You are correct. Hyperthermia, which is an elevated body temperature, can indeed lead to metabolic acidosis, primarily because it can affect various metabolic processes and lead to increased cellular activity and breakdown. In metabolic acidosis, there is typically a decrease in the level of carbon dioxide in the blood (a condition known as respiratory alkalosis) due to increased respiratory rate as the body tries to compensate for the acidosis. Thank you for the clarification.
Hey, great video! I just want to point out that you have mistake at 01:30, the proper name of the gene is CACNA2D1. Cheers, keep up the good work!
Clear as water. Thank you very much.
Had this happen to me a few months ago when getting surgery on my appendix. Not a fun time at all. Had to get flown to a different hospital
Had this too 3 weeks ago during the appendix surgery!
@@keyone415 that’s insane!!!
Thank you this is helpful and satisfying 🙏🏿💜
「明確なメッセージ、明確な構造、理解しやすい、ありがとう」、
This is so helpful..
Thank you♥️
You’re welcome 😊
Super informative video 👍🏼
Omg such an awesome video. Very well explained. Thank you very much. You just got a new subscriber :) :) :)
I'm dying of stress..I wanna pass this exam...this exam is my life..Will I be able to pass?
did u pass
「とても良くて面白いビデオは素晴らしいエンターテインメントの感覚をもたらします！」、
Thaankkk uuu♥️
Nice
My body temperature is on the red 384 f. I show no symptoms
Thrax: "careful I'm contagious"
Hyperthermia caused the metabolic acidosis and because of that the level of carbon dioxide will decreased not increased.
You are correct. Hyperthermia, which is an elevated body temperature, can indeed lead to metabolic acidosis, primarily because it can affect various metabolic processes and lead to increased cellular activity and breakdown. In metabolic acidosis, there is typically a decrease in the level of carbon dioxide in the blood (a condition known as respiratory alkalosis) due to increased respiratory rate as the body tries to compensate for the acidosis. Thank you for the clarification.