2013IOSR Journal of Pharmacy and Biological SciencesOpen access

Evaluation of the Biochemical Composition of Four Marine Algae and Its Nutritional Value for Brine Shrimp.

Cordilea Hannah

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Abstract

Microalgae are utilized in aquaculture as a live feed for the crustaceans, ablone, zooplanktons, etc.The present study was aimed to examine the nutritional status of Artemia sp.nauplii enriched with four different algal sources namely Chaetoceros calcitrans, Skeletonema coastaum, Duniella salina & D. bardawil and also the amount of beta-carotene assimilated when enriched with the two green algae.Artemia sp.nauplii enriched with D. salina showed high amounts of protein and carbohydrate, whereas Artemia sp.fed with Chaetoceros calcitrans showed high amounts of lipid.The protein profile of Artemia sp.enriched with different algal sources did not show prominent differences in the polypeptide bands.However, high amount of beta-carotene was assimilated in Artemia sp.nauplii when enriched with D. salina.Hence this study showed that the microalgae D. salina can be used as a potential feed to improve the nutritional status of Artemia sp.nauplii.

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Microalgae are utilized in aquaculture as a live feed for the crustaceans, ablone, zooplanktons, etc.The present study was aimed to examine the nutritional status of Artemia sp.nauplii enriched with four different algal sources namely Chaetoceros calcitrans, Skeletonema coastaum, Duniella salina & D. bardawil and also the amount of beta-carotene assimilated when enriched with the two green algae.Artemia sp.nauplii enriched with D. salina showed high amounts of protein and carbohydrate, whereas Artemia sp.fed with Chaetoceros calcitrans showed high amounts of lipid.The protein profile of Artemia sp.enriched with different algal sources did not show prominent differences in the polypeptide bands.However, high amount of beta-carotene was assimilated in Artemia sp.nauplii when enriched with D. salina.Hence this study showed that the microalgae D. salina can be used as a potential feed to improve the nutritional status of Artemia sp.nauplii.

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Available abstract

Microalgae are utilized in aquaculture as a live feed for the crustaceans, ablone, zooplanktons, etc.The present study was aimed to examine the nutritional status of Artemia sp.nauplii enriched with four different algal sources namely Chaetoceros calcitrans, Skeletonema coastaum, Duniella salina & D. bardawil and also the amount of beta-carotene assimilated when enriched with the two green algae.Artemia sp.nauplii enriched with D. salina showed high amounts of protein and carbohydrate, whereas Artemia sp.fed with Chaetoceros calcitrans showed high amounts of lipid.The protein profile of Artemia sp.enriched with different algal sources did not show prominent differences in the polypeptide bands.However, high amount of beta-carotene was assimilated in Artemia sp.nauplii when enriched with D. salina.Hence this study showed that the microalgae D. salina can be used as a potential feed to improve the nutritional status of Artemia sp.nauplii.

Key concepts: Brine shrimp, Shrimp, Algae, Fishery, Composition (language), Brine, Chemistry, Food science

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Evaluation of the Biochemical Composition of Four Marine Algae and Its Nutritional Value for Brine Shrimp. — Research Paper | ScholarLens