Hyperbaric Oxygen Therapy
Oxygen availability within the body is influenced by multiple physiological and environmental factors. Over time, fluctuations in vascular function, cellular metabolism, pressure gradients, and tissue perfusion can reduce the efficiency with which oxygen reaches deeper or compromised regions of the body. When oxygen diffusion becomes limited, cellular processes rely on suboptimal oxidative pathways, altering normal biochemical function and reducing the stability of intracellular signalling.
mHbOT addresses these limitations through controlled hyperbaric pressure, which increases the amount of oxygen dissolved directly into the blood plasma. Unlike red blood cell–dependent transport, plasma-dissolved oxygen can cross into tissues with restricted microcirculation or impaired oxygen gradients. This creates a higher partial pressure of oxygen at the cellular level, influencing mitochondrial pathways, ATP synthesis efficiency, and the behaviour of oxygen-sensitive molecular receptors.
At The Biohacker, mHbOT is delivered using precision-regulated chambers, calibrated pressure cycles, and oxygen purity monitoring systems to ensure accurate dosing, consistent oxygen saturation profiles, and a tightly controlled therapeutic environment.
