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Microfeed incorporated with probiotic for aquaculture: a review

Ensuring the availability of high-quality larvae in sufficient quantities remains a significant bottleneck for the grow-out phase of aquaculture. Over the past century, various alternative dietary solutions for larval stages have been explored, encompassing bacteria, microalgal pastes, yeasts, and v...

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Main Authors: Yaslikan, Nor Mala, Yaminudin, Jasmin, Rasdi, Nadiah Wan, Karim, Murni
Format: Article
Published: Scienceline Publication 2023
Online Access:http://psasir.upm.edu.my/id/eprint/108589/
https://wvj.science-line.com/vol-13-no-4-dec-2023.html
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spelling my.upm.eprints.1085892024-08-08T03:26:36Z http://psasir.upm.edu.my/id/eprint/108589/ Microfeed incorporated with probiotic for aquaculture: a review Yaslikan, Nor Mala Yaminudin, Jasmin Rasdi, Nadiah Wan Karim, Murni Ensuring the availability of high-quality larvae in sufficient quantities remains a significant bottleneck for the grow-out phase of aquaculture. Over the past century, various alternative dietary solutions for larval stages have been explored, encompassing bacteria, microalgal pastes, yeasts, and various inert microparticles, though with inconsistent outcomes. This review aimed to discuss the innovative integration of probiotics into microfeeds, highlighting encapsulation, coating, and fermentation techniques to propel aquaculture productivity. Microfeeds, which are often nutrient-rich and easily assimilated in powdered or liquid form, play a crucial role in larval fish nutrition. These can be classified into microencapsulated, dry, liquid, and live feeds. The choice of microfeed is pivotal, ensuring appeal, digestibility, and water stability tailored to each larval stage. As probiotics gain popularity in aquaculture for their potential to enhance growth, bolster disease resistance, and improve water quality, their administration methods have diversified. The probiotics can be administered through direct immersion and bath treatments to biofloc systems and feed additives. The results indicated that microfeed incorporated with probiotics showed a positive result impact on the aquaculture industry Scienceline Publication 2023 Article PeerReviewed Yaslikan, Nor Mala and Yaminudin, Jasmin and Rasdi, Nadiah Wan and Karim, Murni (2023) Microfeed incorporated with probiotic for aquaculture: a review. World's Veterinary Journal, 13 (4). pp. 595-605. ISSN 2322-4568 https://wvj.science-line.com/vol-13-no-4-dec-2023.html 10.54203/scil.2023.wvj64
institution Universiti Putra Malaysia
building UPM Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Putra Malaysia
content_source UPM Institutional Repository
url_provider http://psasir.upm.edu.my/
description Ensuring the availability of high-quality larvae in sufficient quantities remains a significant bottleneck for the grow-out phase of aquaculture. Over the past century, various alternative dietary solutions for larval stages have been explored, encompassing bacteria, microalgal pastes, yeasts, and various inert microparticles, though with inconsistent outcomes. This review aimed to discuss the innovative integration of probiotics into microfeeds, highlighting encapsulation, coating, and fermentation techniques to propel aquaculture productivity. Microfeeds, which are often nutrient-rich and easily assimilated in powdered or liquid form, play a crucial role in larval fish nutrition. These can be classified into microencapsulated, dry, liquid, and live feeds. The choice of microfeed is pivotal, ensuring appeal, digestibility, and water stability tailored to each larval stage. As probiotics gain popularity in aquaculture for their potential to enhance growth, bolster disease resistance, and improve water quality, their administration methods have diversified. The probiotics can be administered through direct immersion and bath treatments to biofloc systems and feed additives. The results indicated that microfeed incorporated with probiotics showed a positive result impact on the aquaculture industry
format Article
author Yaslikan, Nor Mala
Yaminudin, Jasmin
Rasdi, Nadiah Wan
Karim, Murni
spellingShingle Yaslikan, Nor Mala
Yaminudin, Jasmin
Rasdi, Nadiah Wan
Karim, Murni
Microfeed incorporated with probiotic for aquaculture: a review
author_facet Yaslikan, Nor Mala
Yaminudin, Jasmin
Rasdi, Nadiah Wan
Karim, Murni
author_sort Yaslikan, Nor Mala
title Microfeed incorporated with probiotic for aquaculture: a review
title_short Microfeed incorporated with probiotic for aquaculture: a review
title_full Microfeed incorporated with probiotic for aquaculture: a review
title_fullStr Microfeed incorporated with probiotic for aquaculture: a review
title_full_unstemmed Microfeed incorporated with probiotic for aquaculture: a review
title_sort microfeed incorporated with probiotic for aquaculture: a review
publisher Scienceline Publication
publishDate 2023
url http://psasir.upm.edu.my/id/eprint/108589/
https://wvj.science-line.com/vol-13-no-4-dec-2023.html
_version_ 1807051123849166848
score 13.211869

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