Results 191 to 200 of about 18,774 (205)
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Differential Gene Expression in Symbiodinium microadriaticum Clade B Following Stress
Marine Biotechnology, 2006Coral bleaching is caused by the loss of symbiont zooxanthellae and/or decrease in their pigments. Since the algal symbionts provide the energy basis for corals and whole reefs, their loss or impairment of function leads to widespread mortality. This phenomenon has been documented numerous times in recent years, and has extensively damaged coral reefs ...
S, Karako-Lampert +6 more
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Bacterial Symbionts of Corals and Symbiodinium
2011Multipartite symbiosis in corals is an exciting area of research that is not well studied. Research to date indicates that bacterial associates of corals may protect the host by producing antibiotics and other beneficial compounds and nutrients, and are likely to play a role in the stability of the coral animal as a whole.
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Diversity and ecology of Symbiodinium in pocilloporid corals
2023The decline of coral reefs is well documented, yet a detailed understanding of the processes involved in the establishment, persistence, and ecology of the coral-dinoflagellate associations still remains largely unknown. The advent of molecular techniques has resulted in significant advances in understanding the molecular diversity present of symbiotic
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Light-Harvesting Complexes in the Dinoflagellate Symbiodinium
2014Symbiodinium, the most commonly found endosymbionts of corals, are key constituents of coral reef ecosystems. Their photosynthesis is essential for the maintenance of the algal-host relationship, but is susceptible to various factors such as increased temperature and/or irradiance.
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Animal–Symbiodinium Symbioses: Foundations of Coral Reef Ecosystems
2016A variety of animal taxa have benefited from symbioses with photoautotrophic symbionts that provide fixed carbon in exchange for nutrients and high-light habitats. Corals are one such animal lineage, harboring dinoflagellates in the genus Symbiodinium.
Nathan L. Kirk, Virginia M. Weis
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The Journal of Protozoology, 1962
SYNOPSIS. The life cycle of the zooxanthella of Cassiopeia sp., as determined by in vitro studies, includes a dominant vegetative autotrophic stage, a reproductive cyst producing autospores, aplanospores, or motile gymnodinioid zoospores, or possible gametes.
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SYNOPSIS. The life cycle of the zooxanthella of Cassiopeia sp., as determined by in vitro studies, includes a dominant vegetative autotrophic stage, a reproductive cyst producing autospores, aplanospores, or motile gymnodinioid zoospores, or possible gametes.
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Symbiodinium ITS2 Amplicon Analysis after Arif et al.
2017Workflow for Community analysis based on ITS2 amplicon sequences in ...
Fujise, Risa, Kahlke, Tim
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