14 datasets found

Background The shell of bivalve mollusks is a calcified hard tissue composed of two polymorphs of CaCO3, aragonite or calcite, embedded in an organic matrix. Since the organic...

The libraies used for draft genome assemby of Pinctada margaritifera are: i) an illumina shotgun library (125pb PE, insert size 400pb, sequencing depth 150X) ii) a 3kb mate...

Phylogenomic resolution of relationships within Bivalvia (Mollusca).

Exploration of transcriptomic changes using RNAseq along the larval developpement of Pinctada margaritifera based on whole larva sampling and multi-parental cohorts

This study aimed to evaluate the impact of incrementally increasing plastic concentrations on the bacterial compartment in marine environments. We reproduced simplified tropical...

Pearl farming, the second principal economic resource for French Polynesia, is based on the exploitation of the blacklip pearl oyster Pinctada margaritifera (Mollusca,...

Here we examine the thermal sensitivity of Pinctada margaritifera by transcriptomic. Using two ecologically divergent populations acclimated to a range of temperatures in a...

WGBS-Seq of Pinctada margaritifera from YoYo experiment (see Stenger et al. - Environmentally driven color variation)

The aim of this study was to investigate the molecular mechanisms involved in P. margaritifera responses following a 2-month exposure to polystyrene microbeads (micro-PS 6 and...

Whole transcriptome RNA-sequencing analysis comparing albino and black wild-type phenotypes at three stages over the culture cycle of P. margaritifera : whole juvenile, mantle...

RNA-seq (Illumina 4000 PE) analysis of genes expression in pearl sac producing low and high pearls

RNA-Sequencing of 4 individuals of different inner shell colour phenotype (X16-X19=Red X21-X25=Yellow X26-X30=Green)

In this study, we aimed to investigate differential gene expression among spat of the pearl oyster Pinctada margaritifera with distinct growth phenotypes. Two groups of P....

Pearl oysters, Pinctada margaritifera, were exposed to 15 pH conditions ranging from 8.0 to 6.6, for 16 days, in order to determine their reaction norms to ocean acidification...