CARBOXYTHERAPY | Much more than Carboxytherapy
arterioles and metarterioles which in turn solves venolymphatic stoppage and determines a lipolytic action resulting from the increase of local tissue blood flow with the activation of receptors — an amplification of the Bohr and Haldane effects. This is a very effective technique, which has some weak points: it is often uncomfortable for the patient and requires a high number of treatments to achieve the best results.
C
MBE system features Venusian CO2
therapy administers
a regulated flow of heated medical carbon dioxide by subcutaneous injections with extremely small needles, therefore avoiding any pain during the insertion phase. Furthermore, owing to the
intelligent electronics of this technology, it is possible to pre-heat the carbon dioxide gas to 42°C before it is injected into the skin, with a notable decrease in pain and burning.
A method unique to the market Gas Contouring® by MBE is an innovative solution; a very effective and totally painless gas-assisted body shaping, facial contouring and lifting technique. This technique involves the
localised injection of carbon dioxide (like mesotherapy) followed by localised infusions of pure oxygen
arbon dioxide works within the microcirculation process to rehabilitate the
pressurised at more than two atmospheres (Medical Oxygen Infusion). Oxy Xtra Med is able to inject, without the use of needles, molecules of oxygen and active ingredients inside the vascular glomus. Once inside the skin, the gas acts on microcirculation, adipose tissues and skin tissues. Compared with the well-known
carboxytherapy, there are great advantages both in terms of improvement of the results, and in terms of tolerability for the patient In fact, the use of the Gas
Contouring technique results in a great improvement to skin elasticity and hydration, and a clear reduction in centimetres to the areas affected by localised fat deposits. In particular, Gas Contouring® has
an effect on adipose tissue: carbon dioxide breaks down the membranes of the fat cells and oxygen infusion promotes the rupture of the triglycerides into fat acids, reducing fat accumulation. For this reason, the technique speeds up the achievement of results. In fact, the oxygen itself promotes a true angiogenesis, and a good production both in terms of quantity and of quality collagen fibres, elastin fibres and hyaluronic acid. At the same time, the oxygen is used as a vehicle to allow specific active ingredients penetrate the skin, therefore attacking the blemish or pathology 'from the inside'.
Further unique advantages The synergic action of Carboxytherapy and Oxygen Infusion determines:
DOMENICO AMUSO, MD, Surgeon and Cosmetic Medicine Expert, Modena, Italy
email:
d.amuso.estetica@gmail. com
website:
www.mbemedicale.it/en/ 64 ❚
Figure 1 Slide from a patient at the end of a cycle of treatments of Carboxytherapy and Oxygen Infusion: carbon dioxide breaks down the membranes of the fat cells and oxygen infusion promotes the division of the triglycerides into fatty acids, reducing fat accumulation
■ Synthesis of dermal fibres having filling effect (collagen I and III)
■ Intensifies the synthesis of fibres having supporting effect (collagen IV and VII)
■ Tones the skin and fills the micro-grooves to give density and volume to the skin
■ Stimulates the synthesis of GAGs (glycosaminoglycans), collagen types I, III, IV and VII, to restore the density and cohesion of the skin
60 50 40 30 20 10 0
■ Promotes the synthesis of amino acids that make up the NMF to moisturise the skin
Slide from a patient at the end of a cycle of treatments of Carboxytherapy and Oxygen Infusion: carbon dioxide breaks down the membranes of the fat cells and oxygen infusion promotes the splitting up of the triglycerides into fat acids, reducing fat accumulation.
■ Acts on cellular oxidation (cellular ageing) and tissue glycation or pigmentation (ageing tissue)
■ Counteracts the loss of elasticity and tonicity of the dermis and the consequent formation of FEF and stretchmarks.
Elasticity Hydration O2
CO2
O2
+ CO2
Figure 2 The combination of Carboxytherapy and Oxygen Infusion is more effective in improving elasticity and hydration compared with singular therapies
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Percentage of improvement
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