When laser light interacts with nanoscopic particles like nanobubbles, it scatters in different directions—a process known as backscattering. This phenomenon allows us to detect nanobubbles, as the scattered light reveals their presence. By employing advanced laser-based techniques, we can confirm the stability and abundance of nanobubbles in IOTA Water, ensuring their continuous health benefits over time.
The Nanobubble Longevity Study confirms that IOTA Water retains its nanobubble concentration for extended periods, ensuring customers receive oxygen-rich hydration well after bottling. The study demonstrates that nanobubbles remain stable and active over time, making IOTA Water a reliable source of long-lasting hydration.
Nanobubbles in IOTA WATER measure less than 200 nanometers, making them 80-90 times smaller than red blood cells (7500 nanometers). Their extremely small size and large surface area enhance oxygen diffusion, improving the efficiency of oxygen transfer from red blood cells to the body’s tissues for faster absorption.
Once in the bloodstream, nanobubbles efficiently distribute oxygen throughout the body, far surpassing the effectiveness of larger oxygen bubbles. This enhanced oxygen delivery supports critical processes like cellular respiration, energy production, and recovery. By improving oxygenation, nanobubbles promote better cell health, reduce fatigue, and aid in overall body function, particularly during times of physical exertion or stress.
Microbial Purity Testing ensures that IOTA Water meets the highest standards of safety and cleanliness by confirming the absence of harmful microorganisms. This test is crucial for maintaining product quality, extending shelf life, and ensuring consumer safety.
