Neurology - Neuron

[@deryasari1970]

you seriously draw the prettiest neurons

[@christianmarkgerardt.tuver4310]

If I ever graduate med school, the first 1/4 of my pay will be donated here, the other 1/4 is to khan acadamy

[@TlhomphoDitedu]

Christian Mark Gerard Tuvera haha I see your point😄😅⌛️☕️

[@madat.8094]

And to CrashCourse as well.

[@laris.almeida6326]

i can say the same, 1/4 here and 1/4 to EscolaCVI.

[@vixytori]

and to OSmosis

[@lauram3534]

Did you graduate?

[@KristenBenzo101]

Your drawing skills are amazing!!!!

[@blackout476]

I love these videos! It is SO much easier to grasp the concepts when they are drawn sequentially, like you do, as opposed to only looking at a static image. It is helpful to have both available. THANK YOU for uploading all of the work you do to as images to facebook, as well!!

[@sonurocks7517]

Hey! If your are looking for affordable and high quality medicine notes, check out medstudentnotes at www.medstudentnotes.com/?ref=SNEHAGAJENDRAN and use code SONU15 for 15% off your purchase!

[@nicoleholmes8551]

Can you make a video explaining the action potential traveling through neurotransmitters and through the synaptic clefts with polarization and exocytation? it would be so helpful. I'm a visual and auditory learner so your videos are extremely helpful!

[@dan69052]

As a teacher, chemistry, you are a credit to the profession. You must continue to make more. Peace

[@aretheyfresh]

Your videos are incredible. I realized i'm a kinesthetic learner after watching your videos. I watch them and sketch them myself after. Thank you!

[@misschocolate383]

you guys should make copies of your drawings and sell them as the study sheets, I would definitely buy them. Thanks for the videos!!

[@jennyjacklin9007]

These are absolutely brilliant, I'm a nursing student trying to get to grips with biosciences, thank you for making them so interesting and easy to understand.

[@jessieswickey3755]

my success in nursing school is because of this channel. I love the way you teach!!! thank you so very much!!!

[@AminK247]

The best site for exam preparation. All I have to do listen to it sit for the exam than spending lots of time in studying roughly. Thanks !

[@mrextremewolfful]

thankyou a lot for these videos they are helping control my anxiety and grounding me in reality.

[@shandanaghaffar4595]

i am just loving medicine because of ur videos...thank u so much...keep sharing

[@rebeccalalsiempui1154]

His videos get me through my 2nd MB when I have difficulty conentrating... good to see the quality of videos improving too.. keep it up!

[@kjsimon3]

Thanks for your videos...taking Biological Psychology and learning all of this stuff can make this concept very complicated..thanks for making it simpler.

[@sccm100]

Christ... I fucking hate psychology

[@awafauzia6933]

Thank God, another person out there also think Biological Psychology is complicated,

[@beatricesitibe9480]

its 2021 and you still explain anatomy the best way that I can understand. And thanks to you I am doing my final year

[@agie3096]

You explained way way better than my neurology teacher in physiotherapy. Thank you.

[@Artem_Shipov]

Nicely done and explained. I'm glad we have video tutorials like yours for better understading of CNS working principles. Thank you!

[@annabellegalvan120]

Thank you for all your time, generosity, effort and knowledge that went into creating these. They're very helpful.

[@ShahzadKhan-rp9xr]

I really enjoyed your video.. God bless you sir u have cleared all my queries about neurons... Amazing and informative video.. Keep helping people and God will help u in return

[@user_error404_]

Cannot believe that this video was made 7 years ago!!😍

[@temesgenwondem3775]

the afferent sensory neuron is called pseudounipolar. I like your videos ! thank you

[@srinugendela6592]

I started watching your videos and I don't stop till I watch your entire videos 🙏🙏🙏🙏 guru

[@AussieAulia]

Just spotted batik there! Your videos help me through most of medschool life. Thankyou very much!

[@Rahulhimachalii]

Excellent sir... Full explanation in easiest way... Thank you so much.. 👍🏻❤💫

[@amartyasen594]

This guy is amazing. I've never seen neurology be this simple.

