Nervous system microcirculation therapy

Speaking of nervous system microcirculation therapy, I believe many people are not aware of this treatment method. In fact, nervous system microcirculation therapy is mainly used to improve our body's blood pressure circulation and provide a better environment for the regeneration and development of nerve cells. It is mainly used to treat diseases such as cerebral palsy and cerebral atrophy, and the therapeutic effect is very significant. So what are the effects and functions of nervous system microcirculation therapy?

Nervous system microcirculation therapy

"Nervous system microcirculation therapy" is a treatment method that uses the principle of activating nerve factors to replace or repair damaged nerve cells and tissues. First, the ozone autologous blood treatment system is used to improve blood rheology, accelerate the discharge of toxins in the body, and provide a good microenvironment for the regeneration and development of nerve cells.

Treatment Principle

"Nervous system microcirculation therapy" is a treatment method that uses the principle of activating nerve factors to replace or repair damaged nerve cells and tissues. First, the ozone autologous blood treatment system is used to improve blood rheology, accelerate the discharge of toxins in the body, and provide a good microenvironment for the regeneration and development of nerve cells. The neural factors that divide and proliferate in vitro are introduced into the patient's body through interventional therapy, advanced instrument introduction technology, meridian delivery, etc., to activate the patient's own immune mechanism and nerve cell repair mechanism, and directly act on the patient's cerebral cortex through the blood-brain barrier to form a dominant excitation focus, produce benign induction, effectively improve the microenvironment structure of nerve cells, ensure cell nutrition supply and metabolic product excretion, restore the normal function of brain nerve cells, rebuild and optimize neural circuits, and promote the recovery of normal functions of patients such as sensation, movement, consciousness, and autonomic nervous function, thereby inhibiting pathological recurrence and improving the overall quality of life of patients.

The unique neural factors of "nervous system microcirculation therapy" play an important regulatory role in the development, differentiation, growth, regeneration and expression of functional characteristics of central and peripheral nerve cells. Under the regulation of the ozone autologous blood treatment system, a good microenvironment can be created to help the regeneration and development of nerve cells. Fields with sufficient water and fertilizer are the best breeding ground for the growth and development of "seeds". At this time, the neural factors that divide and proliferate in vitro are implanted into the patient's body as ideal "seeds". They act directly on the site of nerve loss through the blood-brain barrier, where they will immediately take root and sprout, activate the nerve cell repair mechanism, promote nerve cell regeneration and development, repair and replace the continuously damaged nerve tissue cells. When the root system is well developed, the branches and leaves will be vigorous, and ultimately the nerve tissue function will be stable and normal over the long term.

Treatment Process

The first step is to use the ozone autologous blood treatment system to improve the nervous system environment and speed up the discharge of toxins in the body!

Using the ozone autologous blood treatment system independently developed by the military science department, a certain therapeutic concentration of O3 is reacted with the patient's blood and then re-infused, which quickly activates and restores the body's metabolism, inactivates and eliminates blood toxins, waste, inflammatory tissue, and harmful blood lipids such as cholesterol, triglycerides, and low-density lipoprotein, improves blood rheology, restores microcirculation, and provides a good microenvironment for the regeneration and development of nerve cells.

The second step is to introduce neural factors to activate the nerve cell repair mechanism and promote the regeneration and development of nerve cells!

Through the division and proliferation of neural factors in vitro, ideal "seed" cells are selected and implanted into the patient's body. High-concentration neural factors can pass through the blood-brain barrier, quickly reach the lesion, activate the nerve cell repair mechanism, and produce a large number of neuroregulatory immune factors and repair factors. By utilizing the characteristics of cell differentiation and automatic homing, they can directly reach the lesion site and repair damaged nerve cells. At the same time, they can differentiate, generate new cells with normal functions, promote the metabolism of nerve cells, regenerate necrotic cells and replenish new cells, rebuild the neural circuit, and restore the normal function of nerve cells in a short time.

The third step is to use comprehensive treatment methods to improve the overall quality of life of patients!

Researchers from the Academy of Military Medical Sciences, in conjunction with experts from the Ministry of Health and major hospitals, have summarized and created a rehabilitation therapy system specifically for post-treatment neurological diseases after years of clinical practice. Based on the patient's own physical condition and the severity of the disease, they use comprehensive treatment methods to help the patient's remaining body functions to the fullest extent possible, achieve the greatest possible ability to take care of themselves, labor and work, improve the patient's overall quality of life, and achieve the patient's return to society.

Treatment range

Cerebral palsy, brain atrophy, Parkinson's disease, epilepsy, paralysis, mental retardation, sequelae of encephalopathy, muscular dystrophy, ataxia, muscle atrophy, white matter degeneration, brain dysplasia, multiple sclerosis, brachial plexus injury, essential tremor, Guillain-Barré syndrome, spinal cord lesions (spinal cord injury, syringomyelia, infectious myelitis), motor neuron lesions, etc.

After reading the above detailed introduction to the efficacy and functions of nervous system microcirculation therapy, I believe that you all already know the benefits of this therapy. Systemic microcirculation therapy uses comprehensive treatment methods, which can greatly improve the patient's cure rate and help patients regain self-confidence and return to society. In addition, the main purpose is to restore damaged nervous system cells to normal, so nervous system microcirculation therapy is currently a more advanced therapy.