Potential of Ecklonia maxima as a feed supplement in aquafeed: a review

This review examines the potential of Ecklonia maxima, a brown seaweed, as a sustainable feed supplement in aquaculture. With the industry facing pressure to adopt environmentally friendly practices, E. maxima offers promise due to its bioactive compounds that promote growth and health in aquatic or...

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Veröffentlicht in:Cogent food & agriculture 2024-12, Vol.10 (1)
Hauptverfasser: Ngoepe, Tlou Kevin, Okpeku, Moses, Mbokane, Esau Matthews, Madibana, Molatelo Junior, Maulu, Sahya, Mphalo, Selaelo Jaqueline, Nemakhavhani, Ronewa Lieborn, Ndlela, Sithembile Zenith
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container_title Cogent food & agriculture
container_volume 10
creator Ngoepe, Tlou Kevin
Okpeku, Moses
Mbokane, Esau Matthews
Madibana, Molatelo Junior
Maulu, Sahya
Mphalo, Selaelo Jaqueline
Nemakhavhani, Ronewa Lieborn
Ndlela, Sithembile Zenith
description This review examines the potential of Ecklonia maxima, a brown seaweed, as a sustainable feed supplement in aquaculture. With the industry facing pressure to adopt environmentally friendly practices, E. maxima offers promise due to its bioactive compounds that promote growth and health in aquatic organisms. Studies have shown that dietary supplementation with E. maxima improves fish growth rates, feed conversion efficiency, and nutrient retention. The seaweed's bioactive compounds, including phlorotannins and fucoidans, enhance digestibility, modulate gut health, and stimulate immune responses. This review assesses the impact of E. maxima supplementation on fish growth performance and feed utilization, considering factors like dietary inclusion levels and species-specific responses. Findings suggest that E. maxima supplementation positively influences growth parameters and feed efficiency in various fish species, offering a sustainable alternative to conventional feed additives. However, further research is needed to optimize supplementation protocols and elucidate underlying mechanisms. Leveraging marine resources can help the industry adopt more environmentally responsible practices while ensuring continued growth and prosperity. Overall, this review emphasizes the significance of E. maxima as a sustainable feed supplement in aquaculture, especially in sub-Saharan Africa, where the region's particular environmental challenges must be addressed while production is increased due to the growing demand for fish farming.
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subjects agriculture
animal growth
aquaculture
aquaculture feeds
Biotechnology
digestibility
digestive system
Ecklonia
Ecklonia maxima
feed conversion
feed supplements
feed utilization
fish
fish growth
Fisheries & Related Industries
growth performance
industry
macroalgae
nutrient retention
phlorotannins
Sub-Saharan Africa
sustainable feed supplement
title Potential of Ecklonia maxima as a feed supplement in aquafeed: a review
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