

Melanie Honig
Nephrologist at Beth Israel Deaconess Medical Center who participates as a regular contributor, offering clinical viewpoints and questioning to clarify physiologic concepts.
Top 3 podcasts with Melanie Honig
Ranked by the Snipd community

Oct 11, 2025 • 1h 45min
Chapter Nineteen: Metabolic Acidosis, part 2
Join Roger Rodby, a nephrologist with a wealth of clinical experience, alongside Josh Waitzman, a nephrologist and scientist, Melanie Honig, a clinical contributor, Anna Gaddy, and JC, as they delve deep into metabolic acidosis. They explore the biochemistry of lactate, the Warburg effect in cancer, and treatment controversies surrounding bicarbonate therapy. The panel also navigates risks related to liver dysfunction, toxic ingestions, and the implications of lactate in various clinical scenarios, all while providing fascinating insights into acid-base disorders.

Jun 2, 2025 • 1h 45min
Chapter Nineteen: Metabolic Acidosis, The Show, part 1
In a fascinating discussion, nephrologists Josh Waitzman, Roger Rodby, Melanie Honig, and Juan Cabral-Villis unpack the complexities of metabolic acidosis. They delve into the mechanisms behind acid-base balance, highlighting the role of extracellular and intracellular buffering. The group discusses the practical limits of bicarbonate replacement, mechanisms affecting potassium levels during acidosis, and asserts the importance of understanding anion gap implications in clinical settings. Their dynamic exchanges make complex concepts accessible and engaging.

Mar 23, 2025 • 1h 6min
Chapter Eighteen: Metabolic Alkalosis, part 1
Join nephrologists Juan Carlos Villas, Melanie Honig, and Roger Rodby as they humorously navigate the complexities of metabolic alkalosis. They dissect the critical role of chloride in kidney function and share personal anecdotes related to their medical journeys. The experts clarify misconceptions about bicarbonate retention versus chloride loss and discuss the significant impact of diuretics. Insights into standardized terminology for chronic kidney disease and the intricate mechanisms of bicarbonate reabsorption in renal physiology round out this informative conversation.


