M andibular or maxillary continuity defects due to tumor resection, traumatic injuries, severe atrophy, or congenital anomalies can lead to significant facial deformity; altered oral function affecting mastication, speech, swallowing, and/or saliva retention; and subsequent psychologic problems. Aimed to achieve restoration of function and esthetics, oral rehabilitation of patients with bony defects of the jaws remains an important and challenging problem. 1,2 Free vascularized bone flaps have become a reliable procedure in the reconstruction of jaws and the adjacent soft tissue during the last few decades, especially for cases with large and complex defects. 3,4 Survival rates of 92% or higher for free vascularized bone flaps for the reconstruction of the jaws have been reported. 3-5 On the other hand, dental restoration is most important for function and esthetics after jaw resection. 6 Conventional prostheses are often difficult or unsuitable for rehabilitation of masticatory function because of the abnormal condition of hard and soft tissues postreconstruction. Placement of implants in reconstructed jaws permits fabrication of dental prostheses with improved stability and retention, 7-9 which facilitates the support of soft tissues and provides a stable platform for mastication and speech. 1 Rehabilitation of oral function and esthetics has been shown to be achievable by use of vascularized free flaps with the placement of endosseous implants. 2,3