DOI:
VOLUME 1 – APRIL ISSUE 2
*Aschalew Nega Teferi
Department of Chemistry, College of Natural and Computational Sciences, Debark University P. O. Box. 90, Debark, Ethiopia.
ABSTRACT
Background: This review of relevant in A nanoparticle is the most fundamental component in the fabrication of a nanostructure, Healthcare Sectors is based on the fundamental knowledge accumulated Applications, Occupational Risks, and Prevention Measures of Nanoparticles were identified. In this review, the most Nanoparticle chosen based on the application, risk on healthcare sectors. Conclusions: This review has shown that Applications. Occupational Risks, and Prevention Measures of Nanoparticles in Healthcare Sectors are not studied or peoples who do not have understand their application, Occupational Risks, and Prevention. Medicines are especially promising, and areas such as disease diagnosis, drug targeting at specific sites in the body, and molecular imaging are being intensively investigated and some products are undergoing clinical trials. Different approaches like charged, gold and magnetic resonance nanoparticles show promise for drug delivery applications. Nanoparticulate drug delivery systems are extensively used to treat diseases of cardiovascular, lung, brain, cancer, etc. however, significant levels of nanoparticle pollution have arisen in most major cities and even across large regions of our planet, with climatic and environmental effects that are generally unknown. The full information about the chemical and physical properties of nanomaterials is still not addressed or completed. This review paper is focused on the use of nanoparticles in health sectors, and the risks of nanomaterials in workers and employers in workplace. It also provides information about steps that can be taken to Prevention Measures exposures.
Keywords:
Nanoparticles, hazards, Healthcare, physical properties.
