Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. Hosts become dependent upon their sulfur-oxidizing and/or methanotrophic symbionts, which provide organic carbon compounds. Various larval dispersal strategies have evolved in the hosts, ensuring the colonization of new sites. The continuity of the symbiotic association is maintained by symbiont transmission. Symbionts may pass directly to the host’s progeny via gametes (vertical transmission) or may be acquired from the environment as free-living forms or as those released from other hosts (horizontal transmission). This work answers several questions about the lifecycles of symbionts regarding the diversity of symbiont-related bacteria in e...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
De nombreuses bactéries entrent en symbiose avec les métazoaires colonisant les habitats à base chim...
Chemosynthetic symbioses evolved multiple times in a wide diversity of host species and from many di...
Deep-sea bivalves found at hydrothermal vents, cold seeps and organic falls are sustained by chemosy...
Virtually all animals have beneficial symbioses with bacteria. The bacterial symbionts can have a ma...
Symbiotic associations are complex partnerships that can lead to new metabolic capabilities and the ...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
Metazoans colonizing deep-sea reducing habitats often employ chemosymbiotic bacterial associations. ...
De nombreuses bactéries entrent en symbiose avec les métazoaires colonisant les habitats à base chim...
Chemosynthetic symbioses evolved multiple times in a wide diversity of host species and from many di...
Deep-sea bivalves found at hydrothermal vents, cold seeps and organic falls are sustained by chemosy...
Virtually all animals have beneficial symbioses with bacteria. The bacterial symbionts can have a ma...
Symbiotic associations are complex partnerships that can lead to new metabolic capabilities and the ...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...
International audienceStable associations between marine invertebrates and their chemosynthetic bact...