explanation except he didn't talk about the concentration levels in and out side the axon
Thank you! I've discussed that in my “physiology” playlist.
Thanks. Your lecture makes it easy to grasp dry topics.
Great work ma nigga🙌
Good luck sir keep it up ❤❤....by the way are you Muslim?
Volts are gonna kill you 😂😂😂
👌
Thank you!
Ughh ! Class 11 biology topic in India and considered easy😅
Why can't I convert the translation into Arabic?
ليش ماكو عرب هيج يشرحون يا اخي 😭
Who believe on comments like here 👍
Can you translate your videos into Arabic?🥺
Habibi
:)
I feel from ur accent that you are Egyptian
My MCAT Playlists:
🚗 Organic Chemistry: ruclips.net/p/PLYcLrRDaR8_f_-vdA2r_z4Ie-CFAPV2sK
🔥 Chemistry: ruclips.net/p/PLYcLrRDaR8_e4MrgwcOjbt3mS4nUbSs8w
🧪 Biochemistry: ruclips.net/p/PLYcLrRDaR8_c2LBpF_OYvwijOok7ae96N
🧬 Biology: ruclips.net/p/PLYcLrRDaR8_f10hjfgWdBzaZ9PuIut-y7
⁉️ MCAT Questions: ruclips.net/p/PLYcLrRDaR8_fOmzTb2f8L96D_LkLhPw0X
🧠 Neuroanatomy Playlist: ruclips.net/p/PLYcLrRDaR8_cBHy0sWaCaLmOlJb9gzmA2&si=lnnSJhJJTUcfKl5b
🥼 Clinical Neurology Playlist: ruclips.net/p/PLYcLrRDaR8_cQG-7JbGaeXsXGgBpK-Yzl&si=Qoi97evsN9uz-9Te
💀 Anatomy Playlist: ruclips.net/p/PLYcLrRDaR8_cxbxAwLSQSx9v28Ezv3gQB&si=jqigBoyauPcen27C
The only one i could understand this concept from🤍
great explanation