This video got rid of my fear and blindness of ABGs and respiratory/metabolic acid base relationship. I used to completely blank whenever I would see one. Thank you so much
You are very smart. Thank you for the explanation ☺ I failed some questions on my previous test because I got confused with the o2 sat 😅 now I know only bi carb Ph and Co2 are the only ones that matter. Big thank you 👍
Thank you sir, that was a perfect presentation. I must admit during my 4 years in college I never once understood how to interpret abg values in this way.😊 Great!
I was very happy when I found this video, i really like how you explain things. Its clear and concise. Your voice and presentation is also perfect! Then i realize that it was uploaded 3 years ago and there are no more new vids :(
great video ... i have a burning question ... i do not understand how a reduction in HCO3 leads to alkalosis, surly retaining base and secreting Hydrogen ions would make the body even more acidic X2 ?? ... vice versa for alkalosis reversing the process ??
Hi. Remember the normal ranges of HCO3 is 22 -26 mEq/ L. If it's less than 22 it's going to be an acidosis,( a build up of hydrogen ions) so your kidneys which are involved in the metabolic component will absorbed Hco3 (hydrogen carbonate ions ) to balance the acid. And if it was greater than 26, it would have been alkalosis, it has a build up of bicarbonate ions. Hence, the kidney would absorbed hydrogen ions which are acids to balance the base ( HCo3). Hope this help you.
This is nice. Thank you If it can be, please make video how we should act with abnormal RBG. Also I find it hard when reading RBG of patient who is receiving treatment how do we know if the treatment is enough or not?
I enjoyed this assigned prework video for my IM M3 class from 9 minutes until before the patient vignettes. Thank you for that portion and the work you put into simplifying ABGs. However, it would be nice to not perpetuate negative stereotypes of patients in your clinical vignettes. This thinking and comments (not just you but within the general medical community) create mental shortcuts for medical and health professional students watching your videos that can do a disservice to future patients by putting them into boxes, leading to unconscious biases that may limit students' thinking and miss out on potential diagnoses on the differential or problems that could be addressed. Not to mention, the many reasons why patients from disadvantaged backgrounds fear physicians and the healthcare system in general, necessitating poorer patient compliance with care, treatment, and follow up. The McDonald's comment about an obese Black Male Patient was particularly harsh and the white women with a heroin addiction was a trope. I know you are a good person as you are dedicated to sharing your knowledge and expertise with medical and health care professional students that is why I know you can do better to help address these issues with current and future videos/lectures and in clinical practice in light of the current (disproportionately high black maternal mortality rate and COVID19 deaths/cases in the U.S.) and past medical atrocities (Tuskegee Syphilis Trials, Forced Sterilization, Father of Modern Gynecology/OB experimenting on black women who were enslaved). Thank you for considering these changes.
sorry to be offtopic but does someone know of a tool to get back into an instagram account? I was dumb forgot my password. I would appreciate any tips you can offer me
@Fabian Fisher i really appreciate your reply. I got to the site through google and im in the hacking process now. Takes a while so I will get back to you later with my results.
I’m having trouble with differentiating acute and chronic abg ? I understand compensation and chronic means ph is normal range and acute meaning it’s uncompensated because either bicarbonate or paco2 is normal ?
If I have these two parameters O2 SAT (est ) and So2, which one should I consider the saturated O2 and what is the difference between them, if I may ask.
I agree with you, however, not every hospital or area would have access to such technology, so its vital nurses and medical professionals are able to interpret the result.
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This video got rid of my fear and blindness of ABGs and respiratory/metabolic acid base relationship. I used to completely blank whenever I would see one. Thank you so much
Thank you for covering the chemical foundation to acid and bases in the body. Wonderful.
Please keep upload videos. Your tutorial is good for medical related staff.
this was great, tried to understand abg's in the past watching other videos and never understood it
yours was great, easy to follow. thank you!
You are very smart. Thank you for the explanation ☺ I failed some questions on my previous test because I got confused with the o2 sat 😅 now I know only bi carb Ph and Co2 are the only ones that matter. Big thank you 👍
Thank you sir, that was a perfect presentation. I must admit during my 4 years in college I never once understood how to interpret abg values in this way.😊 Great!
I was very happy when I found this video, i really like how you explain things. Its clear and concise. Your voice and presentation is also perfect!
Then i realize that it was uploaded 3 years ago and there are no more new vids :(
This was absolutely great. Thank you for taking the time to teach.
I studied this for at least 10 times but I learned it now thanks to you. thanks a lot
13:20 interpretations. OMG, THANK YOU!!!!!
Great video 👍👍👍
Your videos are amazing! Thank you for explaining this so clearly!
I loved this video! helped me out so much!
Thank you sir...please do more videos .. : )
wow, wow, wow.... extremely helpful
I meant I can't find the comprehensive metabolic panel, part two of the metabolic panels. The part one was so good I really want part two. Please.
Very nice & interested... HIGHLY ACCRATE KNOLWEDGE. THANK YOU SO MUCH. GRATEFUL FOR YOUR KINDNESS.
Wow! Super helpful thank you
Awesome video!
