How to Maintain Proper Muscle Tone

Muscles require strength when in motion and tone when at rest. Muscle strength refers to the maximum force a muscle can generate during a single contraction, while endurance is the ability to sustain repeated contractions over time. Muscle tone, on the other hand, refers to the firmness and elasticity of muscles when they are at rest, ensuring each muscle stays in its original position without being compressed or deformed by neighboring muscles.

NORMAL Technique: Enhancing ATP and Protein Synthesis

In multi-frequency microcurrent technology, the NORMAL technique uses pulse sequences defined by specific waveforms, frequencies, currents, and polarities. This method supports the synergistic transport of glucose into muscle fibers, enabling the production of abundant ATP. Since muscle fibers lose protein daily, the NORMAL technique also facilitates the entry of amino acids into the fibers—via both synergistic and active transport—to synthesize and replace lost proteins.

Effects of Reduced Bioelectric Signals

When the body’s bioelectric currents weaken, the nerve impulses sent by the brain diminish as well. This weakens the stimulation of the Golgi tendon organs in the tendons, disrupting the rhythmic and sustained interaction between actin and myosin filaments. Over time, this causes muscles to lose firmness and elasticity. Take the face’s 32 muscles as an example: as tone decreases, these muscles shift from their original positions, pressing against each other and deforming, resulting in a sagging, wrinkled facial appearance.

LIFT Technique: Restoring Muscle Tone

The LIFT technique, also based on tailored pulse sequences with specific waveforms, frequencies, currents, and polarities, mimics the brain’s nerve impulses to stimulate the Golgi tendon organs. This retrains the actin and myosin filaments to resume their rhythmic, continuous connection and pulling action, restoring muscle firmness and elasticity during rest.

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