It provides a thicker and normal upper skin (epidermis) and the top and dead layer of the upper skin consisting of corneocyte cells (stratum corneum) to be thinner and firmer. It gives vitality and shine to the skin. Thus, skin aging signs are improved by tightening and increasing the superficial skin layer.
In addition, with medium and deep peels, subcutaneous connective tissue elements such as glycosaminoglycan, collagen and elastic fibres, which have decreased with age, are increased. It is helpful in the treatment of pigment changes, mild to moderate wrinkles, photo-ageing and some skin diseases.
The skin dries, its elasticity decreases and wrinkles increase with age due to internal factors such as genetics, hormones and external factors such as smoking, alcohol and sunlight. Mesolift is applied to revitalise, increase elasticity and moisturise the skin. It can be used in aging skin as well as to delay and prevent aging. It is applied to rejuvenate and renew the skin, to strengthen collagen tissue, to recover loose and sagging skin.
It is the process of taking the blood of the person into special tubes, passing it through a special centrifugation process and then returning the part rich in cells called platelets back to the patient.
While it was previously thought that platelets played a role only in the coagulation part of wound healing, recent scientific studies have shown that platelets activate many important cells and thus accelerate tissue regeneration and healing. They do this with the help of the growth factors they contain. When activated, they secrete growth factors and increase the collagen synthesis of fibroblasts and the formation of new capillaries. The production and level of growth factors decrease with age. With PRP, a much larger number of platelets and the growth factors contained in them are delivered to the target area than can be transported by blood circulation.
Microtraumas are created by needling, the capillaries are broken and thus the wound healing process begins. Platelets are released, other cells enter the environment, growth factors are released mainly from platelets. These increase fibroblasts that synthesise collagen in the subcutaneous connective tissue and increase the formation of new vessels. The months-long healing period thus begins.
Another advantage of this method is the opening of micro channels. Micro channels function just like tunnels to the lower layers of the skin and accelerate the passage of local formulas suitable for the skin problem into the skin.
Treatment with Laser
It is performed with non-ablative and ablative lasers.
Non-ablative laser and light treatments have been used for many years, especially in the treatment of photo-ageing. They protect the epidermis, the upper part of the skin, and cause heat damage to the dermis, the lower part of the skin. In photoaging, there is accumulation of defective elastin fibres located in the upper dermis. Hyaluronic acid and proteoglycans, which are the basic substances of the dermis, are prevented from providing adequate moisturisation. With dermal heating (40-42 degrees), damaged collagen and elastin fibres are broken down. As a result, new collagen and elastin formation and restructuring of the dermis takes place. Thus, fine wrinkles and spots are improved.
Infrared lasers, pulse dye and KTP lasers, sound waves, radio frequency, acoustic wave therapy (AWT) systems are used for this treatment.
Ablative lasers (laser resurfacing) work by peeling off the top layer of the skin in a controlled manner. At the same time, they stimulate wound healing, increase fibroblast activity and stimulate collagen synthesis. For this purpose, 2 types of lasers are most commonly used: CO2 (carbon dioxide) laser and
Er: OIL laser.
There is a wound healing process after ablative laser and resting at home is recommended for a while, but it is more successful than non-ablative lasers.
The laser we use for skin resurfacing in our clinic: Er: OIL fractional laser (ASCLEPION DERMABLATE MCL 30)