Neuroscience - Long-Term Potentiation

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Information Neuroscience - Long-Term Potentiation

Title	:	Neuroscience - Long-Term Potentiation
Lasting	:	8.00
Date of publication	:
Views	:	557 rb

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Comment from : who cares

this video gave a clear and concise explanation of memory making it possible to remember!!!
Comment from : Eileen Hay

Why is Mg2+ left due to the electrostatic repulsion
Comment from : bing chi ling

Dehydration causes sodium to be elevated So If someone was dehydrated often would that cause LTP Vs LTD? Thank you for any response
Comment from : Ross Morrill

This si what i already needed, You' re the best
Comment from : Daniel

That was really helpful, thank you soooo much
Comment from : Charlotte Philipp

Thank you 💝
Comment from : indra

It's 7 years later, but still It's a great explanation of the LTP Thank you!
Comment from : Vasiola St

When the Mg+ leave , there is so many Na + Why the Ca+ can go in?
Comment from : Edmond

i would like to have handy some of the missing references, concerning the LTP leading to production of growth factors for example Really good video
Comment from : Daemon intellectualis

Neuro king !
Comment from : Baeeee

My hippocampus is throbbing
Comment from : KoroCoo

so, practice doesn't make perfect, but makes magnesium get out of the way?
Comment from : Syed

Well explained Thank you :)
Comment from : NUR FALAHI BINTI SHAHRIL

Good explanation!
Comment from : Kaushal Sharma

I FEEL MYSELF LEARNING !!
Comment from : J

Ok so I have a question, and I hope someone would be able to answer it today, cause I have an exam at 4 lol Anyway brbrI was confused at the end when he said "which allows the low frequency activation potential to cause a greater depolarization in the post synaptic terminals"brbrIs it not because of the high frequency activation potential which causes a greater depolarization since there is more glutamate diffusing through the synapse to the post synaptic neuron?
Comment from : Fareedah Labib Ali

Thank you for this awesome explanation of LTP Now I can finish my paper (as soon as I figure out how to give credit in a citation of a youtube video) (:
Comment from : Sharon Kende

MvbrE1
Comment from : ابو خالد

Eu sei que vc está aqui por causa da prova de neuro da escs
Comment from : joana dark

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Comment from : Joy Joy

By far the best video I've seen! thanks
Comment from : Hannah Mendelsohn

jeez, much more concise than my lecture of 2h duration
Comment from : Tom Tang

great video! explained it better than my book thank you!
Comment from : Tobeij

Very nicely explained
Comment from : All about Clinical Psychology & Economics

Thank you so much for this amazing video! By any chance, do you have the citations?
Comment from : Marytha Tan

I appreciate this Awesome!
Comment from : Edson F Nunes da Rocha

I’m going to have to watch a few more videos to understand this one
Comment from : AriellePoudel

it was just superbbru sir are a legend and im not indian
Comment from : Giorgos Granitsiotis

This was super helpful, thank you!
Comment from : Shreya Ray

This is what my teacher took an hour to explained, but explained very good in 8min, thanks!!
Comment from : Esteban Venegas

THANK U!!!!!
Comment from : Amelia Cox

his is a good video! hi from neuroscience enthusiast here!
Comment from : Neuron Nazeerah

Una maravilla este video! Increíble!
Comment from : Paola Gotelli

awesome
Comment from : Ahmed Elsary

Thanks a lot
Comment from : Abey Mothis

Muchas gracias concuerda con mi libro de fisiología que no entendia nada pero gracias al video lo comprendi al 100
Comment from : Gymdesde__0

Wow Thank you for this video! My textbook really was not explain this in a digestible way (could be that there were no helpful diagrams and I’m very visual), but you guys made this very comprehendible! Seems as though many other people’s textbooks are also not very clear as well, which is interesting because after watching this it seems like a fairly straightforward concept Could be that reading NMDA (especially when your brain registers it as MDMA because you watch to much Joe Rogan), AMPA and glutamate over and over gets a bit overwhelming and distracting from all of the actual concept of the function
Comment from : jay byers

This VDO is very helpful Thank you so muchh
Comment from : กรกนก แรมลี

Best explanation I've come across so far Gr8 animation!
Comment from : Like You

So, By knocking out Mg+, Na+ ions are responsible for things I forget🙄🤔
Comment from : Mirage

our teacher recommended this video It is impossible to make it clearer than here thank you
Comment from : Liudmila Glavinskaya

Best explanation
Comment from : blessy varughese

Long story short? Don't get scurvy It's not good for your brain! 🤓
Comment from : David Saintloth

Graphic neurology videos on this channel: youtube/41GuKNar4qI
Comment from : Guillaume Gallen

Hi! I have a question about this if anyone could help So, this influx of calcium and sodium ions leads to more AMPA receptors being created Is this just for one neural pathway going from the CA3 to CA1 or is it for all suggesting that learning one thing helps with learning of everything? I hope this makes sense
Comment from : Ben Heim

