Mercury in honey of stingless bee species from Brazil’s south, southeast and north (Amazon) regions

Food produced in regions with intense industrial or mining activity can be contaminated with heavy metals, including mercury (Hg). Human exposure to this metal can cause serious health problems. The aim of this study was to quantify and compare the levels of total Hg (THg) in samples of honey (n= 44...

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Veröffentlicht in:Journal of food composition and analysis 2024-05, Vol.129, p.106084, Article 106084
Hauptverfasser: Campos, Natália A., Holanda, Gabriel H.A., Recktenvald, Maria C.N.N., Costa-Júnior, Walkimar A., Ronqui, Ludimilla, Parpinelli, Rejane S., Froelich, Josiel D., Bastos, Wanderley R., Oliveira, Débora F.
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container_start_page 106084
container_title Journal of food composition and analysis
container_volume 129
creator Campos, Natália A.
Holanda, Gabriel H.A.
Recktenvald, Maria C.N.N.
Costa-Júnior, Walkimar A.
Ronqui, Ludimilla
Parpinelli, Rejane S.
Froelich, Josiel D.
Bastos, Wanderley R.
Oliveira, Débora F.
description Food produced in regions with intense industrial or mining activity can be contaminated with heavy metals, including mercury (Hg). Human exposure to this metal can cause serious health problems. The aim of this study was to quantify and compare the levels of total Hg (THg) in samples of honey (n= 44) produced by five species of stingless bees, as well as to compare the THg values among the collection regions. Samples were obtained from three Brazilian states, one each in the South, Southeast and North regions (respectively Paraná, São Paulo and Rondônia, the last in the Amazon rainforest). The average THg level in the honey samples was 0.00060 mg.Kg−1. The results also indicated a significant difference among the collection places. The high variability of the THg values in the honey samples might have been related to the territory foraged by the bees and the types of plants visited, but not the species or their behavior. The divergence among the average levels found for the different collection areas could have been a reflection of the types of predominant industrial activities in the analyzed regions. [Display omitted] •In this study, there was no relationship between bee species and Hg content in honey.•Generally, bee behavior does not reflect the metal composition of honey.•The territory foraged by the bees influenced in variability of the THg values.•The type of nectar collected may have influenced the variability of THg values.•Some plant species have a greater capacity to absorb metals than others.
doi_str_mv 10.1016/j.jfca.2024.106084
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Human exposure to this metal can cause serious health problems. The aim of this study was to quantify and compare the levels of total Hg (THg) in samples of honey (n= 44) produced by five species of stingless bees, as well as to compare the THg values among the collection regions. Samples were obtained from three Brazilian states, one each in the South, Southeast and North regions (respectively Paraná, São Paulo and Rondônia, the last in the Amazon rainforest). The average THg level in the honey samples was 0.00060 mg.Kg−1. The results also indicated a significant difference among the collection places. The high variability of the THg values in the honey samples might have been related to the territory foraged by the bees and the types of plants visited, but not the species or their behavior. The divergence among the average levels found for the different collection areas could have been a reflection of the types of predominant industrial activities in the analyzed regions. 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Human exposure to this metal can cause serious health problems. The aim of this study was to quantify and compare the levels of total Hg (THg) in samples of honey (n= 44) produced by five species of stingless bees, as well as to compare the THg values among the collection regions. Samples were obtained from three Brazilian states, one each in the South, Southeast and North regions (respectively Paraná, São Paulo and Rondônia, the last in the Amazon rainforest). The average THg level in the honey samples was 0.00060 mg.Kg−1. The results also indicated a significant difference among the collection places. The high variability of the THg values in the honey samples might have been related to the territory foraged by the bees and the types of plants visited, but not the species or their behavior. The divergence among the average levels found for the different collection areas could have been a reflection of the types of predominant industrial activities in the analyzed regions. 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subjects Amazonia
Brazil
food composition
Honey
humans
Mercury
Native bees
species
stingless bees
title Mercury in honey of stingless bee species from Brazil’s south, southeast and north (Amazon) regions
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