When it comes to modern bone repair and orthopedic surgery, innovation is moving beyond metal plates and traditional bone grafts. One material gaining major attention
Bone injuries and disorders have been part of human life for as long as we have existed. From simple fractures caused by falls to complex
Bioactive glass are fascinating materials. Unlike conventional inert glasses used in windows or bottles, these glasses are designed to actively interact with the human body.
Introduction Nuclear Magnetic Resonance (NMR) spectroscopy is one of the most reliable and informative techniques used to study the internal structure of bioactive glass. Unlike
Bioactive glasses constitute a distinct class of amorphous inorganic materials capable of forming a strong interfacial bond with bone and soft tissues through the in
Fourier Transform Infrared Spectroscopy (FTIR) remains one of the most indispensable analytical techniques in the characterization of bioactive glass systems. For manufacturers, product developers, and