Measuring toxicity

Measuring toxicity is critical for advancing products to clinical development and beyond, as it ensures patient safety, regulatory compliance, cost-efficiency, ethical considerations, and optimization of product efficacy. Toxicity refers to the harmful effects of substances on living organisms, often resulting in damage to cells, tissues, organs, or the entire organism. It is crucial to assess toxicity during drug development, chemical testing, and environmental studies to ensure safety and efficacy.

Toxicology capabilities

At Artemis, we are dedicated to offering a spectrum of in vitro toxicology studies. These studies stand out for their heightened predictability of human responses, their ability to facilitate a more rapid turnaround time, and their capability to produce standalone data for specific endpoints. Furthermore, our methodologies are designed to efficiently screen and rank chemicals by meticulously studying specific targets within cells and tissues. This approach not only enhances the precision of our studies but also significantly contributes to the advancement of toxicology research.

A summary of the services we can provide:

Bio-potency studies
Our scientists conduct a range of bio-potency studies according to the pharmacopeia of different countries/regions.
Erythropoietin potency bioassays
Bio-identity and bioassays in (rabbits).
Follicle-stimulating hormone (FSH) potency assays in rats
Immunization studies on all species
Bioanalytics
We provide the options of both good laboratory practice (GLP) standards and non-GLP standards for bioanalytical services in small molecules and biologics.
Clinical chemistry and histopathology

Our state-of-the-art facilities provide a wide range of analyses involving various parameters in each of the following categories:

Hematology and coagulation analysis
Clinical chemistry analysis
Urinalysis
Gross pathology services
Histopathology services including routine and special histochemical staining, primary pathology evaluation, peer review, and immunohistochemistry techniques.