Bioactive Glass has been used for centuries; the scientific study of its structure began only in the 1920s. Early glass development relied on trial and
A key component of dental care, soft tissue repair, and bone regeneration, bioactive glass is one of the most innovative materials in contemporary biomedical engineering. Bioactive glass, in contrast to conventional biocompatible materials, actively engages biological
Bioactive glass (BG) interacts with cells and tissues, triggering cell signalling pathways that promote bone regeneration and other regenerative processes, including angiogenesis and wound healing.
Bioactive glass has gained significant attention in dental implants due to its unique properties like osteoconductive and osteo-stimulatory characteristics, along with its superior biocompatibility making
Frequent bacterial infiltration of bone tissue results in osteomyelitis, a severe bone infection that causes inflammation, destruction, and necrosis in chronic cases. Usually, a combination of antibiotics and surgery is used to treat
In the field of dentistry, bioactive glass (BG) has attracted a lot of interest because of its exceptional capacity to engage with biological tissues, encourage healing, and improve oral structure restoration. Bioactive glass is a class of