GLP Aquatic Ecotoxicology Studies for Regulatory Compliance

GLP Aquatic Ecotoxicology Studies for Regulatory Compliance

Robust, GLP-compliant data to support REACH, biocides, plant protection product(PPPs), and feed additives registrations worldwide — delivered on time, with scientific confidence.

Why Aquatic Ecotoxicology?

In an increasingly demanding regulatory landscape, assessing the environmental impact of chemical substances and plant protection products (PPPs) is critical for securing market approval. Aquatic ecotoxicology studies evaluate potential risks to organisms and ecosystems, providing the robust scientific data required for environmental risk assessments.

GLP Compliant

Studies conducted in full accordance with OECD guidelines and Good Laboratory Practice standards.

Regulatory Ready

Data packages designed for REACH, biocides, PPPs, chemical, and feed additive registrations worldwide.

Full Trophic Coverage

Comprehensive studies spanning, plants, invertebrates, and vertebrates (fish) across aquatic ecosystems.

Aquatic Plants

Algae are the foundational producers of aquatic ecosystems. Our OECD 201 – Algae Growth Inhibition study assesses the effects of test substances on algal growth, providing essential data for environmental risk assessments of chemical substances and plant protection products (PPPs).

OECD 201

Algae Growth Inhibition — evaluates effects on growth rate of green algae Raphidocelis subcapitata.

Aquatic Invertebrates

Daphnia magma are key invertebrate consumers in freshwater ecosystems. Our GLP-compliant studies assess both acute and reproduction toxicity.

OECD 202 — Acute Immobilisation

Determines the 48-hour immobilisation concentration (EC₅₀) of test substances on Daphnia magna, providing acute toxicity data for regulatory submissions.

OECD 211 — Reproduction

Evaluates the effects of prolonged exposure on Daphnia reproduction over 21 days, generating chronic toxicity endpoints for comprehensive risk assessment.

Aquatic Vertebrates — Fish Studies

Fish are the top vertebrate consumers in aquatic ecosystems. Our OECD-compliant fish studies cover acute, early-life stage, and embryo toxicity endpoints.

OECD 203 — Fish Acute Toxicity

Determines the 96-hour lethal concentration (LC₅₀) in fish, a core acute toxicity endpoint for chemical and PPP registrations.

OECD 210 — Fish Early-Life Stage Toxicity

Assesses effects on fish from egg through juvenile development, providing chronic toxicity data for long-term environmental risk assessment.

OECD 236 — Fish Embryo Acute Toxicity (FET)

An alternative acute toxicity test using fish embryos, reducing vertebrate use while delivering robust regulatory data.