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A Mouse Model to Investigate the Role of Cancer-Associated Fibroblasts in Tumor Growth
Published on: December 22, 2020
Academia and industry - working together to fight cancer
1Roche Oncology Global Drug Development, Broadwater Road, Welwyn Garden City, Hertforshire, AL7 3AY, Welwyn, UK. lars.breimer@roche.com
Abstract:
Academic centers and the pharmaceutical industry are working well together to improve the treatment of cancer. New agents are being tested in the clinic, including monoclonal antibodies with little toxicity. Academics help industry by identifying new targets for drugs and by developing the prospective databases to profile tumors and patients to identify those that will respond and engage in blue sky research. Academic centers must be cost and time-effective. Academics can help patients and industry by developing new and more appropriate end-points for assessing the new anticancer agents. The USA has been leading the way in that area with its accelerated approval and priority review systems and this, combined with the size of the USA market, will make it the predominant study area unless there are reforms in the EU.
Insights
Academic and pharmaceutical collaborations are advancing cancer treatment with novel therapies like monoclonal antibodies. This partnership accelerates drug discovery and patient stratification for better outcomes.
Area of Science:
- Oncology
- Pharmaceutical Sciences
- Clinical Research
Background:
- Academic centers and pharmaceutical companies collaborate to enhance cancer treatment.
- Novel therapeutic agents, including low-toxicity monoclonal antibodies, are under clinical investigation.
- Academic input is crucial for identifying drug targets and developing patient stratification databases.
Purpose of the Study:
- To explore the synergistic relationship between academic institutions and the pharmaceutical industry in oncology drug development.
- To highlight the role of academic research in advancing personalized cancer medicine.
- To discuss the importance of cost-effectiveness and efficient research practices in academic settings.
Main Methods:
- Review of current collaborative models in cancer drug development.
- Analysis of academic contributions to target identification and patient profiling.
- Examination of regulatory pathways and market dynamics influencing clinical trials.
Main Results:
- Academic centers identify novel drug targets and develop patient stratification methods for targeted therapies.
- The development of prospective databases aids in identifying patient populations likely to respond to new agents.
- The USA's regulatory systems (accelerated approval, priority review) and market size position it as a primary study location.
Conclusions:
- Strong academic-pharmaceutical partnerships are vital for developing innovative cancer treatments.
- Academic research drives progress in personalized oncology through target discovery and patient selection.
- The USA currently leads in clinical trial activity due to favorable regulatory and market conditions, necessitating EU reforms.
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