Correction: Sauger et al. A Quantitative Histologic Analysis of Oogenesis in the Flatfish Species as a Tool for Fisheries Management. 2023, , 2506.

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The Pacific oyster reproduction is affected by early-life exposure to environmental pesticide mixture: A multigenerational study.

Pesticides threat marine organisms worldwide. Among them, the Pacific oyster is a bivalve mollusc model in marine ecotoxicology. A large body of literature already stated on the multiple-scale effects pesticides can trigger in the Pacific oyster, throughout its life cycle and in a delayed manner.

A Quantitative Histologic Analysis of Oogenesis in the Flatfish Species as a Tool for Fisheries Management.

The following paper gives a detailed description of the oogenesis cycle for the European Plaice (), from oogonia to post-ovulatory follicle, including ovarian follicle and sizes. Noteworthy particularities were the difficulty in identifying cortical alveoli due to their very small size. Quantitative histology (stereology) on histological slides was used to determine a first size at maturity for females from the English Channel, which was found to be smaller compared to the literature (19 cm).

Differences in chemical contaminants bioaccumulation and ecotoxicology biomarkers in Mytilus edulis and Mytilus galloprovincialis and their hybrids.

The Mytilus mussels are spread all over the world and many related species coexist in several areas and can produce hybrid offspring. Mussels have been used for decades in national and international programs to monitor chemical contamination in the environment. Differences in bioaccumulation and biotransformation abilities between species and their hybrids should be evaluated to assess the comparability of the results obtained within the international biomonitoring programs.

Data for evolutive analysis of insulin related peptides in bilaterian species.

In bilaterian species, the amino acid sequence conservation between Insulin related peptides is relatively low except for the cysteine residues involved in the disulphide bonds. In the A chain, the conserved cystein residues are included in a signature motif. Investigating the variations in this motif would give insight into the phylogenetic history of the family.