Clinical Trial Outcomes: The Key to Driving Drug Pricing and Market Access
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Insights & Articles
14.11.2024
As value-based contracting (VBCs) becomes the standard, the role of clinical trials has shifted significantly. They are now essential not only for demonstrating safety and efficacy but also for enhancing financial performance. By creating trials that meet the criteria of VBCs, pharmaceutical companies can increase their financial gains, minimize pricing risks, and facilitate smoother negotiations with payers.
According to a report by Deloitte, aligning clinical trials with value-based pricing strategies can lead to improvements in revenue predictability and cost management by as much as 20% for drugs with high market access potential. This improvement stems from linking trial outcomes to real-world efficacy, which reassures payers and reduces the financial risk for manufacturers by basing pricing on demonstrated effectiveness
For CFOs and Pricing Directors, the Financial Impact is Clear
For CFOs and Directors of Pricing, the financial implications of optimized trials in a VBC framework are significant. When trial designs focus on outcomes that matter most to payers—like reductions in hospitalization or improved quality of life—pricing becomes more flexible, and revenue can be projected more accurately. McKinsey & Company points out that outcome-based models also provide a safeguard against pricing volatility, allowing pharmaceutical companies to stabilize revenue by tying payments to real-world performance metrics.
Efficiency Gains through Outcome-Focused Trial Design
Beyond revenue predictability, operational efficiencies are another key benefit. A focus on outcome-based trials reduces the time and resources needed to negotiate with payers, as the trial data itself becomes a compelling point in payer discussions. For Market Access Directors, outcome-driven trial designs support quicker market entry and stronger, data-backed negotiations that build payer confidence.
Lyfegen’s Platform: Streamlining Trial Optimization for Value-Based Contracts
Optimizing clinical trials for VBC is complex, but Lyfegen’s all in one platform simplifies this process. By enabling real-time pricing simulations based on clinical outcomes or financial goals, Lyfegen helps pharmaceutical companies design financially viable reimbursement contracts and align them with value-based pricing. This empowers pricing teams to model financial outcomes, enhancing both operational efficiency and contract efficiency.
Interested in learning how outcome-focused trials can support your pricing and financial goals? Lyfegen’s Simulator offers the tools you need to optimize clinical trials for success in a VBCs framework.
Schedule a demo today to explore how we can streamline your pricing and contract strategies: https://www.lyfegen.com/demo
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In value-based contracts (VBCs), clinical trial outcomes are no longer just about proving safety and efficacy—they’re now critical to driving drug pricing and market access strategies. As payers and healthcare systems shift towards outcome-based models, trial data is becoming the foundation for negotiating both price and reimbursement.
Payers are increasingly prioritizing data from real-world evidence and clinical trials for value-based arrangements. The real-world data aligns closely with payers' needs to predict the cost-effectiveness of drugs and determine coverage. For Market Access Directors and Directors of Pricing, this means that clinical trial results can either accelerate or hinder the process of getting drugs to market. Strong trial outcomes not only justify premium pricing but also provide a solid basis for faster, smoother payer negotiations.
This is especially crucial in markets where budgetary pressures and stringent healthcare regulations make it difficult for new therapies to gain market access. The ability to present data-driven evidence of a drug’s real-world impact can significantly shorten time to market and improve access.
Novartis’ Zolgensma, a gene therapy for spinal muscular atrophy, used a value-based contract with installment payments and performance guarantees, adjusting reimbursement if outcomes fell short—demonstrating flexibility for high-cost therapies in outcome-based pricing models
For CFOs, using clinical trial data means greater financial predictability. By tying pricing to outcomes, companies can secure more stable revenue streams, with lower financial risk from market variability.
Are you ready to leverage clinical trial data to improve your pricing strategy and market access? Lyfegen’s Simulator helps you model pricing scenarios based on trial outcomes, ensuring a smoother path to market and better payer alignment.
Schedule a demo today to see how we can support your pricing and market access strategies: https://www.lyfegen.com/demo
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Introduction
The UK is taking critical steps to standardize the evaluation of AI technologies in healthcare. Last year, the National Institute for Health and Care Excellence (NICE) conducted a systematic review of health economic evaluation (HEE) studies on AI-based technologies, revealing variability in study quality. To address this, NICE introduced CHEERS-AI (Consolidated Health Economic Evaluation Reporting Standards for Interventions that Use Artificial Intelligence), a set of standards aimed at study authors and reviewers. Additionally, the UK Government has announced initiatives to boost exports, benefiting industries like pharmaceuticals by removing trade barriers, with a particular focus on entering the Brazilian market.
Key Takeaways for Pharma and AI Developers
1. CHEERS-AI Standards for Consistent AI Evaluation
• What’s Changing: The CHEERS-AI standards, announced by NICE, provide a framework to improve the quality and consistency of economic evaluations for AI-based healthcare technologies. By addressing gaps in reporting and methodology, NICE aims to make these evaluations more reliable, which is essential for determining the cost-effectiveness of AI solutions in healthcare.
• Impact: For AI developers and pharmaceutical companies, CHEERS-AI sets clearer expectations for the economic evaluation of AI products. A standardized approach facilitates more consistent assessments and could expedite the integration of effective AI technologies into healthcare settings. This initiative also ensures that AI innovations meet rigorous health economic standards, which could build trust among stakeholders and speed up adoption.
2. Removing Trade Barriers for Pharmaceutical Exports
• What’s Changing: The UK Government’s plan to eliminate certain trade barriers is expected to enhance export opportunities across several industries, with a focus on easing access to Brazil’s pharmaceutical market. This initiative includes a £2.3 million fund to support trade growth, with an anticipated boost of £5 billion over the next five years. For the pharmaceutical industry, this includes efforts to improve Brazil’s drug evaluation processes, particularly for cancer treatments.
• Impact: For UK pharmaceutical companies, the removal of trade barriers presents an opportunity to expand into Brazil—a significant and emerging market. Streamlined access to Brazil could lead to increased revenue and greater market diversity. Moreover, improving Brazil’s evaluation standards for cancer drugs aligns with the global shift toward ensuring drugs meet consistent, evidence-based criteria, promoting patient access to high-quality therapies.
Conclusion
The UK’s efforts to standardize the economic evaluation of AI technologies in healthcare and remove international trade barriers represent a proactive approach to fostering innovation and expanding market access. NICE’s CHEERS-AI standards provide the healthcare industry with a reliable framework for assessing AI interventions, setting a high standard for future health economic evaluations. Additionally, the government’s trade initiatives offer UK pharmaceutical companies promising avenues for growth in markets like Brazil. Together, these measures underscore the UK’s commitment to advancing healthcare technologies and supporting the global reach of its pharmaceutical industry.