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

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Summary

Introduction

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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