HBOT Proves Beneficial to Vascular Dementia Treatments
Hyperbaric oxygen therapy (HBOT) is effective as a supplemental therapy in the treatment of vascular dementia.
Share
Search Results for
HBOT
HBOT Proves to Be Beneficial for Stroke Patients
Hyperbaric oxygen therapy (HBOT) has been shown to have significant impacts on brain rehabilitation efforts, particularly concerning those who have suffered a stroke.
Share
HBOT Shows Promise in Healing Anoxic Brain Damage
For patients suffering from anoxic brain damage, HBOT is showing significant physiological benefits which can lead to improved cognition.
Share
What Treatments are There for Traumatic Brain Injury?
There are different phases to treatment of traumatic brain injury, from the therapy received at the time of the injury on through to rehabilitation.
Share
Lower Brain Oxygen Levels May Lead to Higher Risk of Alzheimer’s Disease
A new study has connected lower levels of the oxygen in the brain with a higher risk of developing Alzehimer’s disease as people age.
Share
Does Lyme Disease Lead to Cognitive Impairment?
Many Lyme disease patients have said they experience cognitive issues, even after treatment ends. New research suggests brain inflammation may play a role.
Share
The Importance of Neuroplasticity As We Age
The finding that neuroplasticity continues as we age has led to development of tools and techniques for medical professionals to promote plasticity in patients and habits everyone can put into practice to promote cognitive health.
Share
Those With Dementia At A Higher Risk To Get COVID-19, Study Finds
A new study finds an association between dementia and a higher risk for getting COVID-19. Those with dementia are twice as likely to catch the virus, the study found.
Share
For The First Time, Hyperbaric Oxygen Therapy Proven to Reverse Biological Aging in Humans
A new study has found hyperbaric oxygen treatment (HBOT) reverses the aging process in humans at the cellular level.
Share
Can Atherosclerosis Impact Cognitive Function?
Atherosclerosis is a disease that causes build-up of plaque in arteries, potentially leading to heart attacks and stroke. Research also shows it can impact brain function and signal the potential onset of cognitive issues.
Share