Chapter 58
The exam is naturally difficult for Bai Xuan.
Therefore, Bai Xuan continued to learn all kinds of knowledge as usual.
Although it is said that after mastering the brainwave reading technique and brainwave hypnosis, Bai Xuan almost has invincible power in human society, and can easily manipulate ordinary humans, treating ordinary humans as toys.
But,
Bai Xuan knew that his body was still flesh and blood, and he still couldn't resist bullets.
Therefore, in addition to thinking about how to upgrade the brainwave reading technique and brainwave hypnosis, Bai Xuan is also studying how to use bioelectricity to strengthen his body.
And Bai Xuan successfully found a technique called neuromuscular electrical stimulation.
Neuromuscular electrical stimulation is a technique that uses 20-50 Hz low-frequency current through electrodes to stimulate specific muscle groups to twitch or contract, and then achieve "functional" repair.
Neuromuscular electrical stimulation is a type of low-frequency electrical therapy, which works by using the electrical excitability of nerve cells to stimulate the nerves innervating the muscles through pulsed electrical currents to cause muscle contraction.
Since the essence of neuromuscular electrical stimulation is to act on the nerves that control the target muscle group, the prerequisite for the application of neuromuscular electrical stimulation is that the nerves of the target muscle are intact.
It is commonly used for strength training of disused muscles due to prolonged inactivity, surgery, or injury to preserve muscle mass, maintain and increase range of motion, promote voluntary muscle control, and reduce spasticity.
On the other hand, it plays an inhibitory role in some disuse muscle atrophy caused by non-neuropathy.
In recent years, commercial neuromuscular electrical stimulators have been developed, and home stimulators can not only be convenient for patients to use, but also improve the patient's independent operation.
Its mechanism of action is as follows
First, neuromuscular electrical stimulation stimulates both motor nerve fibers and afferent sensory nerve fibers, both of which promote plastic changes in the brain.
Second, electrical stimulation induces retrograde activation of motor nerve fibers and leads to coupled activity of the presynaptic and posterior membranes.
Third, the process of neural network function recovery is similar to that of motor learning, and repetitive functional movements under electrical stimulation can trigger the redistribution of cortical motor learning areas.
Fourth, the visual feedback information that stimulates the movement will further enhance the motor learning ability.
The relevant features are as follows:
Neuromuscular electrical stimulation can achieve less fatigue and optimal mechanical output by adjusting the relevant parameters, so that a full understanding of the parameter settings can achieve the predetermined functional rehabilitation effect and ensure the safety of the patient.
Frequency, pulse duration, intensity, action time, etc. are all important parameters that need to be explored. Stimulation frequency is defined as the number of pulses produced per second during the stimulation process, usually 20-50 Hz.
The wavewidth calculation method for different waveforms is inconsistent. For pulse trains, the wavewidth is also called pulse width, and for biphasic waves, the wavewidth consists of positive and negative phase widths.
For bursts, the duration of each burst is the burst width. The ideal pulse width is 200-400μs. Another parameter that plays an important role in both muscle contraction and fatigue is stimulation intensity/amplitude, usually the value of the stimulation current, measured in milliamps, the higher the stimulation intensity, the greater the degree of depolarization affected by the electrode.
However, small portable stimulation units for clinical applications or home electrical stimulation devices are usually battery-powered, and the current is set manually through a constant voltage system of up to 150V. The dose of neuromuscular electrical stimulation used for the muscles being stimulated, the stimulation parameters applied and the purpose of stimulation usually vary greatly, ranging from 30 minutes per stimulation once a day to 1 hour per stimulation 3 times a day, and the overall duration of treatment varies from 2 weeks to 3 months.
All parameters used in neuromuscular electrical stimulation must be developed by the rehabilitation therapist according to the rehabilitation goals already to be achieved by the patient's condition.
.........
"Although this muscle is a medical muscle, its principles and application techniques can also be used to strengthen the body and brain, and greatly improve motor ability and motor learning ability. "
"Uh-huh......
".
"Maybe I can integrate the principles of this muscle, combined with brainwave reading and brainwave hypnosis, into the soul fighting technique, so as to greatly strengthen the soul fighting technique. "
Thinking of this, Bai Xuan downloaded a few papers on neuromuscular electrical stimulation techniques and began to flip through them.
And before the moonlight becomes dark, there is enough knowledge.
[You combine the relevant knowledge of neuromuscular electrical stimulation technology with brainwave reading and brainwave hypnosis, as well as the relevant knowledge in the brain, and upgrade the soul dementoring technique, so that the soul dementoring technique has been turned upside down, you can predict the enemy's movements through brainwave reading, you can control the enemy's thinking through brainwave hypnosis, and you can also use bioelectricity to greatly strengthen your own quality and motor learning ability].
"It's a very powerful fighting technique, but the current soul fighting technique may be able to change its name. "