Assess the safety of your products to anticipate regulatory obligations.

Our offer is based on QSAR statistical models for a level 1 assessment (according to OECD) of the chemical compounds toxicity.

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Predictive Toxicology : QSAR based methodology

🔹 Our models are in line with the OECD principles for the QSAR validation, namely :

A well defined category of toxicity
An unambiguous algorithm
A well defined domain of applicability
Statistical criteria about performance

🔹 Today, our Compound Toxicity Profile (CTP) consists of seven QSAR based statistical models to predict:

Neurotoxicity
Reprotoxicity
Carcinogenicity
Mutagenicity
Endocrine disruption
Persistent, bioaccumulative and toxic (PBT) behavior
Respiratory sensitization

🔹 Based on a pre-determined toxicity threshold, the study molecule is predicted as follows :

Below the toxicity threshold, the molecule is likely to be not toxic.
Above the toxicity threshold, a toxicity alert is generated .

Getting benefits right away

✔️ GENERATE TOXICTY ALERTS AT EARLY STAGE

Toxicty alerts could be generate at any stage of a compound development for any of the 7 toxicity endpoints.

✔️ GUIDE IN VITRO & IN VIVO ASSAYS

The data generated as a result of our in silico assessments guide you to select the relevant experimental validations in case of a toxicity alert.

✔️ COMPLY WITH THE REGULATIONS

The data generated as a result of our in silico assessments contribute to the compliance with the regulation.

A straightforward rate

Price per compound (excluding VAT)
EVALUATION ON 7 QSAR MODELSNeurotoxicity
Reprotoxicity
Carcinogenicity
Mutagenicity
Endocrine disruption
Persistent, bioaccumulative and toxic (PBT) behavior
Respiratory sensitization
7 000€
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Decision making support

We provide you with a tailor-made support to add value of your products.

How does it work?

To know more, please contact us !