The Artemia Laboratory – the brine shrimp as a model system

Page reviewed:  22/05/2025

Artemia (brine shrimp) is an efficient model organism with several key advantages over traditional experimental animals. Its biological and practical characteristics make it highly suitable for high-throughput studies in nutrition, toxicology, microbiology, and molecular biology.

About Aremia

Artemia is an aquatic invertebrate commonly used as live feed in fish and shrimp aquaculture. In recent years, it has also become a widely accepted model organism across various biological disciplines. As a research model, Artemia offers a versatile platform for both basic and applied studies in aquaculture and life sciences.

Advantages of Artemia as a model system

  • Small size and easy handling
  • Low cost
  • Short generation time and fast testing cycles
  • High throughput with large numbers of replicates
  • Continuous availability of experimental animals
  • Possibility to culture under germ-free conditions
  • Fully sequenced genome
  • Realistic whole-organism responses
  • Suitable for molecular tools: RNAi, qPCR, immunoblotting, immunohistochemistry, microscopy

 Our Services

Testing large numbers of bioactive compounds directly on fish is often time-consuming, costly, and labour-intensive. Using the Artemia-based screening system, we can run high-throughput bioassays that help identify promising compounds or combinations before proceeding to more resource-intensive validation trials in fish.

High-throughput screening of live organisms:

We offer testing of:

  • Bioactive compounds from plants and microbes
  • Pathogenic bacteria
  • Probiotics and prebiotics
  • Yeast and yeast-based products
  • Microplastic pollutants and other toxic substances
  • Single-cell protein
  • By-products from processed organic waste
  • Feed additives

Genetic and epigenetic studies:

  • Short generation time
  • Use of both bisexual and parthenogenetic populations
  • Genetically standardised trials (common garden experiments)

Microbiological studies:

  • Germ-free and non-germ-free Artemia lines
  • Studies of gut microbiota and microbial interactions

Contact Us

Are you interested in using Artemia as a model organism or looking for a potential collaboration?

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