Can Artificial Intelligence make medical research easier to understand? This AI-generated content (we hesitate to call it a traditional "podcast") was brought to our attention by one of Dr. Blevins' patients, who discovered it in a Facebook patient group. The creator used a well-known AI platform to analyze one of Dr. Blevins' recently published papers on PWN, translating the complex medical language into plain English with more accessible terms and less technical jargon. As you will hear, the platform generated a dialog. The goal was simply to better understand the content. You can read Dr. Blevins' original paper, "The Evolution of Our Understanding of the Nuances of Pathologic Cortisol Secretion," [here].

After carefully reviewing the AI-generated content for accuracy, Dr. Blevins found that the platform did an excellent job of simplifying the material and making the language more approachable for patients and general audiences. Following thorough consideration, we decided to publish it on PWN—and here it is!

We Want to Hear From You

What are your thoughts on AI-generated medical content? Does this approach help bridge the communication gap between complex research and patient understanding? Please share your opinions with us at info@pituitaryworldnews.com or comment on this article.

In today's podcast, Dr. Lewis Blevins dives into the fascinating findings from a study by Corcept Therapeutics on the prevalence of hypercortisolism in people with type 2 diabetes. Results from this study, called CATALYST, were recently published by Corcept and presented at various scientific and medical conferences. Dr. Blevins explains the findings and offers his expert insight.

In today's podcast, Dr. Lewis Blevins discusses relacorilant, a drug currently in development by Corcept Therapeutics for the treatment of hypercortisolism. Clinical trials to date have shown encouraging results, with improvements in blood pressure, glucose control, weight, and body composition. Corcept Therapeutics specializes in developing drugs that modulate the glucocorticoid receptor.

Stay tuned for the next Podcast on hypercortisolism, diabetes, hypertension and weight management.