[@theyogidentist]

Thankyou for making this video n sharing it with all of us. Its very simple to learn and understand. God bless you.

[@NatureBoy41]

So much clearer than any explanation I've seen thus far! Thank you! Great work!

[@alyssajeshasumalinog4866]

Such an amazing refresher for me! Thank youuuu!

[@Link9876ful]

Our prof in biology psychology prof used your video as a summary link ;) nice work!

[@theHeurings]

thank you so much!!! I have an exam tomorrow and this video makes it easier to understand and digest!!! you will be a part of my studies for this semester! :-) keep up the good work and may God bless you!

[@dawnlangley-brady4348]

Great video! thank you. :) I do think this is inter-cellular communication instead of intra-cellular though.

[@bcal86]

Awesome. Great Work! When watching your videos, it feels like Javier Bardem is teaching me neuroscience!

[@imikimidao2859]

Pure #AWESOMENESS! You're putting my professor (who is a physician) to shame! You are also fascinating to a 5th grader (my eldest), who wants to be just like you (scientist + artist). :D I wish I had found you sooner. However, I am beyond grateful for the resource that you represent for future generations. Best of luck on all of your endeavors. You have a family of students for life!

[@MrAiranescape]

You are an incredible teacher! And your drawing is just perfect... very good job! thanks for all your videos!

[@etimakpan]

This is a great message for every family to pay attention.

[@julielobato9766]

Imagine the immensity of knowledge we will have in 200 years.. the human body is incredible

[@tjf4283]

This was immsenely helpful. I've been trying to get into neurology recently and this is exactly what I needed to get started. Strangely, I understood 90% of it, Good work!

[@ztk7789]

Are you in medical school?

[@rozanneyousef5917]

You're drawings and explanations make for awesome videos. Thanks so much

[@salomecardenas4344]

Thank you for making this video. Drawings makes it easier to understand the process.

[@faster-than-light-memes]

3:45 intercellular Information of course. Intracellular: within a cell. Intercellular: between cells

[@sarahconley-tanguay4364]

I just want to say... You saved me! Been having such a hard time with A&P, but this is so helpful! :)

[@pankazkumar8429]

Great man!people like u make KZbin a helpful site.keep adding new videos

[@javanurse]

Great job! Thanks so much for helping all of us!

[@st-do5zo]

this was REALLY helpful. illustrations were beautiful. thanks!

[@icanmakeyoulol19]

Thank you for all your help! You are a fantastic teacher. Currently, i am watching these for fun and learned a bunch. Will you ever make videos on biology?

[@FrazAhmadMD]

Best video ever, please make more videos on material covered on step1. I would really appreciate it. Thanks for all the help.

[@bi_nomial]

Really appreciate the videos man, can't find better explanations anywhere else

[@rluvsk06]

Thanks! your video was very helpful to me.

[@tylerroberson6240]

The best video I've found that I understand most of the way. Thanks!

[@gommcollie]

huge work for an episode. thanks.

[@strugglingcollegestudent]

I'm 17 but I kinda feel like I'm in med school... took psychology for elective credit. Never again. I had no idea it would be this hard. This is like biology

[@bananalemon9145]

The drawing is excellent, and it's easy to understand. I'll have to post it before finishing it. Because it's a speedy and difficult to read the names on board.

[@mcs793]

I love the graphics ! Keep on helping the scientific community 💙

[@babbirajan1867]

Your drawing of neuron is amazing😍😍

[@Servant_Of_Yeshua_HaMashiach]

Great stuff!! So very cool!! May Yeshua (Jesus) bless you!! Shalom!!

[@EkhaBella]

Thank you very much for your hard work and time that you put into these interesting and helpful videos! I really enjoy watching them and learning new information from them. I would be so grateful if you upload a video about action potential.

[@carinasmgrodrigues]

Armando...you are awesome! I have to say this to you...there is a whole class of medical students that love you in Portugal! ahah Keep on!

[@pharmacognosybyhinasharif5535]

Your drawing skills are amazing, well explained

[@aqsagul4554]

absolutely amazing. when are you going to make video on action potentials?

