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Article ? AI-assigned paper type based on the abstract. Classification may not be perfect — flag errors using the feedback button. Tier 2 ? Original research — experimental, observational, or case-control study. Direct primary evidence. Human Health Effects Marine & Wildlife Sign in to save

Transfer of POPs to Grass Shrimp Following Ingestion of PAH-Coated Microplastic

Figshare 2016
Weinstein John

Summary

Researchers exposed grass shrimp to microplastic particles coated with a toxic PAH chemical called fluoranthene to test whether ingesting plastic transfers the attached chemical into the shrimp's body. The study found that fluoranthene transferred to shrimp following ingestion, demonstrating that microplastics can serve as vectors carrying toxic chemicals into marine organisms.

This study investigated the transfer of fluoranthene, a PAH, from fluoranthene-coated microplastic to grass shrimp (Palaemonetes pugio) following ingestion. Grass shrimp were exposed to fluoranthene-coated microspheres. Amount of fluoranthene coating the microspheres was quantified pre-exposure and post-exposure. Fluoranthene concentration of the water in which the shrimp were held during exposure was also determined following exposure. Control shrimp were exposed to un-coated microspheres. Fluoranthene concentration of the water in which the control shrimp were held during exposure was also determined following exposure.To determine transfer of fluoranthene to grass shrimp following uptake in the gills, shrimp were fed brine shrimp prior to exposure. This prevented the grass shrimp from ingesting the fluoranthene-coated microspheres.

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