Titlebook: Biocompatible Glasses; From Bone Regenerati Juliana Marchi Book 2016 Springer International Publishing Switzerland 2016 Bioglass 45s5.Biogl

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Biocompatible Glasses for Controlled Release Technology,ncepts involving controlled release technology brought new perspectives for the development of drug systems. These systems aim to diminish drugs side effects and, at the same time, to increase their efficacy. In this sense, bioactive glasses have been used as new carrier systems to delivery ions, bi

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,Kreativitätsmethoden für Teams,e materials have become an imperative and indispensable tool for the medical science due to their numerous advantages. Hence, the current focus is given on the history, categories and requirements of the biomaterials especially bioactive glasses (please consult the Editor’s note in order to clarify

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,Erfolgsfaktoren der Kreativität,ompositions, which are fabricated via the incorporation of several different ions, on their biological properties and applications are summarized and discussed. This chapter provides an overview of new tissue engineering approaches based on therapeutic ion release, which aids in understanding how th

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,Kreativitätsmethoden für Teams,n (e.g. Sr, Co) of bioglasses and their biological properties both in vivo and in vitro are mentioned. The potential application of bioglasses in different forms for the hard tissue engineering (e.g. dental implantation, bone regeneration), and some recent reports on soft tissue engineering (e.g. wo

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,Kreativitätsmethoden für Kleingruppen,ass. scaffolds porosity and interconnectivity in addition to improving some of the limitation such as the mechanical integrity. The diversity of studies that have been conducted on this particular composition greatly supports the potential that glassy materials encompass for scaffold materials appli

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,Der kreative Problemlösungsprozess,bone regeneration (GBR) and to improve resistance to dentin associated hypersensitivity. Glasses can also be applied in a composite form to aid in the restoration of de-mineralized tooth after carie formation, or to fix metal based constructs to the tooth enamel. The predominant types of glass based

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Untersuchungsdesign und Methodologie can exhibit an additional range of highly attractive properties (e.g. angiogenesis, antibacterial effect) which could expand dramatically their potential and impact in science and medicine. This chapter reviews the special applications of bioactive glasses in otology (substitution of middle ear oss

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Bürgergesellschaft und Demokratieand the main compositions of biocompatible glasses used in hyperthermia are discussed regarding their magnetic and biological properties. In addition, few glasses with suitable radiological properties with potential application in prostate cancer and liver cancer are reviewed, as well as new possibl