New treatments are emerging that could revolutionize the way we see Alzheimer’s potential recovery. Check out the latest reports about this below.
Revival of memory and cognition
Patients with Alzheimer’s dementia and other neurological disorders are exhibiting signs of recovery through targeted-nutrient therapies, including plasmalogen. Plasmalogen, a phospholipid essential to brain, lung, and heart function, has been a key nutrient in these treatments. Neuroscientist Dr. Dayan Goodenowe’s diagnostic technology was used to identify biochemical imbalances in these patients, which then allowed healthcare providers to customize nutrient treatments accordingly.
Dr. Goodenowe addresses low plasmalogen as the prime cause of Alzheimer’s disease, as well as a leading cause of amyotrophic lateral sclerosis (also known as ALS, or Lou Gehrig’s disease), autism, and other neurological disorders.
“What I discovered and invented is a means of making targeted plasmalogen precursors that can go to specific cell types for specific cell purposes,” says Dr. Goodenowe.
“We can restore the biochemical function, we can begin the (health) recovery phase. But to really, truly complete the recovery, you need to be rehabilitated.”
On Vital Signs with Brendon Fallon, Dr. Goodenowe and his team talked about how they are rehabilitating people recovering from dementia and other major health crises back into life.
Check out the video in order to learn more details about this.
Not too long ago, I was reporting about the link between cellular stress and dementia
Neurodegenerative conditions such as dementia can be identified by symptoms like memory loss, communication changes, and confusion.
The root cause of these symptoms seems to be cell stress, according to a recent study. The study found that by turning off the stress response, brain cells, which are often affected by early-onset dementia, could be restored. This discovery offers a new and promising approach to treating degenerative brain diseases.
Check out the previous article in order to learn more details about this.
