MILCO: Monitoring the Impact of Lead contamination along the Oyapock river using Daphnia magna metabolome

MILCO: Monitoring the Impact of Lead contamination along the Oyapock river using Daphnia magna metabolome

MILCO : Surveillance de l'impact de la contamination par le plomb le long de la rivière Oyapock à l'aide du métabolome de Daphnia magna

2020 Projet OHM OHM Oyapock
Image d'illustration du projet

Porteur : Genta-Jouve Grégory

Laboratoire du porteur de projet : LEEISA
Adresse du laboratoire :

Mots-clés :

Lead contamination Ecotoxicology Metabolomics Daphnia magna Oyapock

Disciplines :

Chimie Systematique

Résumé :

Aquatic ecosystems are the final sink for all potentially toxic metals in the environment via transfer from natural and/or anthropogenic sources and the demographic growth is known to cause many problems related to waste. Recent biomedical research recalls that the sources of over-exposure are many (artisanal ceramic food receptacles and cooking utensils, water distributed via lead piping, etc.) and that the health effects are neurological, haematological and renal. Among children, the toxic effects appear even at low levels of lead poisoning. The aims of the MILCO project are: 1) to determine if inhabited areas are exhibiting higher concentration in lead in the water; 2) to determine if the observed concentrations have an impact on the physiology of our model organism Daphnia magna; 3) to perform the first survey on the Cladocerans biodiversity in the French Guiana.