Ryan King's research focuses on understanding how modest changes in electrolyte levels can have a profound impact on cardiac function, both electrically and mechanically. Through his work, he and fellow researchers are gaining a better understanding that there is no "one size fits all" electrolyte therapy in regards to cardiac function; rather, the intervention needs to be problem-specific. There are instances in which it is more important to preserve electrical function than mechanical function and vice-versa. When these instances arise it's crucial to understand what electrolyte modifications are necessary to achieve the desired results.
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By Virginia Tech Corporate Research Center
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Ryan King's research focuses on understanding how modest changes in electrolyte levels can have a profound impact on cardiac function, both electrically and mechanically. Through his work, he and fellow researchers are gaining a better understanding that there is no "one size fits all" electrolyte therapy in regards to cardiac function; rather, the intervention needs to be problem-specific. There are instances in which it is more important to preserve electrical function than mechanical function and vice-versa. When these instances arise it's crucial to understand what electrolyte modifications are necessary to achieve the desired results.