How about the comprehensive treatment device for cerebral circulation

The comprehensive cerebral circulation therapeutic device, also known as the cerebral circulation functional therapeutic device, is a BC brain cell intervention repair therapy. It is the most important therapeutic device. It can play a very good role in adjusting the patient's brain blood supply. It has the effect of promoting the damaged part of the brain and providing nutrition, thereby repairing the damage to the brain. It can play a certain role in promoting the recovery of the patient's brain nerves and improving intelligence. It is a common non-drug treatment for hypoxic cerebral palsy.

Treatment Principle

The comprehensive cerebral circulation therapeutic device is a cerebellar fastigial nucleus electrical stimulation therapeutic device (non-drug treatment). It uses bioinformatics simulation technology and computer software technology to synthesize pulse combination waveforms. Through electrode patches attached to the mastoids on both sides of the ears, it introduces the cerebellar fastigial nucleus non-invasively to perform electrical stimulation treatment on the human brain, dilate cerebral blood vessels, and improve cerebral microcirculation. Its mechanism is that the inherent neural conduction pathways in the brain are subjected to specific electrical stimulation, which will affect the cerebral circulation and cerebral vascular automatic regulation function, and increase cerebral blood flow (rCBF). The main functions of the SA35KJ-3000B2 cerebral circulation function therapeutic device are: significantly increase brain blood flow, protect nerve cells, and promote nerve function recovery. Stabilizes the electrical excitability of brain cell membranes.

Functional features of the comprehensive cerebral circulation therapeutic instrument: It adopts bioinformatics simulation technology and computer software technology to synthesize pulse combination waveforms, which is non-invasive and easy to operate. It overcomes the skull barrier non-invasively and has a definite effect of increasing cerebral blood supply. It has multiple output treatment modes and is widely used in clinical practice. It preferably uses simulated bioelectricity, with an effective output of less than 10mA, which is safer. The therapeutic mechanism increases local cerebral blood flow (rCBF) and improves microcirculation; activates the endogenous neuroprotective mechanism of the brain to protect nerve cells; reduces the excitotoxic damage of nerve cells; stabilizes the membrane potential of brain nerve cells and inhibits depolarization waves; inhibits brain inflammatory response, absorbs edema, and relieves high intracranial pressure; improves cardiac autonomic dysfunction in stroke patients.

Indications

Various stages of cerebral infarction, recovery period of cerebral hemorrhage, awakening from brain trauma, recovery period of brain trauma, stroke prevention, cerebral ischemia (cervical spondylosis leading to vertebral artery ischemia, etc.), migraine, insomnia, cognitive dysfunction, senile dementia, depression, etc.

Ophthalmic diseases such as retinal artery ischemia and eye fatigue. Cardiac autonomic dysfunction in patients with stroke. Cerebral palsy in children.

References