Potassium is an electrolyte and essential mineral that is vital to many human bodily functions, including but not limited to:

• Muscle function
• Fluid and water balance
• Blood pressure support
• Cardiovascular health
• Bone Support

Hydration Packs feature sodium and potassium in a 1:1 ratio for optimal and balanced electrolyte support.* A healthy Na/K ratio is associated with healthy aging and reduced risk of cardiovascular disease.7 A high Na/K ratio is often associated with a diet high in processed and packaged foods and low in fruits and vegetables.6

Vitamin C is a water-soluble nutrient that offers many key benefits, including but not limited to skin and immune health. Specifically, it helps with hydration by improving the skin’s barrier, mitigating the loss of water, supporting collagen and elastin production, whilst also allowing for electrolytes to absorb more easily.

D-Ribose is a simple sugar that helps support energy production. Specifically, studies have shown that D-Ribose may decrease muscle fatigue and improve heart health.

Unlike traditional sports drinks that are often high in sugar and skewed heavily toward sodium, Hydration Packs are formulated to support hydration more efficiently and without unnecessary additives.

Instead of relying on large amounts of added sugars for energy, Hydration Packs include D-ribose, a naturally occurring sugar that plays a direct role in supporting ATP (cellular energy) production—helping fuel performance and recovery without the need for excess sweeteners.

It also features a balanced 1:1 ratio of sodium to potassium, supporting fluid balance both inside and outside the cell, rather than emphasizing sodium alone.

No, however it does contain D-Ribose. D‑ribose is often referred to as “molecular currency” due to its critical role in supporting ATP energy production during periods of high energy demands, such as high‑intensity exercises or in certain conditions like cardiovascular disease.10–12

The body may rely on D‑ribose for an alternative metabolic pathway to generate ATP, as D‑ribose can bypass the rate‑limiting enzyme (glucose‑6‑phosphate dehydrogenase) required for ATP production.10 This may help maintain energy production during heightened energy demands and support athletic muscle performance, recovery, and exercise metabolism.10,11