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Although there are various routes for the valorisation of macroalgae, the preferential applications are for the food, cosmetic, and pharmaceutical areas, considering the scalability through cultivation, nutritional profile, and presence of bioactive compounds, among other factors, with a focus on specific species that are particularly rich in desired ...
J. Cotas +3 more
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J. Cotas +3 more
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Cryopreservation of macroalgae
2018A significant constraint to the development of fundamental and applied research on macroalgae is the capacity to maintain representative cultures of living material ex situ. This is also relevant for their commercial exploitation, where seasonal factors may limit the availability of seed stock for commercial-scale cultivation.
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Allelochemistry in marine macroalgae
Critical Reviews in Plant Sciences, 1987Allelochemistry refers to the effect of an organic compound released from one organism upon an organism separated from its source. When the donor and receptor are plants (or microorganisms placed in the plant kingdom), allelopathy is described whether the effect is harmful or beneficial.
Marilyn M. Harlin, Elroy L. Rice
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Photorespiration and ?-carboxylation in brown macroalgae
Planta, 1980Photorespiration has been assayed in a variety of marine macroalgae by the Warburg oxygen inhibitory effect and the percentage(14)C-labeling of glycine and serine. It was found that particularly the members of the brown macroalgae examined, such asFucus andLaminaria (Phaeophyceae), show a rather weak response to high O2 partial pressure.
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XV.—Macroalgae and their Environment
Proceedings of the Royal Society of Edinburgh. Section B. Biology, 1972SynopsisTwo aspects of the relationship between macroalgae and their environment are considered.Firstly, the serious deterioration of algal populations in the Joppa area is examined, comparing recent studies with those of G. W. Traill, an active phycologist working on the marine algae of the Firth of Forth in the nineteenth century.The second aspect of
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Bromoperoxidase of the macroalga Corallina officinalis
Biochemical Society Transactions, 1992D J, Sheffield +4 more
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