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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Organometallic Polymers as Drugs and Drug Delivery SystemsThe use of metal and organometallic containing polymers in medical applications is widespread focusing on siloxane polymers and to a lesser degree on polyphosphazenes (for instance 1). This work is focused on the use of these polymers as medical materials in applications such as biomedical implants in catheters, blood pumps and breasts.

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Progress and Problems in Blood-Compatible Polymerss heart-lung and kidney machines and artificial heart valves. Early postulates as to factors increasing thromboresistance included increased hydrophobicity, increased negative surface charge, and increased surface smoothness. The first real indication that thromboresistance was within grasp was the

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Morphology of Block Copolyurethanes. II. FTIR and ESCA Techniques for Studying Surface MorphologySince several block copolyurethanes have shown both compatibility and mechanical properties needed for vascular implants, it is important to determine the chemical and morphological structures of these materials. A block copolyetherurethane-urea and associated model compounds and homopolymers have b

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Polymeric Drugs: Effects of Polyvinyl Analogs of Nucleic Acids on Cells, Animals and Their Viral Infns on a molecular level, i.e., with nucleic acids and enzymes, but eventually their interactions with cells and tissues were also studied. The interactions of these polymers on the molecular level have been reviewed previously (1). This review contains a list of papers published on these compounds;

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The Sandstone Plateaus, SW Western Desert,sed by the host environment. The vast majority of fundamental studies of biocompatibility involve animal models. The ultimate test for biocompatibility of a polymer, device or prosthesis, is human implantation. With this in mind, we have sought to examine implants and tissue obtained by surgical rem

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Ernesto Abbate,Piero Bruni,Mario Sagris heart-lung and kidney machines and artificial heart valves. Early postulates as to factors increasing thromboresistance included increased hydrophobicity, increased negative surface charge, and increased surface smoothness. The first real indication that thromboresistance was within grasp was the

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https://doi.org/10.1007/978-3-319-08997-3 operating time. The presently available synthetic polymer prostheses are made from relatively thrombogenic polymers (Teflon and Dacron). These materials show patency rates of less than 50% at diameters smaller than 6 mm. Therefore, the development of a successful, small diameter synthetic polymer p