Micromassage moves what?

Micromassage moves what?

• A. Move fluids and solids
• B. Heat tissue
• C. Increase blood viscosity
• D. Cause cavitation by itself

Answer: (A)

Micromassage relies on small, rapid mechanical impulses that shake the tissue and move both fluids and solid components within and around it. This mechanical action boosts interstitial fluid movement and lymphatic drainage, helping remove metabolic wastes and reduce swelling while also supporting venous return. At the same time, the energy helps loosen adhesions in the fascia and connective tissue, improving tissue mobility and function. Heating tissue is not the primary effect of micromassage; any warmth is usually a secondary result of increased circulation. It does not aim to increase blood viscosity, since the goal is to enhance flow, not hinder it. Cavitation is not produced by micromassage, as cavitation involves high-energy acoustic waves typical of certain ultrasound therapies, not manual or gentle mechanical stimulation.

Micromassage relies on small, rapid mechanical impulses that shake the tissue and move both fluids and solid components within and around it. This mechanical action boosts interstitial fluid movement and lymphatic drainage, helping remove metabolic wastes and reduce swelling while also supporting venous return. At the same time, the energy helps loosen adhesions in the fascia and connective tissue, improving tissue mobility and function. Heating tissue is not the primary effect of micromassage; any warmth is usually a secondary result of increased circulation. It does not aim to increase blood viscosity, since the goal is to enhance flow, not hinder it. Cavitation is not produced by micromassage, as cavitation involves high-energy acoustic waves typical of certain ultrasound therapies, not manual or gentle mechanical stimulation.