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Abstract
Effect of vitamin B12 on the oxidative stress of Sitophilus oryzae under different time course
Highlights
Environmental stress can increase the production of Reactive Oxygen Species (ROS) in living organisms
The relation among time post injection of B12 and insect oxidative stress parameters were evaluated as a time series predictions with estimation of residual autocorrelation factors (R-ACF), ACF, residual partial autocorrelation factors (R-PACF), and PACF (Figues 3-5)
The effects of time course of vitamin B12 were examined in the adult S. oryzae
Summary
Environmental stress can increase the production of Reactive Oxygen Species (ROS) in living organisms. ROS are produced from molecular oxygen as result of normal cellular metabolism (HermesLima, 2004; and Sena and Chandel, 2012). Exogenous sources, such as un-proper waste management especially drugs, can directly or indirectly influence the level of ROS in cells of different organisms (Amado et al, 2006; Sureda et al, 2006; Dos-Anjos et al, 2011; Abdelfattah et al 2017; Yousef et al, 2019; Abdelfattah 2021; and Abdelfattah and Renault 2021). The oxidative amino acids may result in formation of repairable oxides such as protein-methionine sulphoxide, cysteine sulphonic acid derivatives, and unrepairable oxides and carbonyls (Costa et al, 2007)
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