XRD analysis of biosynthesized MgONPs.

<div><p>Microbial infections represent a major hazard to global public health, resulting in extensive morbidity and mortality across the globe. As a result, in the past 10 years, nanoparticles have drawn a lot of interest in their potential to manage microbial diseases. One of the few st...

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Bibliographic Details
Main Author:	Samy Selim (549175) (author)
Other Authors:	Mohamed K. Y. Soliman (19775622) (author), Mohammed S. Almuhayawi (16709857) (author), Mohammed H. Alruhaili (18146197) (author), Hattan S. Gattan (16502948) (author), Amna A. Saddiq (12971654) (author), Nashwa Hagagy (549176) (author), Ashwag Jaman Alzahrani (22265306) (author), Soad K. Al Jaouni (16709860) (author), Salem S. Salem (19775625) (author)
Published:	2025
Subjects:	Biochemistry Medicine Biotechnology Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified vitro biomedical application uv – visible past 10 years minimum inhibitory concentrations microbial infections represent median particle size manage microbial diseases global public health environmentally acceptable approach employed via using dpph technique revealed 6 ± 0 5 &# 181 32 mm respectively 3 ± 0 223 &# 181 2 ± 0 predominant interaction observed 7 ± 0 7 %, respectively molecular docking simulation div >< p 4 ± 0 considerable antioxidant activity molecular simulation hydrophobic interaction activity may watermelon peels varying degree show promise results imply polycrystalline form mortality across major hazard extensive morbidity dihydrofolate reductase comprehensively characterize better understanding antiviral properties antimicrobial results albicans </ aeruginosa </ active site 200 µg
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XRD analysis of biosynthesized MgONPs.

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