Hi Mike. Thanks for the video. I learn a humongous knowledge here. Anyway I had a patient was intubated. Came to ED lobby very weak / no resp distress/ suddenly just passed out in the wheelchair. She’s 69 yo. So she was rushed to the room and was right away intubated. ABG: 7.41. / CO2: 50/ HCO3: 28 I really can’t determine how to read the ABG. I know she is totally compensated due to normal ph. But is it metabolic or acidotic? Please help🤗🤗🤗
I'm not mark, obviously, but this looks like compensated metabolic alkalosis. ph is WNL but more alkalotic. CO2 is acidotic, compensating for the alkalotic HCO3 lvl.
![Wolfram Physics Project: Working Session Wednesday, Apr. 29, 2020 [Finding Black Hole Structures]](http://i.ytimg.com/vi/SbDzqlOLIZA/mqdefault.jpg)
You are a great Teacher!
Another great video, great refresher! Thank you!
You are VERY welcome!
How can I get a copy of the worksheet?
45:00
Oooo can you do more questions like This??
Hi Mike. Thanks for the video. I learn a humongous knowledge here. Anyway I had a patient was intubated. Came to ED lobby very weak / no resp distress/ suddenly just passed out in the wheelchair. She’s 69 yo. So she was rushed to the room and was right away intubated. ABG: 7.41. / CO2: 50/ HCO3: 28
I really can’t determine how to read the ABG. I know she is totally compensated due to normal ph. But is it metabolic or acidotic? Please help🤗🤗🤗
I'm not mark, obviously, but this looks like compensated metabolic alkalosis. ph is WNL but more alkalotic. CO2 is acidotic, compensating for the alkalotic HCO3 lvl.
@@mollyjohnson4969 thanks Molly. I figured that out too.
Where can we get the practice page you referenced at the end of the video?
email me at BoswellEMT@Gmail.com and I will email the handouts to you