How to identify adverse effect in drug development
Every drug can produce some kind of unwanted effects – ranging from mild to severe – in addition to its intended effect
January 27, 2021
How to identify adverse effect in drug development
Every drug can produce some kind of unwanted effects – ranging from mild to severe – in addition to its intended effect
As adverse effects can result in hospitalization or in worst case even death, and naturally have a severe impact on the success of any drug development project - it is important to identify them as early as possible in the development process.
Hence it is common practice in drug development to try to predict adverse effects before they happen in patients – typically using animal toxicology studies. However, since the results of these studies are not always easily transferrable to humans, use of in vitro assay data has gain traction as a powerful way of complementing animal studies.
We can help you avoid unpleasant surprises
This is where Svar Life Science comes in. This quarter we are putting the spotlight on how we, with our service offering and product portfolio, can help to identify adverse effects.
We offer a wide range of in vitro products and services that can be used to determine, monitor, and predict adverse effects to ensure that safe and effective drugs can be developed.
Watch Dr. Schwenkert's presentation on how adverse effects can be studied in drug development
How we can help in the study of adverse effects in drug development
Helping you to assess neutralizing activity against viral AAV vectors
Tailored cell-based system to identify and quantify Nabs
Bioanalytical Services supporting NAb projects for both gene therapy and other drug related projects
Wieslab Bioanalytical Servcies – Answering to the complexities of large molecules
Watch the video to find out how the Wieslab Bioanalytical Services can help facilitate your work and speed up your drug development process. Watch Movie
Monitoring adverse effects in the complement system
Biomarker assays - for detection of complement activation or dysregulation in the complement system.
Functional assays - for analyses of all three pathways
