Investigational Products for Dehydration

This trial tests two new drinks, Potassium10 and Potassium15, to determine their effectiveness in hydration after exercise. Researchers aim to find out if these drinks outperform regular water or typical sports drinks in maintaining hydration. Participants will consume these beverages post-exercise, and their hydration levels will be monitored at various intervals. Individuals who regularly engage in intense exercise for 30 to 150 minutes a week and are willing to adhere to specific exercise and diet guidelines are ideal candidates for this trial. As an unphased study, this trial provides a unique opportunity to contribute to research that could enhance hydration options for active individuals.

The trial requires participants to maintain their current lifestyle habits, including medications, as much as possible. However, if you are taking medications or supplements that might affect body water regulation, you may need to stop them. It's best to discuss your specific situation with the trial team.

Research shows that potassium, the main ingredient in both Potassium10 and Potassium15, is generally safe for most people when taken in reasonable amounts. Studies have found that consuming up to 100 mEq (3900 mg) of potassium daily is likely safe for most individuals, as the body can handle these levels without serious side effects.

However, some people might experience minor issues like an upset stomach or diarrhea when taking potassium supplements. Those with certain health conditions, such as kidney problems, should be cautious with potassium intake, as excessive amounts can lead to muscle weakness or irregular heartbeats.

Researchers are excited about Potassium10 and Potassium15 because they offer a potentially more effective way to combat dehydration by using varied concentrations of potassium, a key electrolyte lost during dehydration. Most current treatments, like oral rehydration solutions and sports drinks, focus on balancing electrolytes and fluids, but these investigational treatments might optimize the potassium levels more precisely for better hydration outcomes. The potential for enhanced rehydration efficiency and quicker recovery times makes these treatments particularly promising for athletes and individuals in high-demand environments.

Studies have shown that drinks high in potassium can aid in rehydration after exercise. In this trial, participants may receive Potassium10, which research suggests helps the body retain fluids, crucial for maintaining hydration, especially when compared to plain water. Alternatively, participants may receive Potassium15, which works with sodium to balance the body's fluids and prevent dehydration. Researchers are studying both of these potassium-based drinks for their potential to enhance hydration, particularly for active individuals.²³⁶⁷⁸