This program is grounded in the research of Professor Shai Efrati (Tel Aviv University / Sagol Center for Hyperbaric Medicine) and the latest advances in neurorehabilitation science, neuroplasticity, and regenerative medicine — applied in a structured, clinically sequenced 12-week protocol.

After a stroke or traumatic brain injury, doctors often speak of a "recovery window" — implying that after a certain point, nothing more can be done. 
The emerging science of neuroplasticity tells a different story:

The brain retains the ability to reorganise, repair and form new neural connections throughout life — if it is given the right biological conditions. The problem is that damaged brain tissue is often not dead — it is dormant.
 Reduced blood flow, chronic inflammation and mitochondrial dysfunction keep neurons in a state of functional hibernation. They are not working, but they are not lost. 

The core of this programme is creating the conditions in which dormant neurons can reawaken and damaged tissue can repair.
HBOT, combined with transcranial photobiomodulation and targeted cognitive stimulation, does exactly that — triggering neuroplasticity, restoring oxygen delivery, reducing inflammation and rebuilding neural connectivity through a precisely sequenced protocol that standard rehabilitation cannot replicate.