Hippocampus and Memories
HTML-код
- Опубликовано: 6 май 2024
- In this video, Dr Kushner explores the hippocampus, our brain's built-in time machine. Found deep within the temporal lobe, the hippocampus plays a critical role in forming new (declarative) memories, transferring short-term memories to long-term memories (i.e., memory consolidation), and spatial navigation.
Digital notes for students and teachers: www.etsy.com/listing/14725605...
➡️Timestamps:
00:00 Hippocampus
01:09 Where is the Hippocampus Located?
02:28 What is the Limbic System?
03:34 What is the Difference Between Anterograde Amnesia and Retrograde Amnesia?
05:58 How Does the Hippocampus Help Form New Memories?
10:47 How Does the Hippocampus Help Consolidate Memories?
14:31 How Does the Hippocampus Support Spatial Navigation (Spatial Memory)?
15:09 What is a Cognitive Map?
15:24 What are Place Cells?
👉Check out my official Psych Explained Merch 🧠: psych-explained.creator-sprin...
Check your understanding: Retrograde amnesia refers to
A. past memories interfering with new memories
B. the inability to create new episodic memories
C. difficulty speaking clearly
D. the inability to recall past episodic memories
Inability to recall past episodic memories.
'Retro' is the easy way to remember that.
The answer is D
D.
It be bee?
Which part of the brain damage cause retrograde amnesia?
My dad suffered from Alzheimer's Disease. The neuron loss of his hippocampus therefore made his memories disappear slowly over time. The loss of his memories was the hardest for me to understand and cope with. Thanks for explaining this clearly.
Barry, thank you for sharing. I can't imagine watching a loved one experience this type of disease. God bless.
You, sir, are an excellent teacher.
So happy to help :)
yes this is beyond excellent!
Excellent class. I study everything about the brain since my childhood. It's a passion. Sometimes, I think that in the future, we'll have a big book containing everything we know about the brain, or how exactly the brain completely works, step by step. We're very far away from knowing everything about the brain. 🎉❤❤❤
Wow. What an incredible Professional. Thank you for breaking things down so well.
Thank you so much! I appreciate the different colors and diagrams you used.
Excellent video - clear, concise and very well explained.
Thank you so much! Loved the drawings and wonderful presentation ✨
Such a clear explanation. I learnt a lot. Thanks for all your effort putting this together. :)
You're very welcome!
Some scientists say that although a person with Alzheimer's disease can't retrieve most memories, they are there. The memories are not destroyed, they can't be accessed. That's the problem.
Amazing explanation! I like reading science-fiction books about the brain and such videos helps me a lot to consolidate my knowledge. Thanks!
You have the knowledge and excellent teaching abilities.
Thank you 🙏🏻
Excellent presentation sir.
Thanks SO much! You are just GREAT in explaining and teaching.
Thank you 🙏🏻
WOW 👏💖 your explanation is amazing 😍 It's unique in different ways!
I am glad that I have found your channel. Thank you!
You're welcome 😊
not me watching this video an hour before my psychobiology entry exam 🥹 love how this video includes everything i need to know about
😎
Great and simple video. Thank you,
What a great teacher u are!!! Thx u soooo very much for the video. New subscriber for suee
AWESOME! thank you for the thorough explanatory
Glad it helped!
Thank You.. I finally got it. Thank You!
Phenomenal channel!
Thank you for watching! Please subscribe 😎
Dr.Kushner🙏Very good & well explained video.FORNIX needs to be researched extensively 😊
Salute to our Gray's, Grant's, Cunningham Anotomy reseach in those days with limited inventories.We all must walk ahead & do more reseach to contribute in modern world with lot of facilities. Thank you.
Much appreciated
Excellent!
Thanks a lot for this, amazing explanation! Thanks for your excellent effort!
You're very welcome!
Very nice review. Thanks
Great Video and detailed explanation. Thank you for taking the time this is very helpful. Best wishes
You're very welcome!
Enjoyed every second, it was amazing!
Glad you enjoyed it! Hope you subscribe 😎
This was very helpful. Thank you. Would happened with the gain, though?
So awesome, thank you
Well explained sir
This was awesome
I love the temporal lobe and tonotropic design also the fact that it works just like zener diode system
Brilliant, thank you .
Thank you for watching! I hope my other videos help you as well learn about the human mind :)
Wonderfully, thanks!
My pleasure!
It was really helphul! Thanks a lot!
Great! 😁
Excellent video, gonna start binging your channel
Thank you for watching! Welcome 🙏🏻
Thank you so much that was very informative
Glad it was helpful!
Nice lecture tks for video
Great video. Thanks alot Buddy!
No problem 👍
Really well explained.
Thank you 🙏🏻
Well done. Lots of good detail. Missing bifurcation of hiippocampi tracts into emotional and spatial domains of processing to provide overall context for experience and memory. Otherwise, as I say well done overall.
Fantastic
you're so great
Thank you for watching 👍
Can you explain what diffrents from STM and LTM. Thanksyou
Excellent video
Thank you very much!
Hi, thank you so much for your work! One thing remained unclear to me - what the role of hyppocampus in memory consoldation is. Could you please correct me, if I'm wrong?
Each time smn recalls the memory of a date the LTP happens, to put it simple, between neurons in temporal lobe and neurons of hyppocampus , thus strengthening the connection between them. And that is how long term memory is formed. And hyppocampus doesnt' play role in LTM itself - storage or retrieving - but rather in formation of it. So when the memories are retrived the neural network doesn't include neurons of hyppocampus, but only neurons of neocortex, does it?
