Services >> Preclinical >> Safety & Toxicity

Avoid late pipeline failures by identifying risks with early in vivo safety evaluation

Sidebar Image
undefined

Safety related issues and drug toxicity is a major reason why promising leads don't advance and candidates fail curing clinical development.  The 'fail early' mantra in drug discovery was born out of the reality that late-stage failures result in significant setbacks and economic loss. 

For early safety and toxicity assessment, Eurofins is the go-to-provider with over 35 years of in vivo safety and early toxicity testing. Combined with our in vitro pharmacology and cell based in vitro toxicity assays services, our in vivo safety services can provide a comprehensive risk profile for your leads at a stage when changes can still be made without a major impact to your project.

We offer a complete list of qualified safety related in vivo models to detect the most commonly observed adverse events in CNS, cardiovascular, respiratory, renal, metabolic, and gastrointestinal functions using a broad panel of industry-standard outcome measures to build a toxicokinetic (TK) profile.  We can also provide specialized models, such as our emesis model, to address specific project needs. 

 

Advantages of early, non-GLP safety screening with Eurofins:

  • Maximum Tolerated Dose
  • 7-day or 28-day tox (non-GLP)
  • PK + tissue exposure, urinary excretion
  • Cardiovascular
    • Blood pressure and heart rate
    • Postural hypotension and tilt response
    • Arrhythmia and QTc interval
  • Neurological and behavioral effects
    • Functional Observation Battery (Irwin) profile
    • Convulsions
    • Autonomic signs
    • Locomotor activity and coordination (Roto-rod)
  • Gastrointestinal and metabolic effects
    • GI motility
    • Emesis
    • Gastric effects
    • Body weight and food consumption
  • Hepatic and renal function
  • Respiratory monitoring
  • Ancillary services: clinical chemistry, hematology, blood gases, gross pathology, histology and macroscopic and microscopic necropsy