Wow amazing please teach more on blood n cells..and why red blood cells would deform or sickle.
this was amazing...Awesome!!
great video ... i have a burning question ... i do not understand how a reduction in HCO3 leads to alkalosis, surly retaining base and secreting Hydrogen ions would make the body even more acidic X2 ?? ... vice versa for alkalosis reversing the process ??
Hi. Remember the normal ranges of HCO3 is 22 -26 mEq/ L. If it's less than 22 it's going to be an acidosis,( a build up of hydrogen ions) so your kidneys which are involved in the metabolic component will absorbed Hco3 (hydrogen carbonate ions ) to balance the acid. And if it was greater than 26, it would have been alkalosis, it has a build up of bicarbonate ions. Hence, the kidney would absorbed hydrogen ions which are acids to balance the base ( HCo3). Hope this help you.
Thank you!! This video is amazing!!
Thank you 👌👌 you had been a great help to me easy to coutch 😊
Really great 👍
awesome video!
That's amazing thank you
This is nice. Thank you
If it can be, please make video how we should act with abnormal RBG.
Also I find it hard when reading RBG of patient who is receiving treatment how do we know if the treatment is enough or not?
Sir you are awesome
Awesome video!! If you have the time could you please make a video on progesterone and estrogen drugs.
Already in love with your channel! Congrats you're lectures are really easy to understand.
Man I luv u for this thank you.
You're amazing 😀
I enjoyed this assigned prework video for my IM M3 class from 9 minutes until before the patient vignettes. Thank you for that portion and the work you put into simplifying ABGs. However, it would be nice to not perpetuate negative stereotypes of patients in your clinical vignettes. This thinking and comments (not just you but within the general medical community) create mental shortcuts for medical and health professional students watching your videos that can do a disservice to future patients by putting them into boxes, leading to unconscious biases that may limit students' thinking and miss out on potential diagnoses on the differential or problems that could be addressed. Not to mention, the many reasons why patients from disadvantaged backgrounds fear physicians and the healthcare system in general, necessitating poorer patient compliance with care, treatment, and follow up. The McDonald's comment about an obese Black Male Patient was particularly harsh and the white women with a heroin addiction was a trope. I know you are a good person as you are dedicated to sharing your knowledge and expertise with medical and health care professional students that is why I know you can do better to help address these issues with current and future videos/lectures and in clinical practice in light of the current (disproportionately high black maternal mortality rate and COVID19 deaths/cases in the U.S.) and past medical atrocities (Tuskegee Syphilis Trials, Forced Sterilization, Father of Modern Gynecology/OB experimenting on black women who were enslaved). Thank you for considering these changes.
Keep up the good work. Thanks.
Amazing
Good video
Fantastic! Thank you for your time, effort and generosity. Please keep up with your great work! Best wishes from the bottom of my heart!
Why will there be base excess in metabolic acidosis? @21:25
Thanks man.That was awesome.I didn't grasped this in med college but today i am lucky to have understood it.God bless you!!
You're such a great channel..... please upload more videos. Much love and appreciation ❤
Absolute gem
this was a truly amazing video. thank you so much doctor. you've helped me understand a lot of concepts.
sorry to be offtopic but does someone know of a tool to get back into an instagram account?
I was dumb forgot my password. I would appreciate any tips you can offer me
@Issac Ray Instablaster :)
@Fabian Fisher i really appreciate your reply. I got to the site through google and im in the hacking process now.
Takes a while so I will get back to you later with my results.
@Fabian Fisher It did the trick and I now got access to my account again. Im so happy!
Thanks so much you really help me out !
@Issac Ray Happy to help :)
I’m having trouble with differentiating acute and chronic abg ? I understand compensation and chronic means ph is normal range and acute meaning it’s uncompensated because either bicarbonate or paco2 is normal ?
that's really a good video
Thank you so much, It was great.
If I have these two parameters O2 SAT (est ) and So2, which one should I consider the saturated O2 and what is the difference between them, if I may ask.
nice video!!!!
Crazy good video !!
Easy to understand
Amazing I got all the points
Nice
I FINALLY GET IT
Awesome video! Tq smuch!
That was truly excellent! So well done... thank you!
Great video..... thanks so much ❤️❤️❤️
thank you! I get it now
I CANNOT FIND THE COMPLETE METABOLIC PANEL, PART TWO OF THE METABOLIC PANEL
awesome indeed
Golden
You are awsommmmmmmmmmmm
Sir i made account but cannot log in...
That's awesome
♥️
Awesome
awesome
thaaaaaaank you!
great
my pCO2 is 50.9
p02 is 28.2
pH is 7.370
am i okay?
yayyyy ;-)
Painful. Kept being poked deeply with needle and hated it
only wasted 5 minutes on this video ...next
The simplest of programs could do the interpretation.
And simply read out "Respiratory Alkalosis/Metabolic compensation" ...etc.
Kind of silly.
I agree with you, however, not every hospital or area would have access to such technology, so its vital nurses and medical professionals are able to interpret the result.
This is probably the worst ABG training video I have seen and I’ve been analyzing them fr almost 30 years.
Awesome video!
Awesome
great