Regenerative medicine is an innovative field of medicine that aims to support the body's natural healing mechanisms. It utilizes biological approaches such as PRP, PRF, CGF, stem cells, cytokines, and exosome technologies to promote tissue regeneration and functional recovery.

Regenerative therapies are used in orthopedics and sports medicine for joint and tendon injuries, in aesthetics and dermatology for skin rejuvenation and hair treatments, in dentistry to support tissue healing, in urogenital applications in urology and gynecology, and also in chronic wound care and reconstructive surgery to support the repair of damaged tissues and accelerate natural healing processes.

Orthobiology is a field of regenerative medicine that uses biological products to support the body's natural healing mechanisms in musculoskeletal diseases and injuries. PRP, PRF, CGF, bone marrow-derived cellular concentrates, and other biological treatment approaches are used in orthobiological applications to support the repair of joints, tendons, ligaments, muscles, and cartilage tissues and to enhance functional recovery.

Cellular therapies are regenerative medicine approaches that use living cells or cell-derived biological products to support the repair of damaged tissues and organs. PRP, bone marrow-derived cellular concentrates (BMAC), adipose tissue-derived stromal vascular fraction (SVF), exosomes, and various stem cell-based applications are used in different medical fields to support tissue regeneration, regulate inflammation, and accelerate healing processes.

Regenerative medicine practices aim to accelerate tissue repair, reduce pain and inflammation, enhance functional recovery, and improve patients' quality of life by supporting the body's natural healing mechanisms. Offering minimally invasive approaches, these treatments can help delay or reduce the need for surgery in suitable patient groups.