It is also used in ecotoxicology as a sensitive model organism for assessing marine environmental quality and the effects of contaminants.
Parvocalanus crassirostris is a small, strategically important copepod species with high levels of DHA and EPA. It is used in hatcheries to support and enhance the early larval stages of high-value marine fish species.
Size: 50–500 µm
Ideal for small larvae (Zebrasoma, Chaetodon, Holacanthus, etc.)
Highly productive: several million nauplii per day per m³
Recommended culture density: 1.2 individuals/mL
24-hour shipping
1,000 individuals in 2.5 L
Rotifers are essential microorganisms in larval aquaculture, serving as both a nutritional vector and a transition feed. Their ability to be enriched, combined with their high productivity, plays a key role in supporting larval survival and growth.
Ideal as a complement to copepods following prior enrichment.
24-hour shipping
500,000 individuals in 5 L
Certified free from contaminants
Tisochrysis is a key microalga in aquaculture, valued for its high content of essential fatty acids, particularly DHA. It plays a central role in feeding larval stages and enriching live feed, directly contributing to larval survival and overall production performance.
Size: 8 µm
Density: 10–15 million cells/mL
Certified free from contaminants
24-hour shipping
Density: 10–15 million cells/mL
Rhodomonas is a unicellular red marine microalga with high levels of DHA and EPA. It is particularly valuable for copepod production, where it enhances growth, nutritional quality, and the overall performance of copepod populations used as live feed for fish larvae.
Size: 8 µm
High levels of DHA and EPA
Certified free from contaminants
24-hour shipping
4 million cells/mL