FACIAL TOPICAL & NON-SURGICAL TREATMENTS |
Oxygen Infusion tailored for the medical professional
T
he Oxygen Infusion technique, carried out using Oxy Xtra Med, incorporates the emission of 94–98%
oxygen at an atmospheric pressure two-times higher than usual. Clinical studies have proven that this needleless technique allows the transdermal passage of the gas through glandular annexes (pilosebaceous apparatus and eccrine glands) and intercellular and/or transcellular pathways. During the emission phase, infused oxygen has a latent period in which it reaches a state of balance with the skin. Once the point of balance is reached, a constant flow of penetration begins. The higher the purity and the exit pressure, the deeper the tissue penetration. Oxygen Infusion acts in the vascular glomus located in the reticular dermis. A number of clinical studies have
proven that the therapeutic action of Oxygen Infusion arises from its angiogenetic properties. Actually, Oxygen Infusion acts on
the three primary components of the connective dermal tissue, sustaining an adequate production of glycosaminoglycans (hyaluronic acid), elastic and collagen fibres in both quantity and quality. This results in an improvement to the quality of naturally-produced hyaluronic acid and the maintenance of a good cytomorphosis. Clinical studies show that Oxygen Infusion is also very effective at treating acne and psoriasis, thanks
Figure 1 Oxy Needling® The healing of a tissue occurs in two
basic steps: at first, certain kinds of cells (in the case of skin, fibroblasts), cover the wound creating a 'cellular bridge' between the damaged edges. These cells are the able to move owing to an extracellular matrix created the fibroblasts
Oxy Needling®
to its anti-inflammatory and seboregulator effect. The same studies reveal that
oxygen infusion does not increase free radicals, but blocks the fermentation of glucose present in the cells, by inhibiting degeneration.
the cells'
Oxy Needling® Oxy Xtra Med is the only unit on the market performing Oxy Needling®; oxygenated needling. Oxy Needling® has been proven to be much more effective than traditional needling. By exploiting the principle of
repeated micro-trauma in the presence of Oxygen Infusion, it is possible to induce an exudative haematoma, which triggers the beginning of the migration and proliferation of fibroblasts. This enables the development of granulation tissue.
Oxygen Infusion delivers drugs and active ingredients MBE has developed a special tool to effectively and painlessly deliver drugs and active ingredients into the skin, without the use of needles.
DOMENICO AMUSO, MD, Surgeon and Cosmetic Medicine Expert, Modena, Italy
email:
d.amuso.estetica@gmail. com
website:
www.mbemedicale.it/en/ 44 ❚
The healing of a tissue occurs in two basic steps: at first, a certain kind of cells (in the case of skin, fibroblasts), cover the wound creating a sort of “cellular bridge” between the damaged edges. Then, these cells are able to move thanks to an extracellular matrix created little by little by the fibroblasts.
Figure 2
Haematoxylin–Eosin Method
You can see some vessels containing erythrocytes
The applicator can contain up to 4 cc of active ingredient and can be easily connected to MBE Oxygen Infusion face probe. This tool can also be used to
carry homeopathic drugs into the skin, and in the following fields of medicine: orthopaedics, physiatrics, sports medicine, aesthetic medicine, and dermatology.
Bibliography
Rich K. Transcutaneous oxygen measurements: implications for nursing. J Vasc Nurs 2001; 19(2): 55–61
Got I. Transcutaneous oxygen pressure (TcPO2): advantages and limitations. Diabetes Metab 1998; 24(4): 379–84
Agache P. Transcutaneous oxygen pressure. In: Agache P, Humbert P. eds, Measuring the Skin. New York: Springer, 2004
Talbot A, Neuman M, Saidel G, Jacobsen E. Dynamic model of oxygen transport for transcutaneous PO2 analysis. Ann Biomed Eng 1996; 24(2): 294–304
Stücker M, Struk A, Altmeyer P, Herde M, Baumgärtl H, Lübbers DW. The cutaneous uptake of atmospheric oxygen contributes significantly to the oxygen supply of human dermis and epidermis. J Physiol 2002; 538(Pt 3): 985–94
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The system is particularly useful when treating patients who are afraid of needles, or to areas which are extremely sensitive to pain. To summarise, the indications of
Oxygen Infusion are: wrinkles, scars, anti-ageing, skin atony, cellulite, lipolysis, skin lesions, acne, ulcers, rhagades, sores and psoriasis, pain management and pain reduction.
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