Titlebook: Applied Bioactive Polymeric Materials; Charles G. Gebelein,Charles E. Carraher,Van R. Fos Book 1988 Springer Science+Business Media New Yo

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https://doi.org/10.1057/9781137500427 mixtures different morphologies, ranging from tubules to liposomes, have been observed. Polymerization efficiency has been found to be dependent on the composition of the two lipids and in all cases the polymerization was more rapid and efficient than the pure diacetylenic system.

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Overview of Synthetic and Modified Natural Bioactive Polymers,ystems, mechanical systems and microcapsules), and biologically active polymers, such as natural polymers, synthetic polypeptides, pseudo-enzymes, pseudo-nucleic acids and polymeric drugs. The area can also include immobilized bioactive materials, such as immobilized enzymes, antibodies and other bi

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,Pesticide-Polymer Research: A Review of 1976–87,been physically incorporated in the polymer matrix; release has been by desorption, by true solution movement through the polymer matrix, by leaching, by breaking of microencapsulated droplets, by flow through hollow fiber tubes, and by chemically breaking the polymer bonds. Pesticides have also bee

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Combined Matrix Concept in Delivery of Bioactive Polypeptides, A) or by erosion involving depolymerization (Type B). The Type A material induces immune response while the Type B polymer may lead to toxicity problems. It is proposed that a combination of the two types of polymer may attenuate the intensity of the biological responses, because the presence of on