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The Project Management of Corneal Transplantation in Animal Experiments Based on BP Neural Network

机译:基于BP神经网络的动物实验中角膜移植的项目管理

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Corneal diseases are increasing year by year in the world, because of the lack of cornea donation. Thus the management of artificial corneal transplantation becomes much more necessary. As an important stage of medical device research projects, the animal experiments of artificial cornea should be completed before the clinical trials. In this paper, the corneas is prepared from pig eyes. Firstly, the BP neural network is used to train the data of corneal transplantation of 36 New Zealand rabbits, and then to predict the weighted sum of the remaining 4 New Zealand rabbits. Then, the predictive results are compared with the actual data, and the comparison and error analysis reveal the adaptability and accuracy of the predictive results, which can make us carry out the process monitoring of corneal transplantation, and select the optimal artificial cornea. Finally, the project management of corneal transplantation can provide the theoretical support and reference for the management of corneal transplantation, and further lay the experimental foundation for the development of corneal clinical trials.
机译:由于缺乏角膜捐赠,角膜疾病逐年越来越多。因此,人工角膜移植的管理变得更加必要。作为医疗器械研究项目的一个重要阶段,人工角膜的动物实验应在临床试验之前完成。在本文中,角膜由猪眼制备。首先,BP神经网络用于训练36个新西兰兔的角膜移植数据,然后预测剩余的4个新西兰兔的加权总和。然后,将预测结果与实际数据进行比较,并且比较和误差分析揭示了预测结果的适应性和准确性,这可以使我们进行角膜移植的过程监测,并选择最佳的人工角膜。最后,角膜移植的项目管理可以为角膜移植的管理提供理论支持和参考,并进一步为角膜临床试验的发展进行实验基础。

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