Review Article
Trophic Transfer and Accumulation of Microplastics in Freshwater Ecosystem: Risk to Food Security and Human Health
Table 2
Effects of different polymers in different freshwater organisms.
| Polymer | Organism | Effect | Reference |
| PVC, PP | Chlorella (C.) pyrenoidosa and Microcystis (M.) flos-aquae | Inhibited photosynthesis activity | [64] | PS | Chlorella pyrenoidosa | Physical damage, oxidative stress, reduction in growth | [65] | PA, PE, PP, PVC | Danio rerio | Intestinal damage, oxidative stress | [66] | PVC, PE | Dicentrarchus labrax | Immune system dysfunction, histopathological effects | [67] | PA, PE, PP, PVC | Caenorhabditis elegans | Inhibited survival rate, body length, and reproduction | [66] | PE | Hydra attenuate | Changes in feeding and morphology | [68] | PET | Gammarus pulex | Affect survival and metabolism | [69] | Polymer microspheres | Dicentrarchus labrax | Negative effect on swimming performance | [70] | PS, PA (polyethylene acrylate), EVA (ethylene vinyl acetate) | Carassius auratus | Histopathological effects, damages in jaw | [71] | LDPE | Clarias gariepinus | Histopathological effects | [72] | PVC | Dicentrarchus labrax | Histological changes and alterations in intestinal tissues | [73] | PS | Danio rerio | Inflammation and lipid accumulation in fish liver-oxidative stress was induced. Alterations of metabolic profiles in fish liver | [74] | PE, PP | Hyalella azteca | Decreased growth and reproduction | [75] |
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