Titlebook: Biologically Responsive Biomaterials for Tissue Engineering; Iulian Antoniac Book 2013 Springer Science+Business Media New York 2013 Carbo

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Chapter 10 Case Study from the Energy Domainring knee-ligament reconstruction. In general, commercially available biodegradable interference screws used in clinical practice are chemically based on degradable, but now a trend to use biodegradable composite materials using the same synthetic biodegradable polymers as matrix reinforced with bio

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Knowledge Graphs and Big Data Processinganted, and to analyze the biomechanical behavior of the implanted model, using Finite Element Method (FEM). Based on CT scans and 3D reconstruction techniques a multi-solid model that accurately reproduces the geometry of a cervical vertebra was developed. Using CAD techniques, a second model of fun

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Felix Sasaki,Milan Dojchinovski,Jan Nehrings performed, poly methylmethacrylate (PMMA) bone cement is still required for the majority of procedures. At present, with longer life expectancy and younger patient populations requiring total joint replacements (TJRs), an increase in cemented revisions seems inevitable. Aseptic loosening is contin

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Biologically Responsive Biomaterials for Tissue Engineering

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Lecture Notes in Computer Science, models were developed to simulate inflammation- and corrosion-induced oxidative stress applied to endothelial cells grown on Ti.Al.V alloy and on cell culture polystyrene (PS) as a control. Endothelial cells grown on Ti.Al.V alloy were shown to be in a state of oxidative stress, which was further

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Chapter 5 Federated Query Processingthe monomers modified the chemical structure of the cyanoacrylate monomers. The polymerization produced the disappearance of the C=C bands and the intensity of the CH. groups decreased, the intensity of the cyanoacrylate group was strongly reduced, and two new intense bands at 856 and 1,246 cm. due

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Chapter 10 Case Study from the Energy Domainof some failed screw, and finite element simulation. We proposed a self-tapping screw with conical shape and three cutting flutes at the distal end and cylindrical shape at the proximal end. The clinical performance of an interference screw is assured by the combination between the clinical techniqu

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Felix Sasaki,Milan Dojchinovski,Jan Nehringue crack propagation rates due to mechanisms such as crack bridging, telescopic failure and fibre pull-out due to interface failure. Furthermore, it has been reported that fibre-reinforcement of PMMA bone cement leads to increased viscosity and reduced polymerisation temperatures. Superior mechanica