| Popis: |
Bivalves are one of the several kinds of creatures that are home to endobiotic microalgae. One of the most recognizable relationships in this category is that between the enormous mollusks Tridacna and Symbiodinium by controlling their metabolism, this consortium enables hydrobionts to endure in oligotrophic conditions. The paper helped to explain how these symbionts interact and adapt, but the issue of how these connections first came into being has not yet been solved. In contrast to members of both the Mytilidae and Coccomyxa found within them, symbiosis is required for the survival of bivalves in the Tridacninae. A few studies that focused only on the morphological characteristics of invasion have demonstrated that endobionts can produce disease and inflammation. It is not sufficient to have data to precisely "diagnose" how these creatures interact. It's probable that bivalves and Coccomyxa are just beginning to form a relationship, which could eventually result in mutualism or parasitism. We anticipate that studying works on the relationship between Symbiodinium and bivalves will make it easier to do research on the less well-known Coccomyxa and its hosts. |
