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Advancing Equity in Health Technology Assessment: Lessons from CAR T-Cell Therapies

Chimeric antigen receptor (CAR) T-cell therapies, classified as advanced therapy medicine products, have revolutionized the treatment landscape for certain hematological cancers, providing new hope to patients who previously had limited options. Since the U.S. FDA approved tisagenlecleucel (Kymriah) and axicabtagene ciloleucel (Yescarta) in 2017 for relapsed or refractory B-cell precursor acute lymphoblastic leukemia and large B-cell lymphoma, respectively, evidence has suggested that CAR T-cell therapies could offer a potentially curative approach in a range of other hematological conditions.1,2,3,4

However, despite their potential to improve patient outcomes, access to CAR T-cell therapies remains inconsistent due to cost, delivery complexity, and manufacturing challenges. Additionally, disparities in access related to social determinants of health (SDOH) further limit equitable benefits, disproportionately impacting marginalized populations (such as those living in rural areas, individuals with no family or social networks, and older people).

Health technology assessment (HTA) has traditionally focused on clinical outcomes and cost-effectiveness. Although health equity has been recognized as a distinct value element in HTA, and relevant frameworks and guidelines exist, it is not routinely integrated into decision-making. As such, CAR T-cell therapies represent a valuable case study for better understanding and advancing equity considerations in HTA.

 

What are CAR T-cell therapies?

CAR T-cell therapies are a type of immunotherapy that modify a patient’s T-cells to target and attack cancer cells, offering effective options for relapsed or refractory hematological cancers. This process involves extracting, modifying, and reinfusing the cells, followed by close monitoring for severe adverse events. Beyond their current approved indications, CAR T-cell therapies are also being investigated for several other hematological malignancies, as well as in solid tumors and non-cancer indications such as autoimmune conditions.4

Delivering CAR T-cell therapies presents significant challenges for healthcare systems due to their complexity, high cost, and the need for specialized infrastructure and expertise. The treatment requires apheresis, cell manufacturing, conditioning therapy, and intensive post-infusion monitoring, all conducted at accredited centers, often located in major urban areas.5 Successful delivery also requires coordination among a multidisciplinary team of physicians, nurses, and pharmacists, along with investment in treatment center infrastructure, including intensive care unit capacity and specialized training to manage severe adverse events (e.g., cytokine release syndrome and neurotoxicity).5

 

CAR T-cell therapies: Highlighting equity concerns in access to innovative treatments

Ensuring that equitable access to healthcare is considered in the HTA decision-making, particularly for high-cost, innovative treatments like CAR T-cell therapy, has become a growing concern. Despite advancements in science, therapeutic applications, and complication management, access to CAR T-cell therapy remains limited, with only a small percentage of eligible patients receiving treatment.6,7 This restricted access stems from challenges specific to CAR T-cell therapy, such as high costs, complex logistics, and manufacturing constraints, which are compounded by factors related to SDOH and equity.

Equity gaps are evident in disease incidence and prevalence, treatment patterns, and outcomes of patients eligible for CAR T-cell therapies. For example, racial and ethnic minorities, particularly Black and Hispanic populations, experience higher rates of certain hematological malignancies, yet are underrepresented in clinical trials that inform CAR T-cell therapy approvals.8,9 This leads to gaps in effectiveness and safety data across populations. Furthermore, differences in diagnosis and referral patterns contribute to inequities, with marginalized groups less likely to be referred to specialized centers due to limited provider awareness or implicit biases. Older adults, who could benefit from CAR T-cell therapies, are often excluded from trials, limiting evidence for their use in this population.10 SDOH, such as geographic remoteness and socioeconomic status, exacerbate inequities in access to CAR T-cell therapies once they are approved. Patients living in rural areas face logistical and financial barriers to reaching treatment centers, while individuals from lower socioeconomic backgrounds struggle with transportation, caregiving responsibilities, and lost wages.11,12 These overlapping disparities create a cumulative burden, limiting equitable access and worsening outcomes for historically underserved groups.

 

Exploring equity factors in HTAs of CAR T-cell therapies and the journey toward inclusive access

Traditional HTA frameworks have historically overlooked equity considerations, prioritizing clinical efficacy and cost-effectiveness while neglecting how SDOH and equity factors affect patient access and outcomes. This gap not only exacerbates disparities but also fails to incentivize health technology developers to commit to systematic evidence gathering and addressing these issues in their evidence submissions. While several modified economic modeling approaches that account for equity considerations exist (e.g., distributional cost-effectiveness analyses, equity-based weighting, multi-criteria decision analysis), there is a lack of consensus on which approach is best and how these methods can systematically be incorporated into HTA.13,14 As a result, HTAs often do not account for the unique burdens faced by underserved populations, such as indirect costs related to travel, caregiving, and lost income, further exacerbating existing inequities.

