Exosomes are small carriers of information that facilitate cell communication by transferring substances like growth factors, RNA, proteins, and genetic materials.

Although exosomes are derived from stem cells and not stem cells themselves, they can undergo modifications to fulfill precise functions and yield customized outcomes. Notable examples include the production of keratin proteins, which are present in nails and hair, the creation of fibroblasts that construct connective tissue and secrete collagen, and the enhancement of growth factors. In summary, the primary function of exosomes is to stimulate cells, initiating the process of skin and underlying tissue regeneration and repair.

Exosome hair rejuvenation therapy brings numerous advantages, including promoting hair growth and density as well as certain scalp conditions. Exosomes can yield stunning and significant outcomes by promoting healthier looking hair, reducing hair shedding and hydrating and nourishing the scalp.

Many researchers believe that exosomes, a newer option for treating hair loss, can be as effective, if not more effective, than PRP.

Exosomes consist of over 200 growth and re-growth factors and offer greater consistency in quality, irrespective of age or health.

It is a device designed and approved to mechanically disintegrate any biological tissue obtaining autologous micrografts in a minimally invasive way.

The Rigeneracon is a class II sterile and disposable medical device consisting of a rotation and pressure propeller, a grid with 100 hexagonal holes 80 microns in diameter, and 600 micro blades designed for optimal and effective cutting of different tissue types, in this case the scalp tissue.

Each device is equipped with an RFID microchip that contains product information for security and traceability reasons.

The tissue to be treated is obtained through a biopsy. Afterward, it is introduced into the Rigeneracon device and is gently pressed against the micro blades at a constant speed of 80 rpm, without damaging the cellular structure to disaggregated tissue.

The sample is processed between 2 to 6 minutes, depending on the type of tissue. The calibrated holes act as a filter, selecting only particles and cells less than 80 microns. The complete procedure takes approximately 45-60 minutes in a sterile manner.