Also if sensory information goes from neocortex to hyppocampus - one way, then the connection that strenghtens i is between axons from neocortex and cell bodies of hyppocampal neurons?
А на русском можешь написать для меня пожалуйста
Я просто анг не знаю
Great Video but theres a little mistake in regards to the neurons. The end of the first neuron in your image heads towards the end of the second neuron but the synaptic activity ist between the End branch and the dendrites of the second neuron.
L3tsGame you are SO right! Great catch. Let's just imagine the postsynaptic neuron is turned around :)
Thanksgiving you information of brain hippocampus
Your welcome
our brain is amazing
Very useful
Thank you for watching!
My sin struggles from contamination OCD since last September 1 literally overnight after having the evil vi rus early Aug. His hippocampus right side is smaller. Do you think this is inflammation or permanent or? He always feels like something is poking him. Skin sensation. Nerve endings maybe? I'm just worried about him having permanent damage. He is only 21 😢. This issue is do heartbreaking seeing him in so much distress and he's exhausted.
The decoding and assembly function does take "time", however, and how much time that it takes, no one truly knows. We could all be long dead... just remembering ourselves alive, like viewing ancient light in the night, through a telescope.
Many thanks! Is it your great neuron networks that make you teaching so efficiently?! (Thanks that I'm a greek, so easy to explain words like "thalamus, hippocampus, semantic, episodic, amygdala" etc..!) 16:10: You talk about amygdala; is that true? Thanks!
Thank you for your kind words! 🙏🏻 That was my mistake, I meant to say “hippocampus” when discussing place cells
I am subscribing ur channel
言出法随. It sounds when you are saying or watching something, a synapse is being created or connected.
I agree with this :)
Very interesting! I often wonder about this. I had an accident when I was 7 and lost all long and short term memory. The thing that bothers me is this, apparently when I got home from the hospital I jumped back on a bike and went to a friends house whom I remembered, not that I remember this incident. Did something trigger these memories? Or where they just floating around before fully being erased?
I also believe that for quite a few years after my accident I never stored any memory besides traumatic ones and they are vague.
It’s really odd to not be able to look back and recall childhood memories, there’s nothing.
However, once my brain healed my memory was sharp…it probably had a reset…but so many will never comprehend what it was like growing up and having absolute blankness and to top it off, for quite a few years I wasn’t even storing daily events into my long term memory.
How did you get your to heal? 🙏♥️
@@traciemartin2509 I would assume time. My accident occurred in the 80s and there was no therapy sessions after I left hospital which I believe there should be to see how one is progressing.
I would assume neuro plasticity had a lot to do with your new found ability to heal :) you are lucky you had the accident at the age you did. Older than 25 and neuro plasticity is reduced
What part of the brain is responsible to retaining information. Example is reading a book, news paper, listening and understanding information. Thank you
There is no ONE structure responsible for "retaining" information. The brain is a complex organ with multiple regions involved in different aspects of information processing and memory. However, the primary structures responsible for retaining information and processing new knowledge include the hippocampus and various regions of the cerebral cortex.
omg thanks soo much
Happy to help
Great video! Thanks for your explanation. I just got a quick question: so in your another video says sensory information (except for olfactory) goes to thalamus first, and then goes to different cortexes, I am wondering which step hippocampus gets involved? Is it A or B? A. sensory info - thalamus (integrate info together) - hippocampus (close to thalamus, integrate info as well? ) - locate memory in different locations; or B. sensory info - thalamus - cortexes - hippocampus (integrate memories from different locations) - transfer new memory to somewhere else? Thanks!
Great question! I would argue A: Sensory info - Thalamus - Hippocampus/Amygdala - Cortex
Cell phones apparently damage the ability to convert short term to long term memory, hence the inability seen in many young people overexposed to these devices. Would be interesting to get your comment on this...
What is solution for mildly reduced right hippocampus due to alcohol addiction..i m facing memory loss issue due to this addiction...it is reversible or not.
I would recommend to talk to your doctor. Best of luck in your recovery ❤️🩹
🙏
Are the place cells in amygdala or hippocampus ?
Hippocampus! I mistakenly said amygdala
@@PsychExplained I have the same questions too xD😄, now I get it!
DMT treatment activates the subgranular neurogenic niche regulating the proliferation of neural stem cells, the migration of neuroblasts, and promoting the generation of new neurons in the hippocampus, therefore enhancing adult neurogenesis and improving spatial learning and memory tasks.
Pardon...i got confused....so does hippocampus play a role in turning short term memories into long term or does it not play a role ????????
It would be cool if we could encode these signals into digital form and reinject them back into a real brain.
It's already been done.
Sadly and not for the good of course
I just watched this video to hear how it’s pronounced. I thought, “surely it can’t be hippo campus”
Yep! And a memory technique is, would you ever forget seeing a hippo on a campus?
🍽
meanwhile, hippopotamus is a river horse, so hippo must be the horse, then why campus is the field? time to ask wiki😃
Did you skip short term memory?
This video normalizes animal experimentation you say that you think the hippocampus is cool yet find no fault with having it legioned in an animal or experimented on in a poor rat who was starved to be motivated to find the cheese, then vivosected. There are alternatives out there more precise and more humane then animal subjects
Talking way too fast. Needs to speak a little slower.
I’ll….slow….down….next…time 😇