Using an integrated approach, cognitive enhancement can occur within 11 days and endure for several months if all recommendations are followed, according to a leading neurologist who serves as the vice-rector of the Russian Academy of Medical and Social Rehabilitation and as the scientific director of the Restorative Neurology Clinic. This overview is based on statements attributed to Professor Rinat Gimranov.
The clinical team implements NeuroHack, described as a comprehensive system aimed at boosting brain function. Each program is tailored to the individual after a detailed assessment. The team reports that, after completing a sequence of NeuroHack procedures, gains include a 23 percent improvement in memory, a 25 percent faster decision-making process, a 30 percent rise in psychological balance, a 35 percent boost in creativity, and a 47 percent enhancement in overall mental performance.
The NeuroHack complex is designed to activate neural metabolism, foster new neuroplastic changes, and document observable results. The approach emphasizes multiple pathways to influence brain cells, starting with an assessment of blood flow to the brain and metabolic status, followed by attempts to optimize these factors with medical interventions. Magnetic and electrical stimulation are then integrated into the regimen to reinforce brain activity.
The treatment protocol with patients unfolds in three clear stages. The first stage centers on initial examination and diagnosis, during which the metabolic and neurophysiological characteristics of the body are evaluated. The second stage involves applying carefully selected methods based on the individual’s specific indicators. This includes transcranial magnetic stimulation, various forms of electrical stimulation, neurostimulation, and targeted cognitive training programs. In the final stage, results are consolidated through personalized homework tasks using online simulators, with dietary guidance, daily routines, and lifestyle recommendations provided to support ongoing improvement.
There is mention that a system for neuro-regeneration of the brain has been developed in Russia, reflecting ongoing research and clinical practice in this domain, though details of such systems are not elaborated in this summary.