Autologous Tissue Transfer for Total Facial Reconstruction: Principles and the Chinese Experience

Severe facial disfigurement remains a complex reconstructive challenge involving the facial skeleton, soft-tissue envelope, sensory and motor systems, and specialized facial features. Burn-related surface loss, high-energy trauma, and deep composite defects require distinct reconstructive strategies. Reconstruction aims to preserve and restore essential functions, reconstruct facial form, and support psychological recovery and self-confidence. Autologous facial reconstruction encompasses skin, mucosal, cartilage, bone, fat, fascial, and nerve grafts; local and regional flaps; free tissue transfer; and functional muscle transfer. Its principal immunologic advantage is the avoidance of alloimmune rejection, without the need for lifelong immunosuppression solely to preserve the transferred tissue. Nevertheless, autologous reconstruction is constrained by tissue matching, donor-site availability, recipient vascular status, and the capacity to restore dynamic facial function. Over recent decades, Chinese reconstructive teams have advanced extensive and total facial reconstruction through tissue expansion, flap prefabrication, prelamination, vascular supercharging, three-dimensional planning, and indocyanine green angiography. Long-term studies have reported sustained benefits in selected patients. This narrative review draws on targeted retrieval of PubMed-indexed publications and primary journal articles, supplemented by reference tracing. Searches combined terms related to autologous facial reconstruction, total face restoration, tissue expansion, flap prefabrication, prelamination, and reconstruction of individual facial features. Chinese experience was defined by the clinical setting and institutional affiliations reported in each publication, including international collaborations. The review synthesizes advances in autologous facial reconstruction, with particular emphasis on the total facial reconstruction series from Shanghai Ninth People's Hospital and complementary experience from other Chinese plastic and reconstructive surgery centers. These contributions are organized into 9 practice-based reconstructive principles: (1) functional restoration and preservation of facial tissue, (2) the Matching, Large, Thin principle and facial aesthetic unit matching, (3) tissue expansion and donor-site protection, (4) flap prefabrication and prelamination, (5) tissue perfusion and flap supercharging, (6) layered three-dimensional reconstruction, (7) staged functional reconstruction, (8) particular considerations for pediatric autologous reconstruction, and (9) psychosocial care and social reintegration. The Chinese experience supports early assessment of autologous options when essential functional goals can be achieved with acceptable donor-site morbidity. This approach has particular clinical and ethical relevance to children with burn-related or traumatic facial defects. Its potential application to war-related injuries requires careful consideration of defect composition, treatment phase, and continuity of care. Facial allotransplantation retains a distinct role when profound composite tissue loss exceeds the capabilities of autologous reconstruction. Further refinement of flap prefabrication, integration of digital planning, advances in regenerative medicine, and standardized outcome assessment may improve reconstructive predictability and durability. Longitudinal evaluation of functional, aesthetic, psychosocial, and donor-site outcomes is essential to establish the broader applicability of these approaches and strengthen the evidence guiding reconstruction of severe facial injuries.