Titlebook: Biomedical and Dental Applications of Polymers; Charles G. Gebelein,Frank F. Koblitz Book 1981 Springer Science+Business Media New York 19

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https://doi.org/10.1007/978-3-319-65661-8es of polymers in medicine seems to be a limit in our imagination. Some recent popular articles suggest that nearly all parts of the human body could be replaced by some type of a plastic and/or metal device (1,2). Many major problems remain to be solved before this vision could become fact, however

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The Sandstone Plateaus, SW Western Desert,rgents. These linear .-olefins were available as individual monomers in the even-number C. to C.series. When sulfonated these olefins yielded biodegradable surface active materials. Later these heretofore rare olefins were used as a base for the manufacture of synthetic lubricants with a projected i

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Landscapes and Landforms of Egyptyer of the body. Surveys conducted in the U.S. show that such injury is among the principal causes of death in North America between ages 1 and 44 [1]. In the Canadian province of Ontario, there were over 50,000 people suffered loss of skin in 1977 due to trauma (including surgical autograft), disea

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The Geomorphology of the Isle of Portland,s. Although significant advancements have been made towards improved biocompatibility of synthetic polymeric materials and biomedical adhesives, the ability to establish permanent bonding under physiological conditions is a goal yet to be fully realized. Attempts to provide the desired adhesion thro

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极端的正确性

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Marc Calvet,Yanni Gunnell,Magali Delmasarticles in it, smooth, rough or heparinized, were covered with protein immediately following implantation into the cardiovascular system (1,2). Regardless of this protein coating, some of the materials had higher thromboresistance than others. Many theories have been proposed to explain these throm

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Kál Basin: Pseudokarren on Sandstoneed materials. The reaction of the blood upon contact with each type material is different. The rough surfaced materials, e.g., Dacron polyester (polyethylene terephthalate), are porous, and upon blood contact encourage the formation of adherent thrombus on their surfaces. The smooth surfaced materia