carbonic acid exposure links CO₂ signaling to increased cerebral blood flow via nitric oxide
Carbonic anhydrase I inhibition by nitric oxide has implications for mediating the hypercapnia-induced vasodilator response, suggesting that CO₂ hydration and carbonic anhydrase activity are part of the signaling cascade linking CO₂ to cerebral vasodilation.
What this means for you
When CO₂ levels rise, your brain triggers a cascade that widens blood vessels — a response tied to nitric oxide activity. Better cerebral circulation means more oxygen delivery to brain tissue, which most people associate with sharper focus, clearer thinking, and a greater sense of mental ease.
The published research
This page describes a documented finding about the underlying wellness technology. It is not a marketing claim about any specific device. For information about HOCATT specifically, visit hocatt.com.