The classic teaching is that calcium's role in hyperkalemia is that of membrane stabilization. However, what if what we were taught was wrong all along? In this quick-hit, we will discuss the role of calcium in hyperkalemia and a new hypothesis that suggests it may all be about cardiac conduction velocity.
Click <a href='https://simkit.co/podcast/'>HERE </a>for our detailed shownotes!
(<a href='https://simkit.co/podcast/'>https://simkit.co/podcast/</a>)

The classic teaching is that calcium's role in hyperkalemia is that of membrane stabilization. However, what if what we were taught was wrong all along? In this quick-hit, we will discuss the role of calcium in hyperkalemia and a new hypothesis that suggests it may all be about cardiac conduction velocity. Click HERE for our detailed shownotes! (https://simkit.co/podcast/)

The classic teaching is that calcium's role in hyperkalemia is that of membrane stabilization. However, what if what we were taught was wrong all along? In this quick-hit, we will discuss the role of calcium in hyperkalemia and a new hypothesis that suggests it may all be about cardiac conduction velocity.
Click <a href="https://simkit.co/podcast/" rel="noopener noreferrer">HERE </a>for our detailed shownotes!
(<a href="https://simkit.co/podcast/" rel="noopener noreferrer">https://simkit.co/podcast/</a>)

It's all about Conduction: Calcium's Role in Hyperkalemia​

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It's all about Conduction: Calcium's Role in Hyperkalemia

It's all about Conduction: Calcium's Role in Hyperkalemia