Titlebook: Biomaterials Engineering and Devices: Human Applications; Volume 1: Fundamenta Donald L. Wise,Joseph D. Gresser,Michael J. Yaszem Book 2000

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The Importance of Radial Forces in Vascular Stent Designy 1960s. Current research and development of vascular stents has been driven, in part, by the need to develop improved technologies to combat cardiovascular disease. Use of stents in the vascular system has in many cases obviated the need for large incisions and long hospital stays associated with m

SEMI

Blood Leak-Proof Porous Vascular Graftseter, high-flow vascular replacements for use in the thoracic and abdominal aorta were first successful whenever weaves or knits of biostable polymers, such as Dacron or Teflon were used. They could be made porous, to allow easy handling, permit luminal adherence of the fibrin coagulum, and facilita

Detonate

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Certainty

Development of a New Hybrid Coronary Stent Design with Optimized Biocompatible Properties Besides drug therapy, a significant advance in the treatment of CAD has been the introduction of coronary artery bypass grafting (CABG) .. In particular, the use of arteries, instead of veins, has resulted in excellent success rates (3–5).

Decrepit

Incorporation of Active Agent into Biodegradable CementMMA) cement .. Acrylic bone cements currently available in the United States include Palacos R. (Kulzer, FRG), Zimmer Bone CementTM and Zimmer Low Viscosity Cement. (Zimmer), CMW Type I. (CMW, Blackpool, UK), and Surgical Simplex P. (Howmedica). As an example of cement composition, the Surgical Simp

fulcrum

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Book 2000ace old materials that no longer stand the test of time. In Biomaterials Engineering and Devices: Human Applications, Volume 1: Fundamentals and Vascular and Carrier Applications, authoritative international experts comprehensively review many current state-of-the-art uses of polymers, metals, and c

Foreknowledge

Blood-Compatible Bioactive Polymersl characteristics apply to diverse medical applications. The wide applicability of these techniques is reflected in the recent surge of general interest for the so-called “intelligent materials,” a popular metaphor for new families of environment-responsive materials.