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  • What are the different types of plasticizers used in polymers?
  • Oily, waxy,or fatty substances were applied as plasticizers. Other i nvention polymer matrix. poly- DL -lactide- co-glycolide (PLGA) were produced. plasticizer, PEG, was added to the polymers. It was degradation-controlled phase. The plasticizer accelerated polymer. The plasticizer dep ressed the burst effect for controlled phase.
  • Are plasticizers suitable for pharmaceutical applications?
  • The extensive use of polymers in medical and pharmaceutical applications including particularly packaging, medical devices, drug carriers and coatings has caused a substantial demand for the proper plasticizers. Although there are many plasticizers used in the chemical industry, only a few of them have been approved for pharmaceutical applications.
  • Which substances were used as plasticizers?
  • Oily, waxy, or fatty substances were applied as plasticizers. Other invention relates to an oral pulse release comprising a polymer micromatrix, a first active ingredient distributed substantially uniformly within polymer micromatrix and a second active ingredient deposited on the surface of the polymer matrix (Gadre et al., 2006).
  • What is the range of plasticizer concentrations in a polymer?
  • The range of the concentrations of the plasticizer in the polymer is due to, besides other things, the crystallinity of the polymer, usually 5 % to 30 %, but there exist also deviations from this range. When plasticizers are present in low concentrations, their effect is often the exact opposite of what is typically expected.
  • Are natural-based plasticizers suitable for pharmaceutical and medical applications?
  • The natural-based plasticizers characterized by low toxicity and low migration are required nowadays not only for pharmaceutical and medical applications. In this respect, most of traditional plasticizers are not applicable in this area.
  • Does plasticizer accelerated polymers?
  • plasticizer, PEG, was added to the polymers. It was degradation-controlled phase. The plasticizer accelerated polymer. The plasticizer dep ressed the burst effect for controlled phase. For the PLLGA 80/20, however, the Table. List of plasticized polymers reviewed in presented cha pter risk. This leaching effect of Plasticizer is dependent on