Advances in Molecular Electronics: a brief Review

Figure 6:
 Photoluminescence spectrum of ETO-NPs. 
Antifungal Activity of ETO-Nps 
The infections due to fungi are most commonly occur for those 
who suffer from having lower immune power and to defeat 
fungi-mediated infections, the antifungal drugs [33,34] are 
incorporated with these funguses to destroy its structure. The 
antifungal drug must be biocompatible and non-toxic. In this 
research, the synthesized ETO-NPs acts as an antifungal drug and 
play a major role against various fungi uses and minimize fungi-
mediated diseases. (Figure 7a,7b) reveal that the synthesized 
ETO-NP provides the effective antifungal activity against 
Aspergillus and Mucor respectively. The 2-dimensional zone 
inhibition of the sample vs. concentration (mg) chart predicts that 
adding a higher quantity of synthesized ETO-NPs provides the 
higher antifungal activity. The lowest antifungal activity (lowest 
zone inhibition) of ETO-NPs has been observed against 
Aspergillus and Mucor by adding each 100 mg of the 
synthesized sample powder containing ETO-NPs and similarly, 
the higher antifungal activity has been observed by adding 300 
mg of synthesized ETO-NPs which was depicted in (Table 2) and 
2-dimensional charts in (Figure 7a). It was observed that the 
synthesized ETO-NPs are more effective against Aspergillus 
(Zone inhibition: 22 mm) than Mucor (Zone inhibition: 17 mm). 
 

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Citation:
Gopal S Iruson B Balaraman S Krishnmoorthy S and Elayaperumal M. (2021) Structural and Evaluations of Rare Earth Erbium Try Oxide 
Nanoparticles and Their Health Impacts on Workers. Global J Mater Sci Eng 3(3): 123 DOI: 
https://doi.org/10.36266/GJMSE/123
 
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Global J Mater Sci Eng