sodium is naturally concentrated in the extracellular compartment.if the sodium potassium pump stops working, neither sodium nor potassium shall move in the fourth phase of action potential. my question is, how come you didn't mention the effects of potassium in the extracellular space both to the neurons and myocyte?
good video, but Na is not solely important for edema, influx of Na is matched with eflux of K, Cl ions are most important ion that makes H20 to enter cell
Well, Na triggers the other events to follow. Nevertheless, it is correct that Cl influx is mostly responsible for the subsequent water influx. www.ncbi.nlm.nih.gov/pmc/articles/PMC2740913/
In other video you said that: in apoptosis there’s no membran disintegrity. Now in this video, you said that after all the change in cell membran (edema and calcium toxicity), the mitochondria break down and activate the apoptotic mechanism. Please explain. Terima kasih
I was searching for the exact pathology as it contain the action potential and solute solvent concentration basic knowledge to simplify it .... I thought of same process but was not making the clear image in my mind ... Tq.. can you also please make a video on ICF ECF please
I’m a stroke survivor myself. I suffered from Ischemic stroke 2 years ago. but life goes on keep fighting stroke survivors.
This is the best explanation I've seen on RUclips for Ischaemic stroke!!
Perfect lots of friends recommend this channel ❤❤
You made the topic easy to understand, thanks a lot!
Thank you for making it easier to understand
amazing presentationSir. thanks from Greece
You made this so easy. Thank you so much
Great, thank U so much
thank you!!
Best explanation, thank you so much😭❤️❤️❤️❤️❤️❤️
Excellent explanation
REALLY GOOD VIDEO THANKS
best video ever
Extremely helpful! Thank you!
Simply excellent. Very grateful for clear, concise and well presented video. Thank you for the great channel. 😊😊 30/9/2022
Thanks!
thankyou for this!!
You nailed it and saved my report bro thanks!
awesome thanks for this vid :)
Thank u
Amazing
sodium is naturally concentrated in the extracellular compartment.if the sodium potassium pump stops working, neither sodium nor potassium shall move in the fourth phase of action potential. my question is, how come you didn't mention the effects of potassium in the extracellular space both to the neurons and myocyte?
Amazing 😎😎
GOLD
good video, but Na is not solely important for edema, influx of Na is matched with eflux of K, Cl ions are most important ion that makes H20 to enter cell
Well, Na triggers the other events to follow. Nevertheless, it is correct that Cl influx is mostly responsible for the subsequent water influx. www.ncbi.nlm.nih.gov/pmc/articles/PMC2740913/
In other video you said that: in apoptosis there’s no membran disintegrity.
Now in this video, you said that after all the change in cell membran (edema and calcium toxicity), the mitochondria break down and activate the apoptotic mechanism.
Please explain.
Terima kasih
I was searching for the exact pathology as it contain the action potential and solute solvent concentration basic knowledge to simplify it .... I thought of same process but was not making the clear image in my mind ... Tq.. can you also please make a video on ICF ECF please
i do not understand the part where other neurons bring in more calcium to subsequently release more glutamate?
does ischemic cascade happens in TIA???
💖💖💖💖💖
Lupit mo lods
just blame the patient and bill them...
Excellent clear explanation
Thank you!