Isn’t the Schaffer collateral on ca1 synapses?
Comment from : HeyHannah

Why wouldn’t the sodium also repel the Calcium from entering the cell as well BC Mg and Ca have the same charge just curious
Comment from : Medical Curry

It's mAMPA !
Comment from : Szapio

Really good video Excellent animations and commentary Beautifull!
Comment from : Tobias Evensen

Gr8 video! Besides the misspelling of the AMPA- receptor (thumbs up!)
Comment from : Adrian Schörghofer

What
Comment from : Dan

cannot thank you more
Comment from : Maryam Nadeem

this is a WOW video
Comment from : Ache S

I wonder why only AMPA and not NMDA receptors are increased in number? Thanks so much for the fantastic video
Comment from : Elles Revision Session

How memories are formed for non students not studying their exams?brBy the way, new synapses can form when a high frequency signal a present Enough insignificant detail, now let's talk about how memories are formed by the opening of calcium channels Which last only 24 hoursbrThat is enough for your exam
Comment from : Christian Gingras

It's perfect Thanks from Brazil
Comment from : Guilherme Morais

Thank you for this lovely explanation :)
Comment from : Harnoor Cheema

Thanks for saving my Biology final exam
Comment from : Linda Rüschenschmidt

this was brilliant, and saved me from having to wrack my brain over written notes thank you!
Comment from : a

It's weird, we have a hard drive and RAM
Comment from : Cindy O

Is this describing LTP in a rat or human brain?
Comment from : Beats By Clover

0:18 Nigga, thats why i am here
Comment from : Ares8

2:08 How about them APMA receptors LOL
Comment from : PB

Thanks to the writers and animators and whoever made this video possible
Comment from : Jamshed Arslan

nice, thank you
Comment from : EpicWarframePvP

high frequency stimulation(100 Hz!!) is not the same as repetitive learning LTP of this form is more likely underlie one-trial learning
Comment from : Mitali Poovayya

this helped so much, thanks!
Comment from : thecoryaprilia

Yet, it is well known that correct FOCUS can open a natural learning ability, the kind young children have Long term study is memory building, direct interaction as physical learning can bring in information faster The use of fear, warps information, the pavlovian dog movement, and as such, slows down processing as it blocks that direct seeing that is that degree/pressure/movement of absolute focus If we practice one " tempo" that acclimates and resonates, making it difficult to see through the " smoke and mirrors of inner resonance Yet, that shows us to ourselves Improvement in absolute focus, disperses that shadow, because it cannot withstand such exposure
Comment from : Reb Dalmas

What about desensitization of the AMPA-receptor due to the increased concentration of glutamate?
Comment from : Elias Datek

Great video thanks a lot 👍
Comment from : Dragon Kyu

At 5min18s, how the AMAPA exists in cells In endosome or store in a special region?
Comment from : 朱琪

Great video, thanks!!
Comment from : Hasan Abbas

Thanks a lot plz more videos of biochemistry
Comment from : Rokan Moschus

Nice! Very interesting
Comment from : Pablo Fernández

Great Video! Thank you very much
Comment from : Psychologie-lernen de

Nicely explained
Comment from : Abhishek Verma

Will an intake in Sodium, Protein, or Calcium give increased cognitive performance in any way?
Comment from : Travis Kearney

Why do the Sodium ions repel the Magnesium but not the Calcium? Is this overcome by active transport of Calcium ions through the NMDA receptor pore?
Comment from : David Hunter

My brain better release some glutamate into my synapses for this test tomorrow
Comment from : Lousseau Frans

A life saver
Comment from : Sarah Mänd

this video is my life
Comment from : rbta l

Moral of the story: "practice, practice, practice!" there are no short cuts; you can only get better OVER TIME!
Comment from : greensky01

Perfect thank you very much It helped me a lot
Comment from : Katalin Szabó

This was so much more clear than my professor was!
Comment from : Rosie

This is gold
Comment from : sdpy

My professor should just show us this video instead of the 20 page incomprehensible power point slides I was able to piece everything together so easily with this video Great video!
Comment from : HannahBanana

Great, it adds to a little of my knowledge But what am i doing here in the first place? I am looking for long term effects of sobriety
Comment from : Ugo C

Brilliant
Comment from : XitemeM

Very well produced One minor error in that when you first mention AMPA receptors, the animation shows APMA
Comment from : Arlo Clark-Foos

Thought this was a zefrank1 first :D
Comment from : abababababab

absolutely brilliant video - thank you so much! My lecturer couldn't explain this properly and through one video i've got it!
Comment from : Rebecca Taylor

Loved this video
Comment from : BrooklynCat100

Can somebody please briefly explain the events of late phase of LTP thank you
Comment from : mehar maheen

Kudos to the speaker, who speaks VERY clearly and at a good pace! It can be frustrating to watch a video on complex material and not be able to understand the speaker, or hear a speaker to talks too fast to follow well
Comment from : Dan Nichols