Good presentation. Clear illustrations, Adequate Explanation. Addition: 1. Its good to mention that the Intercalated Cells diagram refers to the Distal Convoluted Tubules (DCT). 2. Renal Tubular Acidosis (RTA) causes low blood bicarbonate (HCO3) but RTA (proximal type) type 2 causes low Urine PH ,5.5.
askmedbasic dr. khaled is right. The central chemoreceptors, located on the brain side of the blood brainbarrier, sense increases in arterial partial pressure of CO2, and decreases in arterial ph.
@@MelbourneMaster On guyton they do say that H* is able to guve a direct effect on the central receptors, however the effect is not important because of the low permeability of H* through the BBB, so that the major player at this level is CO2
The most comprehensive video ever. Thanks so much for this it made my revision easier
One of the clearest explanations I've seen. Very helpful. Thanks!
thanks a lot ! the best video that explains the renal regulation
Nothing is more! As simple as it you explain it!
Cheer up bro you're the best💓 God bless you 💕
Good presentation. Clear illustrations, Adequate Explanation.
Addition: 1. Its good to mention that the Intercalated Cells diagram refers to the Distal Convoluted Tubules (DCT). 2. Renal Tubular Acidosis (RTA) causes low blood bicarbonate (HCO3) but RTA (proximal type) type 2 causes low Urine PH ,5.5.
This is amazing explanation with a lot of details, Allah may help dear Abdalla Al Assad
5 years later and still the best buffer system video
First time crystal clear explanation at last gt it...thank u☺
Simple,direct,precise
Thumbs up
U r awesome
Thaaaaaaank you so much Abdullah, a very clear explanation of acid base balance
keep up the great job
Thank you guys , proud of you
Best explanation 🤝🏽🤝🏽
Finally understood!!!
Thank God
Thank you so much, your way of explaining is amazing it helped me a lot
Bro this helped so much. Thanks dude
I gained heavy weighed data on this video... Great stuff!!!
Thanks alot.... this was really educative.
A high yield video. Thank you.
thank you it's so helpful .
Very good explain! It help a lot
Thank u very much!! Very helpful
Nice explanation, Thank u👍🏼😀
Love this
Thank you ! This is so great!
Really great video. Thanks.
Well explained sir thank you so much Sir...
Very clear explanation... thank u
👌👌 Made me understand the concept I was crying from and avoiding
Well explained thank you sir
It has been 3 years, why u never make a video again? I miss it
great job. thank you soo much
greeeeat explanation, thanks a lot!
Thank you very much . that was so helpful :)
thank you so much. Please... not so many "OK" would be even better. This is a great video
Great vidoe! but central Chemoreceptors respond MAINLY to H+ ions while Periphral MAINLY to Co2 and O2 concentration :)
More please 🥺
wow very brief usuful lecture......
Bro where I get slides 🙏
.. luv ur voice
Central receptors respond to H+ !!!
No, indirectly by co2 🤟
askmedbasic dr. khaled is right. The central chemoreceptors, located on the brain side of the blood brainbarrier, sense increases in arterial partial pressure of CO2, and decreases in arterial ph.
@@MelbourneMaster On guyton they do say that H* is able to guve a direct effect on the central receptors, however the effect is not important because of the low permeability of H* through the BBB, so that the major player at this level is CO2
Thank you! Great
ur a king
الله ينطيك الصحة والعافية
ty somuch
Thamk youuuuu! 💜
ok kire khar ok? very helpful thank u
jazakalah brother in Islam
تبارك الله.
Thumbs up 👍🏻
Goooodd
:Ok?
:OK!
Thank u muchooo!
فخر السعودية
Hello, what's the meaning of pH?
pH is a measure of hydrogen ion concentration, measuring the acidity or alkalinity in a solution
hmm okey
Noodle nature is alkaline-based
too much "okays" ... other than that its good... thank you
B pharmacy p video bnao
Nazdar :)
Voice match to sharukh khan
You talk to fast
صدام حسين..