CAPILLARISATION
Capillarisation is the process where new capillaries are formed. Capillarisation takes place at the alveoli in the lungs and the voluntary muscle. This has the effect of increasing the amount of oxygen that can be transferred to the working muscles as well as increasing the amount of carbon dioxide that can be removed.
The muscle contraction caused by Ultratone Stimulation of motor nerves will produce working vacillation and thus a prompt improvement of blood flow. With further long-term Ultratone Stimulation, a growth of capillaries will occur, permanently increasing the blood supply to the stimulated structures. (*25)
The muscle contraction caused by Ultratone Stimulation of motor nerves will produce working vacillation and thus a prompt improvement of blood flow. With further long-term Ultratone Stimulation, a growth of capillaries will occur, permanently increasing the blood supply to the stimulated structures. (*25)
WHY IMPROVE CAPILLARISATION?
Capillaries are small blood vessels inside the tissues of the body that help in the flow of blood to and from the muscles. An increase in capillaries leads to a boost in the supply of blood to the muscles. An increase in blood flow provides muscles with increased supplies of oxygen and nutrients that give an increase in energy. When capillarisation is increased, muscles can work for longer periods without fatiguing. Increasing capillarisation by ES helps to provide muscles with a constant supply of blood, sustaining its strength and health. Increasing capillarization by massage can help treat muscle pain that is delayed in onset and can minimise muscle tightness.
Increased capillarisation helps in the support of healthy muscles. An increase in capillaries helps muscles increase blood flow which aids in an improvement in oxygen and nutrients. Oxygen and nutrients are necessary to help prevent muscle damage, fatigue, and weakness.
Muscle healing can also be improved by increased capillarisation. When muscles become damaged, they weaken quickly which slows down the healing process. An increase in capillaries prompts healing by improving blood flow to the injured muscle. Improving blood flow provides muscles with an increase in oxygen that gives muscle energy and therefore reduces muscle fatigue and weakness. Increased blood flow to muscles facilitates tissue restoration and improved healing. Benefits of increased capillarisation include: • Enhanced circulation • Maintenance of muscle health • Faster healing
Muscle healing can also be improved by increased capillarisation. When muscles become damaged, they weaken quickly which slows down the healing process. An increase in capillaries prompts healing by improving blood flow to the injured muscle. Improving blood flow provides muscles with an increase in oxygen that gives muscle energy and therefore reduces muscle fatigue and weakness. Increased blood flow to muscles facilitates tissue restoration and improved healing. Benefits of increased capillarisation include: • Enhanced circulation • Maintenance of muscle health • Faster healing
benefits of Ultratone
Biostimulation can be used for:
- Prompt recovery and improve flexibility and pain-free movement after an injury.
- Releasing spasms and cramps and relief stiff or weak joint and back.
- Reduction of oedema and help with poor circulation.
- Improving capillarisation.
- Help strengthen pelvic muscles that cause incontinence.
- Preventing deep vein thrombosis.
- Post-stroke rehabilitation.
- Elector acupuncture as well as electro reflexology.
- Help activate and work muscles with people who suffer from diabetes.
- Non-surgical facelift and toning.
- Cellulite reduction, slimming, and pelvic floor strengthening for postnatal rehabilitation.
Please read the contraindications and precautions here before using Ultratone products.
REFERENCEs
25. D.M. Brown et al., 'The effects of different patterns of muscle activity on capillary density, mechanical properties and structure of slow and fast rabbit muscles', Pflugers Arch, 361/3 (1976) 261-250. cited in K.S. Centofanti et al., Medical and Therapeutic Applications of Ultratone Biostimulation (Ashford, Ultra Scientific Instruments Ltd, 2002), 36.