Author:
Vert Michel,Doi Yoshiharu,Hellwich Karl-Heinz,Hess Michael,Hodge Philip,Kubisa Przemyslaw,Rinaudo Marguerite,Schué François
Abstract
Like most of the materials used by humans, polymeric materials are proposed in
the literature and occasionally exploited clinically, as such, as devices or as
part of devices, by surgeons, dentists, and pharmacists to treat traumata and
diseases. Applications have in common the fact that polymers function in contact
with animal and human cells, tissues, and/or organs. More recently, people have
realized that polymers that are used as plastics in packaging, as colloidal
suspension in paints, and under many other forms in the environment, are also in
contact with living systems and raise problems related to sustainability,
delivery of chemicals or pollutants, and elimination of wastes. These problems
are basically comparable to those found in therapy. Last but not least,
biotechnology and renewable resources are regarded as attractive sources of
polymers. In all cases, water, ions, biopolymers, cells, and tissues are
involved. Polymer scientists, therapists, biologists, and ecologists should thus
use the same terminology to reflect similar properties, phenomena, and
mechanisms. Of particular interest is the domain of the so-called “degradable or
biodegradable polymers” that are aimed at providing materials with specific
time-limited applications in medicine and in the environment where the respect
of living systems, the elimination, and/or the bio-recycling are mandatory, at
least ideally.
Subject
General Chemical Engineering,General Chemistry
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