Recent commitments to equity from HTA bodies present valuable opportunities to ensure fair access to novel, high-cost therapies.15,16 CAR T-cell therapies, with their complex delivery and high cost, serve as a compelling case study for examining how HTA bodies incorporate equity considerations into their assessments. To explore this further, we conducted a review of 18 HTAs from Canada’s Drug Agency and the National Institute for Health and Care Excellence, focusing on six CAR T-cell therapies. Our review found that most submissions acknowledged disparities in disease incidence, treatment, and outcomes based on race, socioeconomic status, diagnosis and referral patterns, and age. These disparities were often linked to financial and geographical barriers that disproportionately affect marginalized groups. However, there were limited and inconsistent efforts to quantify these factors in the economic modeling or in the analysis of the clinical evidence submitted. This likely reflects the fact that HTA bodies do not routinely require sponsors to quantify equity concerns within their submissions, leading both decision-makers and companies to potentially overlook these issues.

Cytel will present the results of this review at the 2025 ISPOR conference in Montreal, Canada, where we will explore how gaps in HTA evaluations can inadvertently perpetuate inequities in access to CAR T-cell therapies. Join us at our podium session to learn more about how incorporating equity considerations into HTA processes can promote more equitable outcomes and ensure that all patients, regardless of their background, can benefit from CAR T-cell therapies. Do not miss this opportunity to engage in the discussion on advancing inclusive access to high-cost, innovative therapies.

 

Addressing equity concerns in CAR T-cell therapies: Strategies for inclusive access

Cytel can support pharmaceutical clients in addressing equity concerns through the following offerings:

  • Innovative trial designs that consider elements of health equity
  • Generation of real-world evidence to supplement trial programs
  • Lifecycle evidence generation to support value in diverse groups of patients
  • Advanced analytics, such as transportability analyses, to maximize the use of evidence generated in other settings
  • Quantifying the impact of inequalities in the value proposition of new health technologies.

Launch Communication: Addressing HCPs Effectively and Ensuring Product Success

The year 2025 promises to be an exciting one for pharmaceutical innovation, with an array of new therapies set to reshape the treatment landscape. From oncology to rare diseases, the industry is preparing to deliver innovative solutions across a diverse range of indications. In oncology, Summit Therapeutics’ ivonescimab will target non-small cell lung cancer and later breast cancer, while Daiichi Sankyo’s Enhertu expands its label to treat additional tumor types. In immunology, Johnson & Johnson’s Tremfya seeks approvals for Crohn’s disease and ulcerative colitis, with Amgen’s Uplizna pursuing indications for myasthenia gravis. Novo Nordisk’s CagriSema could redefine obesity treatment with potential weight loss exceeding 20%, while innovations in rare diseases include Elamipretide for Barth syndrome and Upstaza for AADC deficiency, addressing critical unmet needs. While all these projected launches represent significant scientific innovations, the road to successful commercialization in Germany requires more than scientific breakthroughs — it demands a strategic and tailored communication plan.

One of the most critical challenges in the German market is launch timing. Regulatory approvals are often uncertain, leaving companies working in a state of “near readiness.” Materials must be prepared to an advanced stage but remain flexible enough to adapt to last-minute changes. Furthermore, with the EU HTA reforms having entered into force on January 11, 2025, pharmaceutical companies are facing new dynamics in the evaluation of innovative therapies, which aim to streamline market access and improve patient outcomes.

Here, we’ll explore how to effectively prepare communication materials for a launch, breaking down the key phases.

 

Phase I – Pre-Launch

Step 1: Crafting your story and defining the USP

Each successful pharmaceutical launch starts with a clear story and a well-defined unique selling proposition (USP). With clinical trial data already available at this stage, your team can craft a compelling narrative that resonates with both healthcare professionals (HCPs) and patients.

Defining the USP
The USP should highlight the product’s most valuable features. This is not necessarily an efficacy-related feature. For instance, simplicity in application can be a game-changer. Imagine transitioning from a treatment requiring three daily doses — often missed due to the complexity of adherence — to a single daily dose. This change not only improves adherence but also may enhance therapeutic outcomes and patient satisfaction.

Storytelling: Making your message stick
People remember stories far better than plain facts, a phenomenon known as story bias. Structuring your information as a narrative helps HCPs quickly grasp and retain the key message. Emotional appeal plays a significant role in this, making the message more memorable when tied to an impactful story.

The key elements of an effective story include:

  1. Starting point: The current situation or challenge (e.g., low adherence with multi-dose regimens).
  2. Conflict or problem: The pain points or unmet needs.
  3. Tension: The stakes involved, creating a sense of urgency.
  4. Solution: How the new product resolves these issues (e.g., simpler dosing leading to better outcomes).

