Detection and exposure assessment of pesticide residues in leek in He’nan Province

ObjectiveTo evaluate the health risk of pesticide exposure from leek, the pesticide residue in leek from Henan market was investigated.MethodsThe residues of 16 pesticides in leek sold on Henan market in 2020 were detected and analyzed. According to health guidance values such as food consumption da...

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Main Authors: LIU Xiali, YAO Xiaojie, NING Yaping, YIN Yuyun, XIA Jia, GU Ruili
Format: Article
Language:zho
Published: The Editorial Office of Chinese Journal of Food Hygiene 2023-02-01
Series:Zhongguo shipin weisheng zazhi
Subjects:
Online Access:http://www.zgspws.com/zgspwszz/article/abstract/202302013
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author LIU Xiali
YAO Xiaojie
NING Yaping
YIN Yuyun
XIA Jia
GU Ruili
author_facet LIU Xiali
YAO Xiaojie
NING Yaping
YIN Yuyun
XIA Jia
GU Ruili
author_sort LIU Xiali
collection DOAJ
description ObjectiveTo evaluate the health risk of pesticide exposure from leek, the pesticide residue in leek from Henan market was investigated.MethodsThe residues of 16 pesticides in leek sold on Henan market in 2020 were detected and analyzed. According to health guidance values such as food consumption data of the World Health Organization, acute reference dose formulated by Joint Meeting on Pesticide Residues and adaptable daily intake in “National food safety standard-Maximum residue limits for pesticides in food”, the acute and chronic exposure risks of pesticide residues in leek were evaluated by point assessment method, and the cumulative exposure was evaluated by hazard index method.ResultsThere were many types of pesticide residues in leek samples and 93.81% (424/452) of the samples were positive. 7 of the 14 pesticides exceeded their MRLs, and the violation rate of all samples was 16.15%. The detection of multiple pesticides was relatively serious, and 56.42% of the samples contained more than two pesticide residues. In the acute exposure assessment, the acute risks of carbofuran, procymidone and phorate exceeded the acceptable level. In the chronic exposure assessment, the chronic risk of omethoate exceeded the acceptable level. And insecticide pesticides had cumulative poisoning risk.ConclusionThe situation of pesticide residues in leek in Henan province was relatively prominent. To ensure the safety of agricultural products, it was recommended that the routine monitoring and use of pesticide, especially high-risk pesticides such as omethoate, carbofuran, procymidone and phorate should be strengthened.
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spelling doaj.art-92bcbf8206624645a4b9a9027e871d0d2023-04-18T02:30:22ZzhoThe Editorial Office of Chinese Journal of Food HygieneZhongguo shipin weisheng zazhi1004-84562023-02-0135223023610.13590/j.cjfh.2023.02.0131004-8456(2023)02-0230-07Detection and exposure assessment of pesticide residues in leek in He’nan ProvinceLIU Xiali0YAO Xiaojie1NING Yaping2YIN Yuyun3XIA Jia4GU Ruili5Henan Province Food Inspection Research Institute, He’nan Zhengzhou 450003, ChinaHenan Province Food Inspection Research Institute, He’nan Zhengzhou 450003, ChinaHenan Province Food Inspection Research Institute, He’nan Zhengzhou 450003, ChinaHenan Province Food Inspection Research Institute, He’nan Zhengzhou 450003, ChinaHenan Province Food Inspection Research Institute, He’nan Zhengzhou 450003, ChinaHenan Province Food Inspection Research Institute, He’nan Zhengzhou 450003, ChinaObjectiveTo evaluate the health risk of pesticide exposure from leek, the pesticide residue in leek from Henan market was investigated.MethodsThe residues of 16 pesticides in leek sold on Henan market in 2020 were detected and analyzed. According to health guidance values such as food consumption data of the World Health Organization, acute reference dose formulated by Joint Meeting on Pesticide Residues and adaptable daily intake in “National food safety standard-Maximum residue limits for pesticides in food”, the acute and chronic exposure risks of pesticide residues in leek were evaluated by point assessment method, and the cumulative exposure was evaluated by hazard index method.ResultsThere were many types of pesticide residues in leek samples and 93.81% (424/452) of the samples were positive. 7 of the 14 pesticides exceeded their MRLs, and the violation rate of all samples was 16.15%. The detection of multiple pesticides was relatively serious, and 56.42% of the samples contained more than two pesticide residues. In the acute exposure assessment, the acute risks of carbofuran, procymidone and phorate exceeded the acceptable level. In the chronic exposure assessment, the chronic risk of omethoate exceeded the acceptable level. And insecticide pesticides had cumulative poisoning risk.ConclusionThe situation of pesticide residues in leek in Henan province was relatively prominent. To ensure the safety of agricultural products, it was recommended that the routine monitoring and use of pesticide, especially high-risk pesticides such as omethoate, carbofuran, procymidone and phorate should be strengthened.http://www.zgspws.com/zgspwszz/article/abstract/202302013pesticide residueleekexposure riskmaximum residue limit
spellingShingle LIU Xiali
YAO Xiaojie
NING Yaping
YIN Yuyun
XIA Jia
GU Ruili
Detection and exposure assessment of pesticide residues in leek in He’nan Province
Zhongguo shipin weisheng zazhi
pesticide residue
leek
exposure risk
maximum residue limit
title Detection and exposure assessment of pesticide residues in leek in He’nan Province
title_full Detection and exposure assessment of pesticide residues in leek in He’nan Province
title_fullStr Detection and exposure assessment of pesticide residues in leek in He’nan Province
title_full_unstemmed Detection and exposure assessment of pesticide residues in leek in He’nan Province
title_short Detection and exposure assessment of pesticide residues in leek in He’nan Province
title_sort detection and exposure assessment of pesticide residues in leek in he nan province
topic pesticide residue
leek
exposure risk
maximum residue limit
url http://www.zgspws.com/zgspwszz/article/abstract/202302013
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AT ningyaping detectionandexposureassessmentofpesticideresiduesinleekinhenanprovince
AT yinyuyun detectionandexposureassessmentofpesticideresiduesinleekinhenanprovince
AT xiajia detectionandexposureassessmentofpesticideresiduesinleekinhenanprovince
AT guruili detectionandexposureassessmentofpesticideresiduesinleekinhenanprovince