| Summary: | This work aims to argue the atomic model of Bohr and the development of nanoscience in health care. Nanotechnology constitutes an interdisciplinary assembly of various fields of natural sciences that are highly specialized. Achieving the desired material structure and configurations of certain atoms make to play Chemistry an important role; in Medicine specific development aimed at nanoparticles promises to help the treatment of certain diseases. Diseases can be identified by using biomarkers that interact with molecules associated with the disease in the blood, in body fluids or tissues. At present the methods of genetic analysis, proteomic analysis and nanodevices are the pillars for the prevention, detection, diagnosis for imaging, multifunctional therapeutic and improving the quality of life of patients affected by cancer. There is a growing need to improve the technology and instrumentation related to such methods for diagnosis with greater speed, resolution and sensitivity.
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