Biomaterials & Material Characterization

Hip replacements, knee prostheses, bone fixation devices, and other orthopedic implants are designed to restore function and alleviate the pain experienced by patients with musculoskeletal conditions. However, when it comes to the performance of these implants, surface texture plays a pivotal role in determining their success and longevity within the…

Raman microscopy, a powerful analytical technique in chemical analysis, is revolutionizing the field of biotechnology. This non-destructive method provides high-resolution chemical and structural information at a microscopic scale, offering unparalleled insights into various materials’ molecular structure and composition and making it an invaluable tool for researchers and companies across multiple…

Osteoinductive & osteoconductive biomaterials now play a crucial role in the treatment of traumatic, developmental, and pathological bone defects. Their purpose is to substitute or repair damaged bone. These biomaterials can be permanent or temporary and come in various forms, both natural (e.g., allografts and xenografts) and synthetic (e.g., alloplasts,…

In a white paper by Aaron Strickland and Greg Mouchka, iFyber describes how an understanding of the interface between chemistry, biology and materials science can aid product development.