King M W, Zhang Z, Ukpabi P, Murphy D, Guidoin R
Department of Surgery, Laval University, Quebec City, Canada.
Biomaterials. 1994 Jun;15(8):621-7. doi: 10.1016/0142-9612(94)90213-5.
The surface morphology and textile structure of the Vascugraft polyurethane arterial prosthesis were investigated. Novel methods of image analysis and the presentation of statistical data were used to obtain quantitative results of the surface morphology of the non-woven microfibrous structure of prostheses of three different sizes. These techniques have identified apparent differences in the distributions of thickness and orientation of the microfibres between the internal and external surfaces and between the three prostheses investigated.
对Vascugraft聚氨酯动脉假体的表面形态和纺织结构进行了研究。采用了新颖的图像分析方法和统计数据呈现方式,以获得三种不同尺寸假体的非织造微纤维结构表面形态的定量结果。这些技术已经确定了内表面和外表面之间以及所研究的三种假体之间微纤维厚度和取向分布的明显差异。