Predictive toxicity

Predictive toxicity services

Click here and download our brochure 

Optimize and secure your drug development

One of the major reasons for drug discovery attrition rate, drugs late stage failures and withdrawals, is an unforeseen in vivo toxicity.
To bypass those problems and optimize and secure your drug development, Fluofarma offers novel High Content Screening tests predictive of toxicity effects.

Innovative read outs of toxicity

Fluofarma has developed a wide range of innovative assays dedicated to assess cytotoxicity, hepatotoxicity, cardiotoxicity and neurotoxicity such as MDR pump function, phospholipidosis, mitochondrial functions, steatosis, micronuclei analysis, etc…

Increase the prediction with relevant cellular models

Moreover to reach the highest level of prediction since the earliest stage of drug development process, those endpoints have been optimized for the most relevant cellular model by using human and rat primary hepatocytes but also 3D hepatocytes cell cultures.

Services for toxicity testing

Our predictive technology can be used to test toxicity at an early stage in a drug's development and enables pharmaceutical companies to obtain their compounds' toxicological profiles using a single method.

Adopt Fluofarma’s predictive toxicity services to drive more drug candidate safely to the market*.


* In a recent collaboration agreement Roche has adopted Fluofarma toxicity technologies

Breaking news

  • High Content Analysis 2012

    Fluofarma will be attending the High Content Analysis 2012 in San Francisco, from January 9th to 12th. We look forward to seeing you at our booth (n° 34) and your are welcome the 11th at the « Luncheon Technology Showcase: High-Content Data Analysis » where Fluofarma will present CytoSurfe®r. An innovative and intuitive software application for High content image analysis.

    Read more [+]

  • Scientific Publication

    Fluofarma is glad to announce a new scientific publication in the journal "The American Journal of Pathology".

    Read more [+]