Mg²⁺–ROMK Flow
created 18 Jul, 08:52 pm · ⏱ built in 53.6s · 👁 0 views
Magnesium’s role in the kidney collecting duct is shown here: adequate intracellular Mg²⁺ blocks the ROMK potassium channel in principal cells, reducing urinary potassium loss, while low Mg²⁺ removes that brake and worsens K⁺ wasting. Click Normal Mg²⁺ or Low Mg²⁺, then tap the pathway nodes to follow how potassium secretion changes.
👤 Created by
Second Year Medical School Student
Built with Rezzy AI
⚡ Make Your Own
Ask Rezzy in the Oncourse AI app and get a canvas like this in about a minute.
⚡ Try Rezzy Now →