Dental health practice: Biomedical applications.

International knowledge exchange, intensive collaboration between basic science and clinical experience, and the integration of new research results into routine practice are greatly needed for the benefit of medical and dental patients. But equally important is the interdisciplinary exchange of knowledge between physicians, dentists and researchers. So far, it has become more standard in certain fields such as anatomy, cell biology, urology and dentistry. It has been an established scientific discipline for the last several decades. New manufacturing methods have changed traditional methods of treatment as the application of new dental and biomedical materials yields better results. In the field of dentistry, improved research in dental materials has made bioactive materials with improved mechanical and physical properties now available. This chapter provides detailed information including properties and applications of dental and biomedical materials based on bioactive ingredients, especially bioactive glasses and glass fibers. With current developments and advances in this field, the future prospects of bioactive glass fibers are promising. Atomic Force Microscopy (AFM) provides true three-dimensional surface image reconstruction, extends the limits of topological display to the study of many surface properties and has many applications from biology to materials science. . Smart biomaterials can sense and respond to physiological or external environmental stimuli. The last few decades have seen a tremendous increase in the use and development of intelligent dental biomaterials for antimicrobial applications in dentistry. We first discuss the importance and classification of intelligent biomaterials. Second, the categories of bioresponsive antimicrobial dental materials are systematically classified by different stimuli such as pH, enzymes, light, magnetic field and vibration. For each category, its antibacterial mechanisms, applications and examples are discussed. Finally, we examined the limitations and barriers necessary to develop clinically relevant applications of these intriguing techniques. Infection control aims to prevent the transmission of disease and promote a safe work environment. Infection control practices in dentistry have been recommended and guided to reduce the risk of disease transmission among dentists. Infection control regulations for all health care facilities and workers, including dentists, are mandated by government agencies and dental professional associations to reduce workplace injuries and exposure to blood and other potentially infectious substances. Preventing infection control is an important part of practice for both patients and professionals in dental care.

Case reports in surgery and invasive procedures is an open access, peer reviewed journal in this published work is freely available for the readers, journal publishing high quality articles related fields for those researching, or practicing in the fields of Medical and Invasive surgeries.

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Journal Coordinator
Case reports in surgery and invasive procedures