ABG interpretation

[@anishameena666]

Mam Excellent presentation..... Thank you so much from bottom of my heart to share this difficult topic in very easy way
Kindly make video on ABG implications in various clinical settings in NICU & PICU

[@hassansilim1347]

That's Doc. Very helpful. I wish I found your channel earlier.

[@abhirajparekar5246]

Thank you so much madam 🙏
Your teaching videos are very crisp and updated 👍

[@anishameena666]

Hats off to your Hard work.....
Very beautifully explained....👍

[@swathik4924]

Thank you ma'am for spending time to put a video even during Diwali.
Happy Diwali...

[@pediatrictakesbydr.pavitra9813]

My pleasure 😊

[@childspecialist-dr.akumtos4383]

So much in a short video.... excellent

[@beindianbuyindian9129]

Excellent presentation madam.
very helpful for practitioners.
please make videos on nicu/picu procedures especially pleural/ascitis tapping, lumbar puncture, icd insertion, Etc

[@imerslundgrasbeck9469]

Thank you so much mam. 👍

[@rabindranchandran]

Excellent presentation

[@sudhakarpalanisamy6518]

Clear and detailed explanation mam.. If someone didn’t understand then see the video again.. One doubt.. Since carbonic acid is an unstable acid the dissociation into H and HCO3 happens and ultimately cancelled know mam? So why does CO2 contributes to acidosis?

[@edwinrozarto9486]

Thank you so much ma'am 🙏

[@rabindranchandran]

Nice presentation

[@gihansaleh3721]

Thank u for this nice explanation it was simple and clear
But please last slide u have to change that for resp. Acidosis change in ph is
.03in chronic resp.acidosis and .08in acute respiratory acidosis not 0.3 and 0.8 you may be in hurry and not notice it .Great thanks.

[@sanketbhadra2049]

mam how to know whether the sample was arterial or venous

[@israelmary8915]

Thank u mam

[@shrividyanagappanavar6493]

Mam happy dipavali nice class

[@sathyarajendran-lx4jz]

@15.31 how to calculate ∆H+ value mam