Synthesis and Characterization of Magnesium Oxide Nanoparticles - Sundaram, Krishna Moorthy;Rao, K. Venkateshwara;Ashok, C. H.
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Various plants and fruit extract can be used to synthesize MgONPs to find a eco-friendly way of synthesis. Detailed mechanistic study of influence in seed germination by MgONPs can be elucidate and a study behind antimicrobial activity yet to be explored by using MgONPs. MgONPs may be used to examine the effect on other clinically and industrially important gene expression in vivo and vitro. Toxicity profile of MgONPs in vivo and vitro have notable attention.

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Produktbeschreibung
Various plants and fruit extract can be used to synthesize MgONPs to find a eco-friendly way of synthesis. Detailed mechanistic study of influence in seed germination by MgONPs can be elucidate and a study behind antimicrobial activity yet to be explored by using MgONPs. MgONPs may be used to examine the effect on other clinically and industrially important gene expression in vivo and vitro. Toxicity profile of MgONPs in vivo and vitro have notable attention.
Autorenporträt
Ich bin Krishna Moorthy .S und habe meinen Master of Philosophy in Nanowissenschaften und -technologie an der Bharathiar University in Coimbatore, Indien, erworben. Ich arbeite im Bereich der multidisziplinären Wissenschaft mit Nanotechnologie auf der Grundlage von Physik, Chemie und Biotechnologie, was uns durch das Bewusstsein für die Bedeutung der Nanowissenschaften gestärkt hat.