CORDIS Project
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This project studies the unique nutritional strategy of marine sea slugs that incorporate algal plastids into their cells, allowing them to perform photosynthesis. It investigates how these organisms manage light stress to enhance their survival and the longevity of their chloroplasts in varying light conditions.
Marine sacoglossa sea slugs, mainly of the genus Elysia, have developed a unique functional nutritional mode in which they gain the capacity for phototrophic-mediated carbon acquisition by sequestering macroalgae plastids into tubule cells of their digestive diverticula (kleptoplasty). as occuring in algae and plants, exposure to excessive light is expected to be a major cause of stress to the photosynthetic apparatus of photosynthetic symbioses.
When the absorbed light energy exceeds the capaci…
UNIVERSIDADE DE AVEIRO
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