About the Technology

Microcurrent biotechnology grew out of the field of science called electrophysiology: the study of the electrical properties of cells. Scientists in this field recognize that living bodies are electrically wired, and that cells generate electricity referred to as bioelectricity.

The use of biocompatible waveforms and frequencies is based on the fact that every cell in the body generates measurable electrical currents. You are likely to be familiar with some of the more common biofeedback devices:

• brain (EEG)
• skin (GSR)
• heart (EKG)
• muscles (EMG)

Most people are unfamiliar with the electricity of the nerves, which is commonly measured by neurologists in a Nerve Conduction Study (NCS) or Nerve Conduction Velocity (NCV) test when there is pain.

The biofeedback acquired by the Acuscope carries information about both the electrical activity of nerve endings and nerve conductivity; this data reveals the underlying condition of the tissue. Where there is inflammation, tissue is in an acute state of self-repair, cellular activity is heightened, and fluids cause increased conductivity. Where there is a chronic condition caused by past injury—especially in scar tissue—cellular electrical activity is minimal.

EEG stands for electroencephalography, which is the act of measuring electrical activity on the skin of the scalp, in order to record the electrical activity of brainwaves caused by firing of neurons in the brain. Typically, a band of frequencies is recorded and analyzed because the frequencies within these bands are associated with particular brain states.

Applying gentle microcurrent transcranially (across the brain), Acuscope treatment at a frequency of 8 or 10 Hz generates brainwave frequencies within the Alpha range and a state of relaxation is experienced. Deep relaxation is known to be highly therapeutic and is therefore recommended for persons with painful physical issues. With persistent repetition, Alpha Brainwave Therapy can produce the ability to relax at will as needed. This is valuable for pre-op preparation and post-op recovery. Results of this Acuscope Therapy Procedure over a series of treatments include reduced stress, better sleep, a more cheerful outlook.

The Acuscope and Myopulse generate microamperage current (a microamp is one thousandth of a milliamp, or one millionth of an amp.) Microcurrents are continuously moving through living tissue. Microcurrent biotechnology generates the level of electricity scientifically proven to match—and therefore produce the most beneficial effect on—the body’s cells.

See the study by Ngok Cheng, et al to understand how microcurrent causes enhanced cellular metabolism by:

• increasing ATP production* (which milliamperage stimulation reduces);
• improving intra/extra cell membrane transport by cell membrane repolarization;
• helping to flush out metabolic wastes and bring in bioavailable nutrients through reactivation of the ion exchange process—the Sodium Pump Function;
• resulting in a boost to collagen and elastin production and protein synthesis which are necessary for tissue building and self-repair.

Our health depends upon the ability of currents to move freely throughout the body and brain. When electrical currents are blocked in the heart, brain, and/or peripheral nerves, fatal results can follow. The gentle push provided by biocompatible microamperage currents restores conductivity.

*Microcurrent reactivates dormant mitochondria in the cells, stimulating greater production of Adenosine Triphosphate or ATP, which is the reservoir of energy for the tissue, and fuels cellular metabolism. ATP is involved in virtually every activity of the cell including nerve transmission, muscle contraction, and protein synthesis. ATP is the fuel the cells require for self-repair and new cell growth. Microcurrent treatment naturally boosts this process, thereby assisting the body in restoring normal, healthy tissue.

When conductivity is blocked or reduced in the body’s tissues, we refer to that resistance as Impedance. The Acuscope and Myopulse are input/output devices, constantly detecting this impedance and using that biofeedback to immediately configure doses of microcurrent that are beneficial to the cells. This monitoring and adjustment is what sets the Acuscope apart from all other electrical stim devices.

When using the Acuscope, biofeedback input from the nerves regulates square wave output to the Nervous System. When the Myopulse is in use, biofeedback input from the muscles, tendons, ligaments, and fascia regulates sinusoidal (sine wave) output to the connective tissue.

The goal of treatment is to return the tissue to a normal level of bioelectrical activity. When resistance is reduced, improved conductivity allows all types of tissue to more effectively use proteins and other nutrients for cell growth and self-repair. Restored bioelectricity levels are observable in the digital and auditory displays.

Similarly in both instruments, two electrode contacts are placed on the body in locations appropriate to the issue. The polarity of the electrodes reverses every two seconds—when one is positive, the other is negative—then they switch. This occurs continuously during treatment producing the following effect:

• Input – As the current moves in one direction—from the body into the Acuscope—information is being “picked up.” Utilizing Impedance Monitoring (IM) advanced nerve conduction biofeedback acquisition, proprietary programmed computerized circuitry first “reads” the condition of the cells.
• Analysis – Once biofeedback information is acquired, it is analyzed (comparative analysis) by the next microchip processor.
• Output – Then, the results are the foundation of a precision-calculated corrective influence. This Output is delivered into the cells via biocompatible microcurrent carrier waves.

Microchip circuitry is programmed to acquire biofeedback directly from the connective tissue (muscles, tendon, ligament, fascia). This data is analyzed by comparison to the properties of normal myofascial cells. A corrective influence is then delivered via microcurrent sine (sinusoidal/sloping) carrier waves. The result is a measurable increase in cellular capacitance (the capacity of the cell to hold a charge). Improved electrical potentials of contractile cells is reflected in the numerical readouts, LED display, and corresponding audio tones.

Benefits of the Myopulse include:

• accelerated tissue self-repair
• prevention or retardation of tissue atrophy
• relaxation of muscle spasm, tightness and tension
• increased local blood circulation
• muscle re-education (strength and tone)
• increased range of motion

A properly trained Acuscope Biotechnician can detect precisely where an acute or inflamed tissue condition is located and will know how to apply appropriate frequencies that can give a boost to help the body accelerate its natural, automatic efforts to self-repair. Following treatment, swelling is visibly diminished, fluids begin to disperse, and acute pain is immediately reduced.

To further the cellular repair job, depleted tissue surrounding the damaged area can be located and boosted back to a normal level of bioelectrical activity, thereby restoring homeostasis. This process requires an Operator’s understanding of the visual and auditory feedback produced by the Acuscope as it stimulates the Nervous System in general as well as the specific nerve endings in any painful area.

The Myopulse has a setting that provides the Operator with feedback regarding the condition of the underlying muscles and other connective tissue. The auditory tones heard when moving a Roller electrode or the Y-Probe over the skin surface using Auto Frequency will show where tissue is tight, constricted or recently injured in contrast to where it is weak, depleted and exhausted.

To remedy the condition according to the feedback received requires an understanding of the correct applications of appropriate Frequencies. See Training Options!

Myopulse’s LED’s and Digital Display Readouts reflect varying transmission intensity and degrees of tissue conductivity.

Between treatments, this subtle energetic adjustment is absorbed and utilized by the body. Each successive treatment further boosts cellular capacitance until it can reach and hold a full charge—like a trillion tiny rechargeable electrolytic batteries being put on a biological charger—supporting overall health as well as addressing specific issues and injuries. To achieve this result usually requires a series of treatments over days, weeks, or months if necessary in severe cases.

Unlike a pain-suppressing injection or oral medication, this biotechnology enhances the cells’ ability to self-repair by natural, non-invasive means. This may take time and persistence but the results are lasting with no negative side-effects. Recovery often occurs, which had previously been deemed impossible.