This compound is primarily utilized in research settings to study ion transport mechanisms, particularly sodium channels. It is often used as a tool to inhibit sodium-hydrogen exchangers, which are critical in regulating cellular pH and sodium levels. Its application extends to investigating cellular processes in various tissues, including the kidneys, heart, and brain. Additionally, it has been explored in experimental models to understand its potential role in managing conditions like hypertension and certain types of cancer, where ion transport dysregulation plays a significant role. Its use in these studies helps to uncover insights into cellular physiology and potential therapeutic targets.