Project description:comparative transcriptomic analysis of deep-sea mussels (Bathymodiolus manusensis, Bathymodiolus platifrons) and their relative costal mussel (Modiolus kurilensis )

| PRJNA360359 | ENA

Bathymodiolus platifrons ；Bathymodiolus manusensis ；Modiolus kurilensis

Project description:comparative transcriptomic analysis of deep-sea mussels (Bathymodiolus manusensis, Bathymodiolus platifrons) and their relative costal mussel (Modiolus kurilensis )

| PRJNA360350 | ENA

Bathymodiolus platifrons methanotrophic gill symbiont

Project description:Bathymodiolus platifrons endosymbiont genome sequencing

| PRJDB5337 | ENA

Roseivivax marinus strain:22II-s10s

Project description:Roseivivax sp. 22II-s10s Genome Sequencing

| PRJNA196735 | ENA

Roseivivax

Project description:Roseivivax sp. overview

| PRJNA196877 | ENA

Bathymodiolus azoricus caging experiment

Project description:Colonization of deep-sea hydrothermal vents by invertebrates was made efficient through their adaptation to a symbiotic lifestyle with chemosynthetic bacteria, the primary producers of these ecosystems. Anatomical adaptations such as the establishment of specialized cells or organs have been evidenced in numerous deep-sea invertebrates. However, very few studies detailed global inter-dependencies between host and symbionts in these ecosystems. In this study, we proposed to describe, using a proteo-transcriptomic approach, the effects of symbionts on the deep-sea mussel Bathymodiolus azoricus’ molecular biology. We induced an in situ depletion of symbionts and compared the proteo-transcriptome of the gills of mussels in three conditions: symbiotic mussels (natural population), symbiont-depleted mussels and aposymbiotic mussels

2019-02-13 | GSE124699 | GEO