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For example, high molecular weight bioactive polymers can be restricted to gastrointestinal tract, where they can selectively recognize, bind, and remove target disease causing substances from the body.
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Generally, biodegradable polymers can be categorized as either surface eroding or bulk eroding polymers.
In the molten state polymers can be spun into fibres.
"Economically," says Coates, "these polymers can be quite a bit cheaper than their petroleum-only based counterparts".
Polymers can be divided into two groups: natural and synthetic polymers.
Polymers can be modified according to different requirements.
Thermoplastic polymers can be melted and remolded multiple times.
Poly(ε-caprolactone) is commonly used in bone tissue engineering; the bioactivity of this polymer can be further improved through the incorporation of bioactive agents such as hydroxyapatite.
The now rubbery polymer can be peeled off the wafer.
Tailoring polypyrrole (PPy), an electroactive polymer, with functional groups to which a variety of bioactive molecules can be tethered is highly attractive for building biological structures on conducting surfaces for a range of biomedical applications.
Sequence analysis of bioactive peptides can be used to predict the potential bioactivity.
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