Aligning story and message
While the story provides a narrative, your core message delivers the USP explicitly. It’s crucial to distill this into one clear, written statement that connects seamlessly with the story. For example:

  • Message: A once-daily treatment improves adherence and satisfaction.
  • Story: From the struggles of managing multiple daily doses to the simplicity and success of once-daily therapy.

By aligning the message with the story, you ensure that HCPs not only understand but also remember your product’s unique benefits.

 

Step 2: Building a robust publication strategy

A well-planned publication strategy is essential for maintaining momentum and ensuring that your product remains top-of-mind for HCPs over time. This phase requires strategic foresight, long-term planning, and alignment with your product’s unique story and USP.

Phases of a publication strategy
To create a cohesive and impactful presence, publications should be carefully timed to align with the product lifecycle:

  1. Pivotal study results: Highlight key clinical data that underpin your product’s value.
  2. Launch period: Release data and materials that support your key messages during the launch.
  3. Congress presentations: Leverage scientific platforms to amplify your findings.
  4. Case studies: Showcase how your product is used in everyday work of HCPs and what patients it is for.
  5. Review articles: Provide comprehensive overviews of the treatment landscape and background for your product.
  6. Non-interventional studies: Showcase real-world data to support effectiveness, safety and treatment adherence.

Long-term planning: Staying in focus
It’s vital to map out your publication strategy well in advance, especially before launch. The goal is to keep your product in the spotlight by regularly contributing to relevant discussions in the medical community. Some activities, such as planning a non-interventional study, require significant lead time and early involvement of HCPs in study design.

Setting the right topics
Your topics should align with your product’s story and USP. For example:

  • Mechanism of action: Highlight novel mechanisms that set your product apart.
  • Efficacy: Clinically relevant subgroup analyses or responder analyses can highlight efficacy outcomes further.
  • Safety and tolerability: An important topic for clinical practice. HCPs should know what to expect and how to manage.
  • Quality of life: Shift the conversation towards patient-centric outcomes.

A strong thematic focus helps positioning your product within the broader medical narrative. For instance, if the USP emphasizes improved quality of life rather than a survival advantage, ensure that this topic is prominently discussed in key publications, congress presentations, and continuing medical education (CMEs) programs.

 

Phase II – Launch

Step 1: Making the pivotal study known

The results from the pivotal study form the backbone of any pharmaceutical launch. They provide the data that underscores your product’s value, making it essential to disseminate the findings effectively and strategically to the medical community. Alongside this, preparing impactful launch materials ensures your sales and medical teams are equipped to engage with HCPs confidently and consistently.

Your pivotal study data needs to reach the right audience through the right channels:

  • KOL presentations: Engage trusted key opinion leaders (KOLs) to present findings at relevant conferences and symposiums, lending credibility and reach to your data.
  • Reprints and special issues: Distribute reprints of the study in medical journals or as targeted mailings.
  • Secondary publications: Collaborate with thought leaders to craft secondary articles to set the right topics (see above).

 

Step 2: Prepare essential materials

These materials act as a starting point for your field force, giving them something tangible to distribute and discuss during their initial interactions with HCPs. When creating materials, prioritize clarity and relevance.

  1. Quick-access materials
    • One-pagers: Compact, easy-to-read documents summarizing key product benefits and clinical data. These are ideal for quick reference and can be prepared early in the launch process.
    • Handout cards: Provide practical guidance, such as managing side effects or linking to a landing page via QR codes.
  2. Core materials
    • Detail aids: Ensure these materials support the product’s story and facilitate a natural conversational flow. Include elements like case studies to make the narrative relatable and impactful.
    • Slide decks: Develop a comprehensive slide kit that serves as the foundation for all other materials, from sales presentations to training content.
    • Conversation guides/objection handlers: Provide structured guidance for handling objections and addressing key questions effectively.

By focusing on these priorities, your materials will resonate effectively with HCPs, reinforcing your product’s value and fostering trust.

 

Step 3: Preparing the sales force

A well-prepared sales force is critical for effectively communicating a product’s value to HCPs. Training should not only provide in-depth knowledge of the product but also focus on presenting the benefits in a way that resonates with the physician’s daily practice and patient care priorities.

Comprehensive training: Thinking like an HCP
When training your sales team, it’s essential to adopt the HCP’s perspective. What matters most to the physician? Tailor the messaging to address the specific needs and interests of their role, practice, and patients.

  • Key questions for training:
    • What challenges does this product address for HCPs?
    • How does it make their workflow for patient treatment smoother?
    • What benefits can it provide to patients under their care?

