QUALITY QUALITY QUALITY! From the beginning to the end, You are so explanatory, and give so much amazing info. For e.g., how the blood has buffer for acid, and not the other way around becuase we produce so much acidic byproducts. Things like this make so much sense and easier to remember when you understand why something is the way it is! Thank you again brother!
@@finieflavia25 Wrong! It is metabolic alkalosis that is fully compensated because they are all increased (upper limit) which means they are in saME direction.
@@FarhanCali-ry7qo I'd argue it could be both (we do not know who desompensated first), or even be the start of one of them? You could have a patient come into the ER with another problem and you notice that the pCO2 is slightly elevated, but the other parameters are normal. You need to check regularly to see if this is the end of one of those two options (and the lung is simply finishing it's compensatory work, though I don't know how likely these conditions are to resolve on their own without the patient being brought into the ER), or, on the other hand, it's something that's starting. Some respiratory decompensation (hypoventilation) that might eventually lead to an alkalosis, when the pH changes as well? Which would make it a respiratory alkalosis? Food for thought, not sure, don't know enough. ;-)
You know, you remain the only one if you ever decided to make a video talking about measuring units in labs such as milliequivalence and its meaning and relation to molar, also pressure measurement in mmHg and why sometimes we switch to CmH2O. I don't know but it will be good combination betweem math and biology, just say'in 🤷♂️
10:25 if the patient has kidney failure, wouldn't the HCO3- increase in the body because the kidneys are not functioning so HCO3- will not be eliminated (no urination)?
Now that I think about it, you say HCO3- will be consumed, which makes sense since the body continuously produces acids. But if so, then the relation between the kidneys and HCO3- is not a direct one as is implied by your slide.
Hello I'm from India and your subscription seems very expensive to me I can't afford it please make a way for me I want to learn and grow with your guidance sir
Acid-Base Course: www.medicosisperfectionalis.com/
QUALITY QUALITY QUALITY! From the beginning to the end, You are so explanatory, and give so much amazing info. For e.g., how the blood has buffer for acid, and not the other way around becuase we produce so much acidic byproducts. Things like this make so much sense and easier to remember when you understand why something is the way it is! Thank you again brother!
My pleasure!
Marvelous 🎉.You are making me a real doctor not a Dupus carrying a stethoscope
Thank you so much!
Esta es probablemente la mejor explicación que he visto del tema, en verdad muchas gracias. Tus clases son demasiado buenas!
🙏🙏🙏
Q5 partial compensation metabolic acidosis,
You never miss ! Quality content as always .
I appreciate that!
Omg my entire life i thought i would never understand it but see now know it much betterr
Thank you!
Fluids, Electrolytes, Acid-Base: th-cam.com/play/PLYcLrRDaR8_fWnO-b3adl2uVdB-xNhm5C.html&si=-j-BjANgWDXawdUa
Notes: www.medicosisperfectionalis.com/
Help! I couldn't find the notes specific to this video on your website.
Great as always! ❤
Final question:
Fully compensated metabolic alkalosis.
Isnt it fully compensated respiratory acidosis
@@finieflavia25 Wrong! It is metabolic alkalosis that is fully compensated because they are all increased (upper limit) which means they are in saME direction.
Youre the new generation of dr nagy!😂
(Nagy is the goat ofc)!
Q5. Partially compensated Metabolic acidosis
Q6. Fully compensated Respiratory alkalosis
Love your way of teaching🧪
Thank you!
Wonderful ❤
Thank you so much!
I wish I can afford to buy the rest of the course but this was amazing anyway
Thank you so much
I appreciate you!
Q5 partially compensated metabolic acidosis
Q6 fully compensated metabolic alkalosis
youre right but q6 is f.c.respiratory acidosis, becouse bicarb is in normal range 22 to 28 thanks
@@FarhanCali-ry7qo I'd argue it could be both (we do not know who desompensated first), or even be the start of one of them? You could have a patient come into the ER with another problem and you notice that the pCO2 is slightly elevated, but the other parameters are normal. You need to check regularly to see if this is the end of one of those two options (and the lung is simply finishing it's compensatory work, though I don't know how likely these conditions are to resolve on their own without the patient being brought into the ER), or, on the other hand, it's something that's starting. Some respiratory decompensation (hypoventilation) that might eventually lead to an alkalosis, when the pH changes as well? Which would make it a respiratory alkalosis? Food for thought, not sure, don't know enough. ;-)
6Q fully compensated respiratory acidosis
Q6 Alcalosis metabolic fully compensated
Its fully compensated Respiratory alkalosis
@@derrick-e1tpCO2 48 its aciidosis
Superb❤
Thank you!
You know, you remain the only one if you ever decided to make a video talking about measuring units in labs such as milliequivalence and its meaning and relation to molar, also pressure measurement in mmHg and why sometimes we switch to CmH2O. I don't know but it will be good combination betweem math and biology, just say'in 🤷♂️
10:25 if the patient has kidney failure, wouldn't the HCO3- increase in the body because the kidneys are not functioning so HCO3- will not be eliminated (no urination)?
Now that I think about it, you say HCO3- will be consumed, which makes sense since the body continuously produces acids.
But if so, then the relation between the kidneys and HCO3- is not a direct one as is implied by your slide.
Perfect timing
Thank you!
Kidney Videos: th-cam.com/play/PLYcLrRDaR8_d7bEi4DvucO73N4N_1vvPk.html&si=mOAHmu4w8Rpp9Oxv
I have question Can people got heart defect call Tetralogy of Fallot get lungs infections like pneumonia and chest infection and bronchitis?
Here we go again 🙄
@Jess-wk5jo of course, why not?
Q5 metabolic acidosis partialy compensated
Q5/ Partially compensated metabolic acidosis
Q6/ Fully compensated respiratory acidosis ?
Wrong! It is metabolic alkalosis that is fully compensated because they are all increased (upper limit) which means they are in saME direction.
Final Question : it is fully compensated respiratory acidosis
Wrong! It is metabolic alkalosis that is fully compensated because they are all increased (upper limit) which means they are in saME direction.
Are we re-uploading 🤔
No, it’s a new video.
Q6 = normal
Where is the answer to questions 5 and 6, please? Thanks
Perfect 🤩 🧪
Thank you!
Question 5 answer :Partially compensated metabolic acidosis
19:00 ❤😂
{test-tube emoji}
:)
As usual wondedful
Thank you so much!
Hello I'm from India and your subscription seems very expensive to me I can't afford it please make a way for me I want to learn and grow with your guidance sir
Dear Anand, currently TH-cam doesn’t allow channel creators the option to offer discounts towards memeberships, unfortunately.
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Thank you, Kelly!
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