Biomedical Engineering

A collection of research papers (festschrift) dedicated to Dr. Allan S. Hoffman, covering advanced topics in polymer biomaterials. Content focuses on the physical chemistry of these materials in various states, addressing surface modification techniques (like RF plasma gas discharge), characterization, and critical properties such as protein adsorption, cell adhesion, and the development of permanent hydrophilic surfaces.

A comprehensive analysis of the biological interaction and engineering properties of titanium materials, primarily focusing on their application in medical and dental fields.

A complete, yet concise, guide to the rapidly developing field of high-throughput screening of biomaterials (materiomics). It covers key concepts and methodologies for determining biomaterial properties, including applications in rapid prototyping, lithography, and combinatorial chemistry. The book includes tutorials on topics such as biomaterial-banking, imaging, assay development, translational aspects, and informatics.

A comprehensive analysis of the interfaces between metallic biomaterials and biological systems. Topics include surface modification, material science aspects, and the influence of material properties on integration, relevant for medical and dental applications.

A collection of proceedings focusing on the latest research and developments in medical textiles and biomaterials, including coverage of high-performance fibers, novel materials, and their applications in woundcare, hygiene, and implantable devices for healthcare.

A comprehensive guide providing fundamental concepts and first principles related to the study and application of renewable biomaterials in various fields, including materials science and engineering.

A collection of timely and comprehensive scientific research papers developed from an ACS sponsored symposium, focusing on advancements in polymer biocatalysis and biomaterials.

A comprehensive study of traditional and revolutionary metallic biomaterials, examining new directions, technologies, and biofunctions, including antibacterial properties, promotion of osteogenesis, reduction of in-stent restenosis, and MRI compatibility.

A comprehensive resource detailing the properties, function, and history of magnesium and its alloys for biomedical applications, focusing specifically on their use as degradable biomaterials since the year 2000.