[@josetrujillo738]

Thank You Armando!

[@oyehoyesyaapa]

Thank you, thank you, thank you so very much

[@leamarye923]

“Hope that makes sense “ IM GONNA FAIL COLLEGE

[@Jaz67443]

Awesome video I'm 15 and even though some of the terms are really long 😝 you put it in "layman's" term so it was pretty easy to understand thank you

[@basharzawa8668]

You are great , Thank you very much

[@oliviasolkah5164]

I'am impressed, as usual. Nice work!

[@hadeelyousef7878]

well done , go on and never stop i think u will become a good teacher .. thanks

[@hadeelyousef7878]

agree with u :)

[@nopeitynopenope]

you have the best videos!!! and they make sense!! Thanks you sooooo much!

[@painttheskieblue]

YOu say (and write) that the synapsis is the site of INTRACELLULAR communication. Isn't intracellular within the cell, while INTERCELLULAR is between cells? I love your videos, and I encourage my student's to look at them. :)

[@dhoodimeer]

All your video are great video and well explained, they are very helpful. Thank you very much.

[@sanginishah3814]

I did enjoy it! Thank you Armando :)

[@danielwalsh4700]

Is there anyway we could get pdf downloads of your diagrams?

[@therealconniefrancis]

you could download the video, play it with vlc, take snapshots of the diagrams and have them as jpg files if you want

[@peppermintpamela]

Love this!!! Thank you!

[@hosugabriel2043]

great job. i got all the information i wanted right away. thank you

[@SheldonHelms]

If you are interested in encouraging people to use this video for educational purposes in the U.S., then you need to have it properly captioned. The A.D.A. makes it illegal for us to use any non-captioned videos in our classes. And, KZbin's CC function is horrible, and cannot be used.

[@giulimjr4333]

also is useful to translate to other languages

[@salmjak]

+Sheldon Helms What? That sounds crazy. Do lecturers have to caption their voices as well? ;)

[@เบญญาภาจันธิมา]

Thank you every much. you are teacher.

[@arminmohammadi4211]

In one word you are AMAZING

[@Vener349]

Love your explanations! Just a quick note, there are NO unipolar neurons found in the human body. We have instead pseudounipolar neurons.

[@alperbulut1267]

You deserve the best thanks for the video !

[@stanmatveyev7833]

Please make an action potential video!! doing this right now in anatomy! your videos are the best

[@dppjos]

Wow! This is sooooo good! Thank you for your efforts!

[@Zahidah13]

Your videos are amazing!!!thank you!! Really love your explanation!

[@margaretthai588]

This is very very good. Your drawing is neat. i learned so much. Damn I'm so happy I'll donate money to you even to keep this going!

[@doctorrtom]

Love the shirt

[@preetimangaj3008]

nice explanation dnt ever stop keep working...

[@derekchavez4823]

i grasp it. not entirely but enough.

[@rahulgupte1533]

Thank You Very Much Sir..!!

[@zannatul23]

honestly thank you so much bro

[@mersana5290]

excellent...but i am sad ...because i dont know english well...and i dont understand well this lesson....but thank you very much from your effort.

[@louisewilliams1457]

Loving the video's - great for revision. One thing though? Why is the Chromatophilic substance not mentioned? In neurons I believe this is what ribosomes are attached to, rather than the endoplasmic reticulum where it is the case in all the other cells.

[@vickwu7041]

Love the arts, and the lessons are great

[@queenhauwa5357]

YOU ARE SO AMAZING. THANKS ALOT.

[@mikhailkb]

Amazing artwork, crisp explanations. Better than my professor honestly. What is ur ethnic background if u don't mind me asking I had a very difficult time distinguishing ur accent lol

[@Lakshmi235Lakshmi]

Thank you so much 🙏🙏🙏

[@michaelgomez6655]

Terrific, thank you for helping me with my homework

[@gabrieletrovato3939]

Beautiful video! Actually the part that is difficult to understand is not the neurology, but the first 13 seconds :P

[@kanimozhi7888]

Thats really amazing man.. Good job.. Well done.. Keep doing..

