If there is respiratory depression(hypoventilate), it will accompany by respiratory acidosis, not alkaloisis as mentioned..??? Respiratory alkalosis, could happen in hyperventilation status...??
I found it interesting. However, some issues need to be checked: increased CO2 causes a direct increase in H2CO3 not HCO3- directly as the CO2 interacts with H2O forming H2CO3 first, so, the equation written is not very understood. Thank you
@@talahenn6151 if you mean in the case above, increased HCO3 is a mirror for increased hydrogen ions ( H2CO3 gives H+ HCO3). and you know increased H+ means a drop in pH. Any further increase in HCO3 is a compensatory mechanism ( by the kidney mainly) to lessen acidosis
Thank you. very helpful simplified learning.I like the visual diagram it helps visual learner like myself
Great video and straight to the point! thank you
very well explained and easy to understand
Very super easy and practical way, daily usage explanation
If there is respiratory depression(hypoventilate), it will accompany by respiratory acidosis, not alkaloisis as mentioned..???
Respiratory alkalosis, could happen in hyperventilation status...??
Fantastic video! Thank you!
I found it interesting. However, some issues need to be checked: increased CO2 causes a direct increase in H2CO3 not HCO3- directly as the CO2 interacts with H2O forming H2CO3 first, so, the equation written is not very understood. Thank you
And how come an increase in HCO3 will lead to a decrease in PH? any explanation please?
@@talahenn6151 if you mean in the case above, increased HCO3 is a mirror for increased hydrogen ions ( H2CO3 gives H+ HCO3). and you know increased H+ means a drop in pH. Any further increase in HCO3 is a compensatory mechanism ( by the kidney mainly) to lessen acidosis
good point. I was so confused by that bit
Thanks
Excellent video
just fyi the carbonic acid is H2CO3, great video nevertheless
That had me second-guessing myself, thank you
So helpful
Brilliant
That was awesome
Very interesting
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