A normal Acid-Base status is essential for the proper functioning of all physiologic processes, and our bodies work hard to maintain pH homeostasis. This lecture gives a basic review of acids, bases, pH, and how our bodies compensate for acid-base disorders
Learning objectives of this video are the following:
1. pH – What is it and why do we need it?
2. Regulation of pH - Why we love our kidneys & lungs?
3. Acid-base disorders - Dysregulation and Compensation.
Presented by Dr. Ana Crawford
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| Faculty | Disclosures |
|---|---|
| Ana Crawford M.D., M.Sc. | Author declares no conflict of interest. |
Clinical Associate Professor, Anesthesiology, Perioperative, and Pain Medicine
Practices at Stanford Health Care Board certified in anesthesiology and critical care medicine, and with a masters in Global Health Science, Dr. Crawford founded the Division of Global Health Equity within the Department of Anesthesiology, Perioperative and Pain Medicine at Stanford in 2011. She currently serves as the Director of Global Engagement Strategy and as the Global Health Equity fellowship director. With a passion for improving access to medical education and professional development as tools to improve the lives of diverse patients, Dr. Crawford serves on and chairs multiple committees at the local, national and international levels. With expertise in medical education and global perioperative care, she is a consultant and advisor to several international organizations including the WHO, Lancet Commission, EECC, and others. She is the creator and Editor-in-Chief of the Global Anesthesia and Critical Care Learning Resource Center ("the LRC"), an open-access online education platform and is the proud recipient of the 2021 Kevin Malott Humanitarian Service Award, for her work with the Pine Ridge Native American community in South Dakota during COVID-19.
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2 Comments
thejanwelimahara@*.com
May 12 2024, 5:37 pm
Hi. Thank you for the educational video. But, the last section of metabolic acidosis with mixed acid-base disorders was a bit complicated. can you do another video with more scenarios, and explain the calculation a bit more thoroughly please. Thank you.
gliouuncch@*.com
Jan 27 2020, 7:34 pm
Other textbooks and resources indicates that in Respiratory Alkalosis the pH change is 0.08 per 10 mmHg PCO2 for acute and 0.03 per 10 mmHg PCO2 for chronic, so not 0.08 for both acute and chronic. Also, in the case example of Respiratory Alkalosis, why did you use 40 as normal HCO3 level? I thought the normal for HCO3 should be around 24-25?