Feeds containing krill meal improve the health and performance of salmonids, according to newly published research paper.

Antarctic krill (Euphausia superba) is one of the most abundant species on Earth, with an estimated biomass of 500 million tonnes. Krill is an important part of the marine food chain in the Antarctic Ocean, and the krill fishery is strictly regulated by the Commission for the Conservation of Antarctic Resources (CCAMLR).
The review paper, written by scientists from Aker BioMarine, suggests that Antarctic krill products have a positive impact on the feed intake, growth performance, fillet quality and organ health in salmonids, based on more than a decade of well-documented scientific studies and experimentation.
The long-term sustainability of the aquaculture industry demands a viable range of alternative ingredients, to reduce the burden on fishmeal and fish oil for feeds.
According to Aker Biomarine, Antarctic krill products have emerged as strong contenders due to their sustainable sourcing and significant health benefits. In the new review article, the authors aggregate key findings from multiple studies on salmonids, to present a holistic overview of the specific benefits of krill meal on the fish growth, fillet quality and organ health.
“This review paper is unique as it’s a culmination of multiple studies all showing that krill meal has proven to be a sustainable source of protein, phospholipids, omega-3 fatty acids (such as EPA and DHA), feed attractants and astaxanthin, making it a key marine ingredient for fish diets. Sustainability of ingredient sources is an increasingly important factor for the aquaculture industry, which is why use of Antarctic krill is helping salmonid farmers to reduce their reliance on costly and limited-in-supply fish products,” says Dr Kiranpreet Kaur, from Aker BioMarine.
The benefits flagged up by Dr Kaur include:
- Krill meal inclusion in salmonid feed is suggested to be beneficial for enhancing feed intake and growth performance for fish, due to its feed attractant properties, with just 8-10 percent krill meal for 10-12 weeks considered sufficient to achieve growth performance benefits.
- The astaxanthin present in krill meal transfers to salmonid filets, improving pigmentation and overall fillet quality, based on inclusion levels of 10-15 percent. Besides, krill meal inclusion (10-15 percent) enhances the fillet quality by increasing firmness and by reducing gaping.
- Inclusion of 10-15 percent krill meal in the salmonid diet is beneficial for liver and intestinal health, due to the phospholipids, and phospholipid bound EPA and DHA in krill that help to reduce fat accumulation and inflammation in the liver and intestinal tissues.
By The Fish Site
Reference: https://thefishsite.com/articles/paper-backs-benefits-of-krill-in-aquafeeds
“Domesticated Shrimp Postlarvae – The Key To Success”
See more:
- Rabobank Sees Strong Outlook For Aquaculture Amid Covid Recovery
- Survival Of Pacific White Shrimp Juveniles After Exposure To Critical Oxygen Levels In Biofloc Culture
- Breeding Programme Boosts Insect Growth By 20 Percent
Tiếng Việt
中文 (中国)

SẢN PHẨM PHỤC VỤ NỀN NÔNG NGHIỆP XANH
TIN TỨC NỔI BẬT
Using genomic models to evaluate meat yield of Pacific white shrimp
Multi-trait genomic models show that meat yield has low heritability Among the many factors influencing [...]
Feb
How aeration intensity, water quality, nutrient cycling and microbial community structure of biofloc system impacts Pacific white shrimp
Lower aeration intensity produces larger, simpler flocs while higher intensity enhances DHA accumulation The Pacific [...]
Feb
Can brown mussel meal in feed promote growth and cold resistance of Pacific white shrimp?
Dietary addition of mussel meal resulted in a significantly higher final weight, weight gain, relative [...]
Feb
Study tests three natural minerals as feed additives to improve health and growth of Pacific white shrimp
Findings suggest that illite can be used as a functional and eco-friendly feed additive to [...]
Jan
Effect of feeding during off-flavor depuration on geosmin excretion by Nile tilapia
Nile tilapia fed during off-flavor depuration eliminate geosmin in ovaries faster than starved fish Geosmin [...]
Jan
Development of Lactococcus garvieae autovaccine for Nile tilapia
Results suggest protection for fish, alternative approach for testing vaccines Tilapia farming in Zambia is [...]
Jan
Assessing the bacterium Enterococcus faecium as a probiotic for Nile tilapia
Results show great potential to combat Francisellosis and Streptococcosis in Brazil’s aquaculture industry The Nile [...]
Jan
Different routes of formalin-killed vaccine administration and effect on immunity and disease resistance of Nile tilapia
Oral vaccination just as effective as an injectable vaccine This study evaluated the efficacy of [...]
Jan
Dietary potassium diformate improves growth performance of male Nile tilapia
Fish fed KDF diet grew significantly faster than control group Despite strong progress in tilapia [...]
Dec
Effect of microalgae Scenedesmus on Pacific white shrimp and Nile tilapia in a biofloc environment
Study results highlight the potential Nile tilapia has for utilizing biofloc as a food source [...]
Dec
Improving salinity tolerance in tilapia
Variations in salinity tolerance can be used to develop hybrids With the increasing scarcity of [...]
Dec
Sizing up TiLV and its potential impact on tilapia production
Israeli researchers believe Tilapia Lake Virus could spread worldwide, and are working on a vaccine [...]
Dec