Memory and Learning: Long-Term Potentiation (LTP)

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Information Memory and Learning: Long-Term Potentiation (LTP)

Title	:	Memory and Learning: Long-Term Potentiation (LTP)
Lasting	:	10.58
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Views	:	42 rb

Great video, very helpful!
Comment from : Rita J

This shoes why the United KINGDOM repeats its malevolent history since beer replaced poisonous infected water a couple thousand years ago Cheers and trebles all around!
Comment from : Mozartsbum Bums R Us

Excellent video, thank you for sharing :)
Comment from : Neuroscience girl

Can you add Turkish subtitles to the videos?
Comment from : esma nur

Eu gostei muito do vídeo Obrigado Excelentes animações
Comment from : Paulo Rogério Lustosa

This is beautiful and straightforward, just what I needed Thank you for the hard work and for sharing it
Comment from : Pocillo Cortado

How fascinating is our brain!!!! This is just a model happening in one of the millions of the neurons
Comment from : PuNK ASS

Awesome video!!!!
Comment from : PuNK ASS

There are calcium permeable AMPA receptors as well! Not only NMDA This is important for plasticity!!
Comment from : Em on the brain !

Your videos are excellent Thank you very much <3
Comment from : Tom Phillips

👁🔺
Comment from : neva

Great, you people!
Comment from : Vania L M Marinelli

So If I get this right, being a descendant of cannibalism, I am much smarter than the average bear, bone marrow being a favourite food source of mine
Comment from : Musselchee

awesome explanatory thank you look forward for others videos
Comment from : Imelda Imelda

Thanks
Comment from : SUPE16

Great video ❤❤
Comment from : Yara Mohsen

While spiraling down into the rabbit hole of deviating from the initial question review for my STEP 1, I came across this gem of a video!! Amazing work, great quality and content!! I will look into more of your content I just hope LTP is real and it help me recall that Mg only blocks NMDA (and not AMPA) receptors at resting membrane potential 🤖
Comment from : Fonsecar

Brilliant! Thank you very much 🙏🏻
Comment from : martijn lambeck

Outstanding
Comment from : Dr Naazneen Mohammed

your video did not address the fact on how knowledge (picture) as information parts (jigsaw) as binary 01 combination form is stored in the individual neural potential bed (the so called Read only memory , ROM chip) of the neuron This is what Long term memory is on our brainbrbrEach neuron contains only a portion of that picture (which is the information) , like a part or a jigsaw puzzlebrbrinterconnected neurons (each containing jigsaw parts of the information) through synapses, is like assembling the jigsaw parts near to its associated meaning full order to resemble the original picturebrbrWhen a trigger stimuli enters the brain , the hippocampus evaluates the stimuli and creates a mimic picture in form of signals of specific frequency that will fire across the cortex brbrOnce a existing receptive neurons are hit by the signal , it will light up and fires up the the interconnected neurons causing all to increase potential from rest statebrThis is similar to close fitting the jigsaw parts to form the whole picture of the knowledge stored for use by the mind (operator) brbrI hope to the above process visualize in your succeeding videos brThanks
Comment from : Leus Maximus

You deserve more subscribers
Comment from : Wild SkullKid

Ma'am, where does the human brain store visual long term memory of shape ?
Comment from : Pritam Shil

Excellent!!!
Comment from : Farhad Towfiq

ti amo
Comment from : Iris Zanzottera

Simply superb, amazing work!
Comment from : sprucemoor

I'm a high school student doing a research project about alcohol addiction, and I was struggling to read research papers But this video is so straightforward and has helped me massively!! Thank you so much :)
Comment from : Chelsea Chen

Great videoI appreciate 👍few extra things i want to add or highlight in this context are as follows(these are there in my youtube channel tutorial sessionMemory/Neuroplasticity)
Comment from : DR SUJOY MUKHERJEE: MEDICOS PHYSIOLOGY

The best explanation so far ❤️
Comment from : Chia

That's very useful 👌
Comment from : mohammad mazaheri

Thanks, I am very grateful for the knowledge shared Just one question, the Na ions that enter the AMPA and NMDA channels of the post synaptic receptors, where are they derived from? Thanks
Comment from : Shiraz Kader

This explanation is better than university's
Comment from : Anna Wills

High yield
Comment from : Hamer Shield

Best video ever to explain this The visual presentation is outstanding
Comment from : Barbara Donohue

AHHHHHH, this is such a beautiful video, explaining things clearly with a lovely voice (even tho I can't understand) Please have more these kind of videos and maybe do something in electrical engineering lol 💖
Comment from : James YU

This is a great video especially for someone who doesn’t know much about the brain!
Comment from : Grace Hunter

Most beautiful educational video I've seen in yearsno colorful clutters no unnecessary intros words rumbling, better than khan academy I needed explanation on what happened before during and after LTP outside, inside and around neurons, and you answered all of it in a calm, beautiful, soundy way i needed references and you supplied it in the description this channel is so underrated 🥳🤯🙌🏼
Comment from : Antonio Vidović

A great explanation of this important mechanism, was pretty clear! Thanks so much :)
Comment from : Acilegna Vahiy

youtube/DK8hCuVasWE brGreat explanation Click link 👆 to see less thorough 5 min video on the Cognitive Information Processing or CIP theory
Comment from : Laura Pomales