RE: British journal of cancer30 Jan 2025 07:07
In this publication, a mathematical model was developed to explore these different experimental permutations (doses and schedules) for combination therapies. Using Physiomics' proprietary 'Virtual Tumour' platform, the model provided a single, readily interpretable readout of tumour growth inhibition (TGI). It was also able to assess the variation in treatment response of novel drug combinations at various doses, and therefore could be used to inform clinical trial protocol design.
This joint publication with Physiomics' long-standing client, Merck KGaA, demonstrates the impact of the Company's Virtual Tumour platform in supporting the development of novel Oncology Therapies. Physiomics provides expertise in using modelling and simulation approaches to accelerate the development of innovative therapies across a range of therapeutic areas and across the entire drug development pathway, including early discovery and development.
Dr Peter Sargent, CEO, commented:
"We are thrilled to be able to announce this peer-reviewed publication. This is the second publication we've announced this month, highlighting the utility and benefit of our Virtual Tumour Model in supporting oncology drug development. The work described within the publication is testament to our continued relationship with Merck KGaA, a relationship established over 12 years ago and spanning over 30 contracts."