Arterial Blood Gases (ABGs)| Interpretation

Thank you dr.great explanation 👍

Thanks alot

Thank you for your clear explanation

Wow, thank you very much😅😅😅

Appreciated

why the last example is a metabolic acidosis with full compensated by lungs not a respiratory alkalosis with full compensated by kidneys ????

Thank you sir🙏

HI, could you interpret this ABG for me please?Pa02 7.5 kPa
pH 7.19
PaC02 7.55 kPa
HC03 18.0 mmol-1
B.E -6.0 mmol-1
Sa02 .86
Hb 8g/dl
Fi02 .70(70%)

Thanks. this explained nicely.

Thank you, this is an exceptionally well done video that has helped me to understand ABG.

AMAZING

Excellent explanation please can you explain mixed disorders

Very clear! I like that there are some examples because most videos talk about what is acidosis and alkalosis but doesn't show how to actually apply it to ABGs

Great presentation. So clear

Very helpful sir🙏🙏

Thanks doc we'll presented

Thank you for this video... From India😊😊😊

Thanks so much! Loved this breakdown, very easy to grasp

Thank you Doc

Great presentation..cleared many doubts of mine in such a confusing topic

Thanks so much! Very helpful!

Awsome!!!!! very smooth and clear explanation....Thank you again!

best explanation Dr Matt thank you

Very very good 👍

I’m a but confused about which values he is looking at when he talks about ROME. Like which values do we look at to see if they’re opposite or equal?

Hello Dr.Matt , for example #4 why the answer is metabolic acidosis instead of respiratory alkalosis ? , i have tried to use the ROME method but i did not quite get the result.

Very clear

Why do we consider HCO3- ions instead of HPO4-, analysing buffering system, if its pKa would be more similar to blood's PH?

Thanks!

How do’s dissolved CO2 play a part in this?

Excellent explanation, infact, the best i have watched. Thanks so much Doc!

This is very informative 👏 👌

wow thank you so much xx

Thank you for this. It would be good if you can take it further by explaining mixed disorders as well.

Thank you so much, this was really helpful as I was still struggling with ABG’s

You made it so clear😊
In example 3 you have PaO2 at 105 i thought it only went up to 100

excellent video thank you.

In example 1, why wouldn't HCO3- just be high due to the high CO2? Wouldn't the equilibrium naturally increase both H+ and HCO3-? 
HELP!!

Holy cow its the other half of the channel

Thank you a lot! 🤗 You helped me with my pharmacy exam.

This is very useful. Thank you very much!!

Thank you much sir
Great explaination
You made it so crystal clear as it was so complicated concept for me ever

keep it up great!!!!!!! Big fan of you!!!!

Thank you Dr. Matt!

Thank you.

Thank you

Thank you so much.
Subscribed 👍

Amazing, thanks a lot!

Hello, in example #2 why you said metabolic problem and HCO3 level is within the normal range (24)