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Thank you and yes please more of this. I would like to know more about theee other channels!

tysm

So how does this get affected by pyrethrins? Like why would the channels be kept open? I was reading about shock dope lol I’m just curious as to what is happening in the brain that ordinary flowers can’t derive the same compound from, like how chrysanthemums can make pyrethrum for pesticides after undergoing a process

What an animation 🔥 concept clearned in 3:20 mins

really helpful! I'm having my biochemistry of glucides and lipids exam in 3 days and I have problems figuring out their regulation :(

Hi Laura this REALLY helped me understand the AP firing line and how it works I hope you make many many more..... Kind regards

This helped me , THX ❤❤❤❤❤❤

amazing video

THANK YOU SOOO MUCH !!!!

Beating my head around this topic ended with this explanation. Thank you so much!!

Thank you so much for this video saved me so much headache.

Great animation and explanation - thank you for spreading your knowledge!:)

To better understand this subject you need to go back to the research conducted by Hubel and Wiesel during the second half of the 20th Century. That was the foundation that lead to an understanding for the visual system. Their initial paper was published back around 1960 when I was in Jr. High School. I became interested in the subject in the mid to late 1960s and built an "artificial retina" using an IBM 1620 Computer a couple of years later.

Very clearly explained. Thank you ❤

please make more nervous system videos!

I’d like to see more. Love seeing how they worked. Trying to visualise how densely packed they are with each other and if there is differing density’s on the axon, maybe more near the end?

🤍

Wonderful video, just what I needed before my exam this week! Thank you!

At minute 2:32 it said that on on bipolar cell it gets depolarize. But, should it be the opposite? Depolarize on off dipolar cell?

this shit is fire!

Why does the number of sodium ions increase within the cell when the neuron is receiving an excitatory signal? Isn’t that a result of the gated channels opening?

Well Done! One of the best videos I have seen.

Love your explanation. Thank you so much!

PFK--2 the side piece chyck when wifey PFK-1 busy at work

thanks for this great explanation

Just Wonderful! 👏👏👏

helo, i thought it was backwards? on depolarizes and OFF hyperpolarizes?

Ignoring horizontal cells is bad. Plus i don't think they only release gaba to the center cones, they do it with all cones or rods?

Thank you so much, your video is very helpful. I am studying how DDT, insecticide, affects insect evolution. Namaste :)

Please can you talk about the Synaptic organisation of the retina

So do the surround photoreceptors not synapse onto their own bipolar cells? Only to horizontal cells?

thank you , please make more videos .. All my respect for what you are doing..

Thank u so much it really helpfull👌👍

Such a great explanation. Thanks for make these topic so clear

I love you

Learn biochem here as well: ruclips.net/channel/UC-FacNnSKUSDxA_ufz6U4nw

Thanks

No words to describe how much this video helped me. Much thanks ❤

Do horizontal cells contribute the opposing signal of both the center cones and surround cones, or only of the surround cones? Additionally, when we are considering an off-center bipolar cell with an off-center and on-surround, we maximize the depolarization of the cell. However, since the horizontal cells contribute the opposing signal to that of the surround, is it reasonable to say that the off-bipolars are maximally excited because of both the higher rate of Glutamate from the off-cones to the off-center bipolars AND from the opposite signal of the more inhibitory surround cones (contributed to by the horizontal cells of the surround)? Your video states that there is lowered inhibition by the horizontal cells in this case, but can that be thought of as increasing the excitability of the center cones?

This was Amazing Thank you..

thank you, couldn’t find a good one in German so had to watch yours!

Thank you for explaining this concept for my biology course. I am an environmental science student. Sometimes these courses are not fully explained to us because we are not med students. But we do need to understand the content just as well!

Thank you so much.

Thank you so much.

Realy clear thank you!!! Can you make a video about the K+ voltage dependent channal?

i am a med student and this is one of the best videos who explain it very comprehensive and intuative i appreciate it a lot what i would like to see more if its possible like a time line of what exactly happen from the post synaptic cleft to the action potential itself that go through the axon and axon terminal but really thank you so much incredible video!!

from where does the sodium come after the excitatory sginal ? Please reply :)

1 question..if ATP is low and AMP is high shouldn't it try to conserve ATP instead of depleting it further?

what software was used to make the graphics?

Very nice