Persistent organic pollutants distribution in plasma lipoprotein fractions

Abstract

This study determines the associations among serum lipid profiles, risk of cardiovascular disease, and persistent organic pollutants. Using Gas chromatography technique, the intensity of toxic pollutant residues in serum samples of Hypertensive patients were measured. Based on statistical analysis, the effects of different covariates namely pesticides, age, systolic blood pressure, diastolic blood pressure, and lipid profile duration was checked using the logistic regression model. Statistical computation was performed on SPSS 22.0. The P-values of F-Statistic for each lipid profile class are greater than 0.01 (1%), therefore we cannot reject the null hypothesis for all cases. The estimated coefficients, their standard errors, Wald Statistic, and odds ratio of the binary logistic regression model for different lipid profile parameters indicate if pesticides increase then the logit value of different lipid profile parameters changes from -0.46 to -0.246 except LDL which increases by 0.135. The study reports a significantly increased threat of cardiovascular disease with increased concentrations of toxic pollutants.

The research of effect of diluents to the amount of pesticide residues in wine

“…The density of pesticides and the maximum residue limitation, the collecting of pesticide residue in human bload, the assessment of the pesticide effect, the contuct between pesticides and food poisoning, the use of biopesticides are brought to agenda on food product during conducted research (Fazal et al, 2022;Lopes & Nascimento, 2021). The serious cardiovascular diseases risks are observated having increase the concentration of toxic pollutants (Khwaja et al, 2023). Thirty-one pesticide residues have been studied in berries and it was noted that the 23 pesticide residues didn't commite a potential threat to human health (Xing et al, 2022).…”