Millions of people suffer from head injuries every year, leading to long -term problems, concentration, emotion, and sports skills. Among the athletes, the repeated impact on the head usually does not have immediately symptoms, which will accumulate and cause severe brain and neuromuscular damage. The latest progress of mild therapy provides a promising non -invasive treatment that can help improve the movement control of these people and overall brain health.
Researchers have found that a new type of treatment combined with intra -nose and intracranial optical biological regulation (ITPBM) can significantly improve the neurotomy control of individuals who have experienced repeated head acceleration (RHAE). The study was led by Paula Johnson and her colleagues from the University of Utah, published in the magazine of “Photobiomopulation”, “Optical Medicine” and “Laser Surgery”.
The group discussed the impact of ITPBM on neurotomy’s health. Their research is concentrated in participants, mainly men, between adults and middle -aged and middle -aged, they all have the history of cerebral shocks or RHAES caused by exercise or other activities. Participants used headphones equipped with near -infrared light -emitting diode (LED) and nasal clips for 8 weeks of ITPBM treatment solutions. The study shows that the reaction time, grip and balance have improved significantly.
Dr. Johnson explained: “Our research shows that ITPBM can be used as a non -invasive solution for improving the health of neurotomy. balance.”
The motivation of this study stems from the increasing attention to the long -term impact of brain shocks and RHAE, and brain shocks and RHAE are usually experienced by athletes. These head effects can lead to chronic trauma brain disease (CTE), which is a degenerative brain disease related to repeated brain trauma. Although RHAES does not always lead to direct symptoms, it may cause micro -structure and functional changes in the brain, causing neurotomer disorders.
In their research, researchers conducted a series of sports evaluations before and after ITPBM treatment. This includes clinical response time, grip strength, agile Pegboard test, and MINI balance evaluation system test (MINIBEST). The results show that the reaction time and grip of both hands have improved significantly, and according to the minimum measurement, the balance is moderate.
Dr. Johnson emphasized the potential mechanism behind these improvements and pointed out that ITPBM may reduce excitement toxicity. In this case, nerve cells are damaged due to excessive stimulation. She said: “By reducing mitochondrial dysfunction and enhancing cerebral blood flow, ITPBM can support nerve plasticity and improve exercise control.”
Interestingly, the study also pointed out that although the improvement of the strength of the grip is moderate, they are consistent in the entire research participants. Researchers have observed that even a small amount of enhancement of terrain and balance can be converted into a major income of daily activities and the quality of overall life.
The results show that for individuals with a history of head injury, ITPBM may be a valuable treatment method that provides non -invasive, low risk and cost -effective treatment methods. Dr. Johnson and her team are optimistic about the potential of ITPBM. The future research plans explore its long -term impact and efficacy in more and more diverse people.
Dr. Johnson said: “ITPBM has the potential for improving neurotomy health.” “Our results provide a framework for more powerful studies, and it is recommended that this treatment can be included in a wider treatment plan for a target of due to the cure due to due to Athletes and individuals who cause the risk of neuromuscular damage caused by head trauma. “
As Dr. Johnson and her team continued to understand RHAE and its impact on the brain, therapies such as ITPBM provided hope to reduce their long -term consequences. This innovation method can not only solve direct symptoms, but also aims to prevent further deterioration of neurotomes. The study emphasizes the importance of continuing research and development in this field, and the potential of phototherapy has become a standard treatment option for people with repetitive head injury. By paving the way for more comprehensive and effective treatment, researchers have made great progress in the influence of brain injury.
Journal reference
Johnson, PK, etc. “The effects of the nasal and meridiac light biological regulation on individual neuromusculus control of the repeated head acceleration incident.” Optical regulation, optical medicine and laser surgery, 2024. DOI:
