Progressive Reduction of Cerebral Edema through Induced Profuse Sweating and Transient Hyperventilation: A Novel Physiological Hypothesis

This document presents an original physiological hypothesis proposing a novel, non-invasive approach to support the gradual resolution of cerebral edema.The hypothesis is based on two interconnected mechanisms: (1) controlled induction of profuse sweating—such as via a heated table—to raise plasma osmolarity, and (2) monitored transient hyperventilation to influence cerebral blood flow and intracranial pressure. Together, these processes may create an osmotic gradient across the blood-brain barrier, allowing progressive fluid reabsorption from brain tissues.While this concept is theoretical and not yet clinically tested, it is grounded in known osmotic and neurovascular physiology. It aims to open a new line of exploration for integrative and supportive therapies in neurology, particularly for subacute or recovery stages of cerebral edema.The author affirms that this hypothesis is original, unpublished elsewhere, and intended to stimulate further research or pilot validation