Authors: Shuang Li Caiwen Xiao Liuyao Duan Chunlong Fang Yuanliang Huang Lisheng Wang
Publish Date: 2015/05/23
Volume: 53, Issue: 10, Pages: 943-950
Abstract
In this paper a computeraided system for orbital prosthesis rehabilitation is introduced With the system a 3D model of the orbital prosthesis can be easily reconstructed from the CT image of a patient by referring to the normal eye of the patient and the rehabilitation result by the model can be simulated before the surgery This facilitates surgeons to design appropriate orbital prosthesis and improve rehabilitation esthetics Based on the system the preoperative surgery planning for orbital implant can also be made This improves the reliability safety and intuition of the rehabilitation surgery well The system has been applied to clinical CT images of patients and the experimental results show effectiveness and acceptability of the system in the clinicThis work is supported in part by the National Natural Science Foundation of China 61375020 the National 973 Program of China 2013CB329401 and Cross Research Fund of Biomedical Engineering of Shanghai JiaoTong University YG2013ZD02 YG2012MS19
Keywords: