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

抒情短詩(shī)

MERIT

World Geomorphological Landscapesns 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;

Heresy

Book 1981tances are somewhat toxic to human tissues; in fact, few factors are more limiting in the medical prosthesis field than the biocompatibility problem. Some of these problems and the attempts to solve them are discussed in this volume.

難聽(tīng)的聲音

Capitulate

軟弱

曲解

The Status of Olefin-SO2 Copolymers as Biomaterialsrgents. 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

Rotator-Cuff

Temporary Skin Substitute from Non-Antigenic Dextran Hydrogelyer 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

bisphosphonate

Covalent Bonding of Collagen and Acrylic Polymerss. 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

multiply