Intravenous Laser Therapy in the Complex Treatment of Nervous System and Brain Diseases and the New Development Mechanism of the Diseases

Vladimir A Mikhaylov
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Abstract

T he first results of red laser influence on the nervous system were received in 1981. Extensive research had shown that laser irradiation increased the functional activity of the nervous system. We started using IFLT for treating nervous diseases in 2005. The accumulated experience has forced us to take a new look at the work of the vascular system. It became clear that disorders of blood supply in the nervous tissue lead to the development of many diseases of the nervous system and brain. We conducted mathematical calculations: the main role in the transportation of blood to the tissue is played by the artery, the power of the heart is only 0,49 - 0,027 % of the power needed to transport blood to the tissue. We have experience of using IFLT in complex treatment of patients with multiple sclerosis (21 patients), parkinsonism (17 patients), Alzheimer's disease (4 patients), inflammatory and degenerative diseases of the peripheral nervous system (63 patients), different form of Encephalopathy (27 patients), and acute disorders of cerebral circulation (34 patients). The results of using IFLT on patients with Alzheimer's disease were unsatisfactory. With all other diseases, a positive result was obtained. The period of observing some patients with multiple sclerosis (4 patients) and Parkinson's disease (3 patients) was 15 years.
静脉激光治疗在神经系统和脑部疾病的综合治疗及疾病发展的新机制
红色激光对神经系统影响的第一个结果是在1981年得到的。广泛的研究表明,激光照射增加了神经系统的功能活动。2005年,我们开始使用IFLT治疗神经疾病。积累的经验迫使我们对血管系统的工作有了新的认识。很明显,神经组织的血液供应紊乱会导致许多神经系统和大脑疾病的发展。我们进行了数学计算:将血液输送到组织的主要作用是由动脉发挥的,心脏的能量仅为将血液输送到组织所需能量的0,49 - 0,027%。应用IFLT治疗多发性硬化症(21例)、帕金森病(17例)、阿尔茨海默病(4例)、周围神经系统炎症性和退行性疾病(63例)、不同形式脑病(27例)、急性脑循环障碍(34例)患者。使用IFLT治疗阿尔茨海默病患者的结果并不令人满意。与所有其他疾病,获得了积极的结果。部分多发性硬化症(4例)和帕金森病(3例)患者观察时间为15年。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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