Niayesh Ghavami and Mohamadreza Armanmehr
Background: People have been struggling with water pearl disease for several decades. In recent years, several treatment methods have been introduced, including surgery, which is an invasive method. The accumulation of proteins and clouding of the lens are the greatest challenges associated with this disease.
Objectives: To achieve successful synthesis of zinc magnesium oxide and successful drug testing of protein masses.
Materials and methods: The goal of the present study was to experimentally destroy the protein mass. In this article, the effectiveness of zinc magnesium oxide in removing protein masses was investigated. Zinc magnesium oxide was synthesized by two normal and green methods using mustard oil.
Results: The crystallization quality of the main nongreen sample was investigated via X-ray diffraction, and the secondary compounds were identified. An FTIR molecular bonding test was also performed on the sample, which confirmed that the correct molecular bonds were established. The effect of the suspension obtained from the synthesis of green zinc magnesium oxide and normal zinc magnesium oxide on egg protein was investigated. The results showed that the egg protein was dissolved in the green sample.
Conclusion: Examining suspensions resulting from the synthesis of green and normal magnesium-zinc oxide nanoparticles on egg white protein showed that egg white protein was dissolved in the green sample but not in the nongreen sample; this difference may be fundamental for determining the presence of mustard oil.