[@abdulchakladar3402]

Good description, thanks New York 1/19/2016

[@meredithgood4203]

love his shirt!

[@bigbadoscer]

I'm pretty late here but if anyone knows I have a question that nobody can give me an answer to and is never talked about in neuron videos- How do neurons make new connections. They talk about in the brain how neurons will form new connections and make stronger connections but I don't understand how or why. My problem is I have a strong engineering background and I tend to think in a digital manner, although I'm well aware that nature can do what ever it wants, I have been able to understand a lot of topics in biology and organic chemistry. My understanding of a neuron is that it will receive signals from various neurons and once it receives enough 'stimulation' it will fire. Send a digital 1 to its output(s) terminal. So there is some kind of threshold, if we put it in computer talk it can receive any voltage but will only fire once it has collected 5V any less and it wont fire and there is some time delay where it will stop collecting. My assumption of a neuron is that it is well stupid, it doesn't decide to send more of a signal or chose what output terminals or anything like that it just receives signals till it reaches a threshold (action potential) and then fires stimulating another neuron that may intern fire based on some preset threshold value and preset time delay. If I am wrong about any of this please correct me. So if my assumptions are correct what is it that makes a neuron connection stronger, do the dendrites and axons just get a little closer to each other, or do more dendrites grow to the same axon terminal so it can receive a stronger signal and it does this because it receives so many signals from particular neuron that it wants to be closer to it? And how would it form new connections, and even still if it is as 'dumb' as I think it is than why would it ever bother. If you had a chain of neurons ABCD and B is constantly sending signals and it goes from B to C to D does D know that the signal originated from B and thus grows to bypass C completely? And why would it do this, are neurotransmitters like sugar to an ant and there is some instinctual desire from the nerve cell to gobble up as much as it can. Please help me out with this, I've been studying these things (amateurishly) for years and I still don't know how the things work. Everything in this video (although it was very well done) and other videos, articles, and text book all have the same information and it seems like nobody understands how these things work, just what they look like.

[@blackfoxmp5]

Neurons form new connections via synaptogenesis, which occurs as the brain develops early in a person's life (it can, however, occur throughout your entire life, just not at such an accelerated rate). I recommend researching this term for a more elaborate explanation.

[@bigbadoscer]

blackfoxmp5 Thank you, so far I have not seen the why but it is explaining a lot. Thanks a lot. Any other directions or information is still greatly appreciated.

[@AdrianCChase]

Richard McAlpine A neuron is not stupid. You shouldn't compare them with gates in CPU architecture, a gate simply is on or off and > our neurons (though not sure what there signal sends out physically) don't work in binary and can communicate all sorts of signals in between themselves. Thus gates give computers the ability to do extremely complicated algorithms and math represented in in 'on' and 'off' gates, our brains do common sense operations (which is pretty self explanatory) and if we had a specific threshold on each neuron we probably would react differently to our environment then what we do now. - This is just my opinion, though I do know a bit about computers, my neurology knowledge is not very extensive (at all), thus my reply is based on my common sense, but I have no proof that this is true or not.

[@bigbadoscer]

Adrian Camilo Chase Fernandez If that's true then that is very interesting, but if that is true how, and why, and what comes of it. How would a neuron "know"what to do, how does a sending neuron signal know what neuron to relay to. Of course and comparing our brain neuron compared to a motor neuron compared to both in an ant or insect?

[@bigbadoscer]

blackfoxmp5 I'm still not getting the answers, though it tells me about creating connections still don't know why the connections are formed. Do you know the answer to this question? I understand connections are made through activity, as in I catch a ball connections get made and grow stronger as I continue to catch balls, but I'm more interested in the nerve itself and not so much on the organism in relation to it. Such as if I put 2 neurons together in a pitri dish, with an understanding of the why they do what they do, can I observe said behavior. Example if a neuron was attracted to neuro transmitters (like an ant to sugar, or a tree root to water) if I put a neuron in a pitri dish and put a blob of neuro transmitters somewhere near it would we see the dendrites grow to the neuron transmitter blob? This particular example is for illustrating the point of the question not that I actually want to do this or expect such an experiment to work.