Overview

Autotransplantation, also called an autograft, is the surgical transfer of tissue from one part of a patient's body to another site on the same person. Because the donor and recipient are the same individual, immune rejection is not a concern. The term covers a broad range of tissues and techniques, from simple skin grafts to more complex vascularized flaps and dental tooth transfer.

Common techniques and characteristics

Autografts can be categorized by how tissue is moved and by tissue type. Examples include:

  • Skin grafts — split‑thickness or full‑thickness pieces of skin that cover wounds; see skin grafts for clinical contexts and variants.
  • Bone grafts — cancellous or cortical bone taken from sites such as the iliac crest and used to repair defects or promote fusion; sometimes bone is morcellated into paste for reconstruction.
  • Vascularized flaps — tissue transferred with its blood supply, often using microsurgery to reestablish circulation at the recipient site.
  • Dental autotransplantation — moving a tooth from one socket to another within the same mouth.

For terminology and general descriptions of donor tissue, practitioners may consult sources labeled tissues and grafting overviews.

Uses and examples

Autotransplantation is applied in many specialties: plastic and reconstructive surgery for trauma or cancer defects, orthopedics for nonunion or bone loss, oral surgery for tooth replacement, and dermatology for chronic wound coverage. Surgeons choose autografts when a durable, biologically compatible repair is required and when donor sites are available.

Benefits, risks and outcomes

Benefits include elimination of graft rejection and avoidance of long‑term immunosuppression. Risks primarily involve the donor site (pain, infection, scarring, functional loss), possible graft failure, and complications from the additional surgical procedure. Outcomes depend on tissue type, vascularity, patient's health, and surgical technique; vascularized transfers generally show higher survival when complex reconstruction is needed.

History and notable facts

Techniques for transferring tissue trace back centuries — classic reconstructive methods such as forehead flaps for nasal reconstruction are part of early surgical traditions. Advances in anesthesia, antisepsis, and microsurgery in the 20th century greatly expanded the ability to move larger, vascularized tissues reliably. Today autotransplantation remains a cornerstone of reconstructive care because it combines biological compatibility with versatile applications.

Distinctions

Autotransplantation differs from allotransplantation (donor human tissue from another person), xenotransplantation (from other species), and synthetic implants. The choice between autograft and alternatives balances donor‑site morbidity against the benefits of using the patient's own living tissue.