Abstract:

Considering the complex and fragile anatomical structure and significant function, clinical repair of orbit bone defect is an arduous task. As tissue engineer technology develops, reconstruction of orbit combined with tissue engineering has become a research hotspot. Through selecting and modifying seed cells, ameliorating scaffold material, combining and controlled-releasing growth factors, autogenous orbital bone regeneration is promoted remarkably. This review elaborates the progress of seed cells, scaffold material, and growth factors on tissue engineering separately. (Int Rev Ophthalmol,  2017,  41:    214-post-insert III)