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Short acquaintance to the gears of interacting of ultra-microwaves of low intensity found in the last years to aqueous and alive objects is yielded. It is displayed, that millimetric nanostructured the medicine will play a special role in nanotechnologies electronic medicine and future biology.
Cancer is one of the most critical medical emergencies, and prevention of tumor cell multiplication has always been a great challenge. Present day technology to cure cancer such as chemotherapy using Gamma Rays and Laser Endoscopy have several risks involved in them. These techniques have high probability of destroying the healthy tissue cells while treating the tumor cells. Nanotechnology, the promising...
Nanotechnology offers unique opportunities for cancer detection, therapy and the ability to monitor therapeutic interventions. This potential has to be analyzed in context of challenges that need to be overcome in translation of nanoparticles to clinical applications including specific delivery in tissues and clearance from the body. Here, we will present a case study of plasmonic nanoparticles in...
Worldwide, cancers are the leading causes of human mortality. To successfully treat advanced-stage cancers, it is important to increase cytotoxicity of targeted tumor cells while reducing side effects on normal cells during radiotherapy. Nanotechnology provides a promising solution to achieve this targeted treatment[1-3]. An ideal strategy is to develop effective nanoscale radio-sensitizers targeting...
Nanobioinformatics is an emerging field of study born out of a necessity of nanotechnology researchers in the life sciences whose work is dependent on timely access to an emerging wealth of data. It brings together the three very diverse fields of nanotechnology, molecular biology and biomedical informatics that until now have had little overlap and where major cultural gaps exist. It is critical...
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