Have your competent? doctor and hospital guarantee that human testing will occur.
Assuredly your competent? doctor created protocols from similar research on vibration!
You didn't write a rehab protocol from all this earlier research, did you?
focal muscle vibration (7 posts to May2020)
vibration (37 posts to February 2011)
Whole Body Vibration Therapy (7 posts to January 2016)
Rhythmic Bone Stimulation Revitalizes Brain Function After Stroke and Injury, According to Nature Neuroscience Study
Brain Recovery Techniques Following Stroke and Head Trauma
According to НВ — Техно: Researchers have discovered that gentle, rhythmic tapping or pressure applied to the shinbone significantly aids brain recovery after stroke and traumatic brain injury. This innovative approach, called DCTAL, was tested on mice and pigs, resulting in reduced brain cell death, lowered inflammation, and enhanced generation of new neurons. Published in the journal Nature Neuroscience, the findings revealed a remarkable increase in survival rates-from 20% to 90%-within two weeks after severe injuries.
How the DCTAL Technique Works
DCTAL involves softly compressing the tibia at a rate of two squeezes per second over a span of five days. Animals treated with this method lived on average five days longer. Additionally, mice exhibited more than a 50% reduction in movement impairments following the compression regimen. Memory performance in maze tests improved nearly fivefold just one week post-injury.
The study further demonstrated a 4.5-fold increase in immature neurons and almost a sixfold rise in neural stem cell populations within the brain. These findings suggest that mechanical stimulation of bones can trigger brain repair processes. Osteocytes, bone cells containing the PIEZO1 protein, play a crucial role-this protein responds to mechanical forces by releasing protective signaling molecules into the bloodstream that promote brain healing.
Given that stroke and traumatic brain injury are leading causes of disability and death worldwide, this breakthrough offers promising potential for developing new therapeutic strategies. Integrating DCTAL into medical practice could dramatically improve recovery outcomes for patients, while also alleviating burdens on healthcare systems globally.
This research opens exciting new avenues in neuroscience and rehabilitation medicine, laying the groundwork for future advances in treating brain injuries.
In addition to innovative techniques like DCTAL, recent studies have explored other methods for enhancing recovery, such as vagus nerve stimulation. This approach has shown promise in improving skill retention, indicating a growing interest in non-invasive therapies that stimulate neural pathways and promote healing after brain injuries.
