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Eckart Laurien,Herbert Oertel jr.f nanoparticles and their biomedical application. In green chemistry, using plant, microorganisms, and algae for gold nanoparticle (AuNP) synthesis has constantly expanding knowledge based on experimentation and a better understanding of its challenges. The biogenic synthesis process of AuNPs is eco

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https://doi.org/10.1007/978-3-642-17208-3 tools has become an ultimate strategy to control bacterial biofilm colonization and avoid hospital-acquired diseases in immunocompromised patients. This continued effort has been now reoriented to the potential biomedical applications of the green silver nanoparticles. Besides, a green synthesis ap

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ETHER

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Approximative Abstiegsverfahren,f the mechanical, physical, and durability characteristics. In this context, several nanoparticles?(NPs) have been used, with special emphasis on the use of nanosilica. Recent studies have shown that the addition of nanosilica to cement has pozzolanic effects and is associated with the filling of th

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高腳酒杯

Application of Nanomaterials for Cancer Diagnosis and Therapy,materials developed for biomedical applications, in particular their advantages and disadvantages for applications in early cancer detection and diagnosis as well as therapeutic drug discovery and delivery; and discuss the challenges and prospects for future exploitations of these nanomaterials.