GCell - Hair Growth Treatment

GCell Autologous Tissue Suspension is a single-session treatment that has recently been used as an alternative to many hair treatment methods. It is a new technique based on capillary vessel and tissue generation therapy that helps prevent hair loss and other hair problems. It does not contain any chemicals and involves the concentration of epithelial and mesenchymal cells, which creates a microenvironment for tissue regeneration.

GCell Autologous Tissue Suspension is an effective and reliable method developed recently to fight against androgenetic alopecia and other hair fall problems. In this process, a tissue suspension obtained from the autologous cells of a person is used to renew hair tissues and skin. During the procedure, dermatologists collect the cells from the patient’s own body (scalp), process them, and inject them, and the number of progenitor cells in the treated area increases.

 ●     Protect and prevent loss of the existing hair

●     Thicken and strengthen long but weak hair

●     Help individuals have dense hair

●     Activate inactive hair cells under the scalp

●     Increases the success of hair transplantation

●     100% otology (Chemical free)

●     Tissue remains viable and sterile since they are not exposed to external environment

GCell Autologous tissue suspension is mainly used on hair scalps, follicles, eyebrows, beards, and moustaches.

The entire process takes around 40 minutes. Tissue samples collected from the hairy tissues are placed into the GCell kit and processed for 5 minutes. Later, it is injected into the application areas, taking less than 30 minutes. Patients can go to their daily lives after the application.

The GCell autologous tissue suspension is an injectable treatment where three hair follicles are removed from the tissues of the nape of the neck between the ears. Doctors use these tissues because they can create softer hairlines and preserve their vitality. These removed follicles undergo tissue separation by a unique protocol using GCell tissue separation kits. The separated cells are activated through photoactivation, which is sterile and not exposed to the external environment. Later, the cells are injected into the targeted area by mesotherapy technique. The process requires reliable and local anesthesia to make the patient relaxed and comfortable. Once the cells are injected, the target area is dressed up and bandaged sterilely.