Ph.D. Student of Cell Biochemistry and Metabolism, Bachelor of Anesthesiology and Special Care, Milan, Italy
Abstract
In general, based on research conducted in the last few years, laser is considered as one of the invasive treatment methods and micro needling as a non-invasive treatment method. On the other hand, the necessary care after laser or peeling is annoying for many people, especially in the hot seasons. Because in this part of the year, due to the high level of ultraviolet rays, skin care conditions become more difficult. The same issue makes the recovery period in laser method longer than micro. In other words, if you have used fractional co2 laser to rejuvenate your skin, you should stay at home for 7-10 days to spend the recovery period, but you may be asked why the recovery period of skin rejuvenation using Is laser longer than micro needling? The difference in the duration of the recovery period depends on the effectiveness of these two treatment methods. In the laser, the surface layer of the epidermis of the skin is affected, which is actually the main responsibility of protecting the skin, but in micro needling, the inner layers of the skin are affected and considering that in this method of treatment, the blood flow is fast can be done, the speed of healing and restoration of the skin is also done faster.
Deltani, D. (2024). Benefits of Skin Rejuvenation with RF Micro Needling. Eurasian Journal of Chemical, Medicinal and Petroleum Research, 3(3), 906–928.
MLA
Deltani, D. "Benefits of Skin Rejuvenation with RF Micro Needling", Eurasian Journal of Chemical, Medicinal and Petroleum Research, 3, 3, 2024, 906–928.
HARVARD
Deltani, D. (2024). 'Benefits of Skin Rejuvenation with RF Micro Needling', Eurasian Journal of Chemical, Medicinal and Petroleum Research, 3(3), pp. 906–928.
CHICAGO
Deltani, D., "Benefits of Skin Rejuvenation with RF Micro Needling." Eurasian Journal of Chemical, Medicinal and Petroleum Research, 3 3 (2024): 906–928,
VANCOUVER
Deltani D. Benefits of Skin Rejuvenation with RF Micro Needling. Eurasian J. Chem. Med. Pet. Res. 2024;3(3):906–928.