A prematurely aged brain has been abused for years by our increasingly hazardous surroundings and bad habits. HBOT may rejuvenate a patient’s brain by encouraging the formation of new blood vessels, according to thorough studies. Increased blood flow of oxygen will re-energize dormant brain cells and produce new ones.
Increased energy supply to the brain via oxygen
The brain is known to use nearly all of the oxygen and energy provided to it; it receives around 20% of total body oxygen, 15% of cardiac output, and 25% of total body glucose to sustain approximately 5-10% of active neurons. The procedures required to regenerate brain healing after brain damage would necessitate a significant amount of extra energy. Hyperbaric oxygen treatment can assist boost oxygen levels in the blood and body tissues, supplying the brain with the energy it requires to optimise brain metabolism.
HBOT has been shown to stimulate angiogenesis and neuroplasticity – the activation of inactive neurons, the formation of new synapses and axonal connections – a multifactorial repair that helps the brain breathe new life into its metabolism.
HBOT treatment for traumatic brain injury (TBI)
Traumatic brain injury (TBI) is the leading cause of mortality and disability worldwide. For TBI patients with persistent neurocognitive deficits, hyperbaric oxygen therapy (HBOT) is particularly helpful in improving brain function and quality of life. Oxygen may not reach the affected region of the brain in a brain with numerous traumas, resulting in hypoxia. According to medical research, beneficial outcomes of HBO for TBI patients occur after therapy sessions, when the brain is better equipped to utilise baseline oxygen levels, rather than during treatment, when the brain is only absorbing oxygen.
HBO Therapy for Neurological Disorders
HBO’s main mechanisms of action in neurological disorders are to relieve hypoxia and improve microcirculation, relieve cerebral edoema by using the vasoconstrictive effects of higher pressure, preserve partially damaged tissue and prevent progression of auxiliary effects of cerebral lesions, and improve cerebral metabolism.
Cerebral Hypoxia Treatment
Oxygen deficit is the source of a pathological cascade of exacerbating conditions ranging from initial brain injury to hypoxia, hypoxia aggravation, and secondary brain damage. The goal of HBO treatment in brain injuries is to provide appropriate oxygen to the brain tissue while also interrupting this process. Hyperbaric Oxygen Therapy is useful in the treatment of hypoxia and ischemia, which are implicated in the pathogenesis of various illnesses.
enhanced oxygen delivery
HBO is used to enhance oxygen transport to anoxic tissue, resulting in less vasogenic brain edoema and higher intracranial pressure. It is also used as an additional therapy for patients who have not responded positively to established methods of treatment for severe brain damage. HBO treats the consequences of ischemia and hypoxia in cerebral edoema and breaks the cycle of hypoxia/edema.
HBOT as a neuroprotective strategy
HBOT is regarded as a key neuroprotective agent, and it is one of several neuroprotective techniques used to protect the brain from the harmful effects of chemicals and medications. Highly recommended for the treatment of neurodegenerative diseases, such as CNS damage, cerebral ischemia, and iatrogenic hypoxia/ischemia during surgical operations.
