ABG Interpretation and Fluid Electrolytes E Course: Stewart Approach

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Critical Care Academics & Research
Journal Review
Trials in Critical Care Medicine

[@doctorsofgoldenhour]

You are having crystal clear concepts 👍👍👍

[@ccmacademics]

Thanks 🙏🏻

[@kaelthuzad4640]

Thank you for this video it is crystal clear.

[@ccmacademics]

Thanks

[@dhend8614]

Starting at about 7 minutes, you show the graphs of the electrical neutrality law. You say: if we increase the Na+ concentration, this will increase the concentration of the OH- ions and decrease the H+ ions in order to neutralize the charge. However, the only way to increase the OH- ions is to strip it from H2O. Which then gives you both OH- and H+. There just is not a way to increase the OH- without increasing the H+ concentration with water.

[@ccmacademics]

There is a role of weak acids and bases. There release of oh and h is changed based on sid and water dissociation constant

[@guitarflutecombo7638]

exactly. i even didnt understand what it conveys .

[@DJeb86]

What do you mean by dissociation of hydrogène

[@ccmacademics]

time stamp plz

[@arunkmc09]

Need more explanation to understand properly 🧐

[@ccmacademics]

[phone] whtsapp ur queries we will answer

[@andrewchua1425]

cation pronunciation took me few minutes to understand

[@ccmacademics]

thnx