Effiris Features and Benefits
Effiris has various features and benefits. Read on to find out more:
Efficient Compound Prioritisation
The Effiris model suite will allow for bulk processing of drug candidates, allowing for efficient and informed prioritisation and triage of compounds based on predicted secondary pharmacology outcomes.
Save Time and Money
Results from the Effiris models will inform your decision making and hence help avoid the need for unnecessary downstream testing.
Retaining Your Data Privacy
The privacy-preserving knowledge transfer methodology will give Effiris the ability to learn from proprietary data without exposing it. Effiris deliberately uses the most robust privacy-preserving safeguard in order to keep your data safe.
Sustainable Development Plans
With a clear sustainability plan, Lhasa can ensure that Effiris will continue to be developed in the long term, with new models for different secondary pharmacology endpoints being added at a suitable pace.
Rationalise Your Results
If you see unexpected results in pre-clinical studies, Effiris can be used to flag potential causes of the effects.
Fast and Flexible Development
With a lightweight project structure and a flexible work ethic, Lhasa will ensure members of the Effiris consortium have a voice, giving you a chance to influence the future direction of the project to ensure maximum benefit.
Early Assessment of Safety
Effiris will allow for the prediction of ‘discovery toxicity assays’, allowing you to plan for early and cost-effective assessment of safety liabilities.
A Proven Methodology
The Effiris hERG prototype Student model has already shown the success of the methodology and gives high performance metrics.
Informed Compound Design
Medicinal chemists can make use of knowledge previously unavailable to them in order to inform decisions during compound design.
Fast Realisation of Value
Data preparation within Effiris is an incremental effort, focusing on one endpoint at a time. This ensures a good data standard, as well as the realisation of real value more quickly.
