Diabetic ketoacidosis

[@namakau2985]

life saver ❣️

[@irenekoech8317]

This is very good. Well done, you made it so easy

[@DrMK7]

Thank you! Cheers!

[@SandraMasukume]

Thank you so much Dr for the lecture

[@DrMK7]

you are welcome

[@bridgetmwelwakalumba1507]

Wonderful lecture thank you so much

[@DrMK7]

you are welcome

[@nosikulikuwa4577]

Thank you 🙏

[@DrMK7]

you are welcome

[@DR_INSULIN]

Amazing work sir👏🏿👏🏿

[@DrMK7]

Many many thanks

[@MaureenChiluba-s6b]

Just discovered this channel 🙏

[@DrMK7]

Is it helping?

[@serahmed5346]

Great lecture. Thank you sir❤

[@DrMK7]

You are welcome

[@ayandasimelane3505]

We dont have 100ml-150ml of 1.4% .... our pharmacy sell 10ml of 8.4% how can we convert this to 100ml of 1.4% please?

[@DrMK7]

@@ayandasimelane3505 is that in terms of bicarbonate ?

[@ayandasimelane3505]

@@DrMK7 yes. The bottle are 10ml. And 8.4%

[@DrMK7]

@@ayandasimelane3505
So assuming you have a concentrated bicarbonate solution (8.4%) and need to dilute it to a less concentrated solution (1.4%). The final volume should be 100ml.
Solution
We'll use the dilution formula:
C1V1 = C2V2 Where:
C1 = initial concentration (8.4%)
V1 = initial volume (unknown)
C2 = final concentration (1.4%)
V2 = final volume (100ml)
Calculations
Plugging the values into the formula:
8.4% * V1 = 1.4% * 100ml
V1 = (1.4% * 100ml) / 8.4%
V1 ≈ 16.67ml
So, you need to take approximately 16.67ml of the 8.4% bicarbonate solution and dilute with compatible solution

[@ayandasimelane3505]

@@DrMK7 thank you very much boss. 😊.