Synthesis and Characterization of Metal oxide Nanoparticle from Fish
Metal oxide Nanoparticles from Marine Sources
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In the recent years, Marine nanotechnology has emerging in the medicinal field for treating many diseases. It is stated that, the wide marine source has potential to act as high therapeutic agents in industrial, medical and many other fields. For that purpose the nanoparticles has extremely targetive agents and has the potential to cure the diseases at the target site. Compared to single nanoparticle, the mixed metal oxide nanoparticles have elevated surface area and it has potential to use in many fields. The zebra fish (Danio rerio) has the potential to synthesis the mixed metal oxide nanopa...
In the recent years, Marine nanotechnology has emerging in the medicinal field for treating many diseases. It is stated that, the wide marine source has potential to act as high therapeutic agents in industrial, medical and many other fields. For that purpose the nanoparticles has extremely targetive agents and has the potential to cure the diseases at the target site. Compared to single nanoparticle, the mixed metal oxide nanoparticles have elevated surface area and it has potential to use in many fields. The zebra fish (Danio rerio) has the potential to synthesis the mixed metal oxide nanoparticle has wide range of therapeutic applications. From this study, it is revealed that the metal oxide nanoparticle from zebra fish can be used as an antimicrobial agent and it has the high mineral content. This book is very useful for under graduate and post graduate students and researchers of biochemistry, biotechnology, microbiology, marine biotechnology and nanotechnology.
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