Title: Exploring the essentials of nanotechnology in infectious diseases and public health
Abstract:
Nanotechnology is used in the discovery and production of the novel physicochemical features of nanoscale materials used in industry and medicine. Applications of nanotechnology are used by infectious disease professionals and public health researchers to identify, treat, and prevent infectious diseases. The clinician's understanding of the underlying science is constrained by the fact that fundamental principles of nanotechnology are frequently given in highly technical formats that assume expert knowledge of chemistry, physics, and engineering. While nanoscience is scientific complex, it need not be out of reach of the clinical practitioner. Nanotechnology has augmented our ability to diagnose, treat, and prohibit infectious diseases. It has had a substantial positive impact on healthcare in both resource-rich and resource-poor regions of the world. Regarding its limitations, the possibility for nanoparticle toxicities, and their impact on the environment, there are issues that need to be explored and solved. Nanotechnology is based on cutting-edge science that will continue to have an impact on advances in the treatment of clinical infectious illnesses and public health for the foreseeable future. Resources that describe and demystify the technical complexity of the science can help clinicians and public health practitioners in their quest to comprehend and appreciate the applicability of nanotechnology to medicine.These abstract objectives are to provide a foundation for comprehension and appreciation of this emerging and significant field of science by introducing basic principles of nanotechnology in an approachable format, describing examples of current clinical infectious diseases, and discussing applications in public health
Audience Take Away Notes :
• Introducing basic principles of nanotechnology
• Role in antivirals and vaccines