To refine these messages and ensure relevance, consider engaging an Advisory Board of HCPs to provide insights during the preparation phase.

Translating product benefits into practical advantages
Effective communication bridges the gap between product features and the everyday concerns of HCPs and patients. Consider the following perspectives:

  • For the physician: How does the product improve treatment efficacy, patient outcomes, or time efficiency?
  • For practice staff: Does it simplify workflows or improve patient management?
  • For patients: What’s the tangible impact on their quality of life, adherence, or treatment experience?

For example, if the product offers once-daily dosing, the message for physicians could emphasize improved adherence and better clinical outcomes, while for patients, it could highlight ease of use and reduced daily burden.

Addressing side effects: A crucial focus
While side effects may not be the most engaging topic from a marketing perspective, they are highly relevant to HCPs. Addressing this aspect thoughtfully can establish trust and confidence:

  • Side effect management: Provide clear, actionable guidance on identifying and managing common side effects.
  • Adherence strategies: Equip HCPs with tools to counsel patients effectively, helping them stay on treatment despite potential challenges.

By emphasizing practical solutions to these concerns, your sales team can engage in meaningful, trust-building conversations with HCPs.

 

Phase III – Post-Launch

The launch may mark the beginning of your product’s presence in the market, but the post-launch phase is where sustained engagement solidifies success. This stage is about expanding your material offerings, deepening HCP and patient interactions, and leveraging diverse communication channels to maximize impact.

Step 1: Expanding materials and strengthening communication channels

As the product becomes established, adding resources tailored to both HCPs and patients ensures continued interest and adoption:

  • Brochures and patient materials: Create informative materials that HCPs can hand directly to patients, addressing key concerns and enhancing their understanding of the treatment.
  • Case studies: Develop clinical case studies to showcase real-world application and outcomes, helping HCPs connect evidence to practice.
  • Interactive study content: Transform pivotal study data into interactive formats, such as e-learning modules, to engage users more effectively.
  • Digital content: Enhance digital engagement with webcasts, podcasts, web content, and CME programs.

 

Step 2: Leveraging multiple communication channels

Different HCPs prefer different modes of communication. To make your message stick, it’s crucial to diversify your channels and formats:

  • Written content: Journals, brochures, and patient handouts for in-depth reading.
  • Audio content: Podcasts and narrated case studies for convenience and accessibility.
  • Visual content: Infographics, videos, and interactive slide decks to illustrate key points vividly.
  • Interactive engagements: Webinars, webcasts, and live Q&A sessions to foster real-time interaction and dialogue.

By continuously expanding resources and strategically using diverse communication formats, your post-launch strategy can maintain momentum, deepen engagement, and ensure long-term success.

 

Final takeaways: Strategic communication for a successful launch

Launching a pharmaceutical product requires meticulous planning, strategic storytelling, and continuous engagement. From pre-launch preparation to post-launch expansion, every phase is an opportunity to address the needs of healthcare professionals, establish your product’s value, and create lasting impact.

By aligning your messaging with the unique demands of the German market, utilizing multi-channel communication strategies, and addressing the priorities of both HCPs and patients, you can ensure a successful launch and a strong market presence.

 

Interested in learning more? Watch our recent webinar “Guide to Successful G-BA Consultations: Practical Tips for Market Access Professionals”:

Guide to Successful G-BA Consultations: Practical Tips for Market Access Professionals

A successful market access in Germany is highly significant for the introduction of innovative pharmaceuticals, even beyond the borders of the German market. As the largest pharmaceutical market in Europe, with a comparatively fast decision-making process, Germany often sets the standard for reimbursement rates in other countries. To achieve the desired reimbursement price, it is crucial to meet the Federal Joint Committee’s (G-BA) evidence requirements and obtain the highest possible additional benefit.

The G-BA offers consultations to help plan clinical trials and other aspects of benefit assessments, providing pharmaceutical manufacturers with critical information to optimize development plans to improve the market access potential. However, many market access professionals face challenges following these consultations due to uncertainties stemming from generic responses by the G-BA and remaining unanswered questions.

 

Why should you take advantage of G-BA consultations?

G-BA consultations are a sponsor’s only opportunity for direct interaction with the G-BA before the benefit assessment. Depending on the topics discussed, these consultations allow you to adjust your study design to meet national requirements, structure your benefit dossier’s arguments, or refine your overall market access strategy for Germany. There are two types of consultations: early consultations for clinical trial planning and consultations before submitting the benefit dossier, which can cover topics such as the appropriate comparator therapy (ACT), epidemiological aspects, or annual treatment costs.

In theory, the process is straightforward: First, you book a consultation appointment and submit a consultation request with the topics to be discussed for the benefit assessment. Your request is reviewed by the G-BA’s Subcommittee on Medicinal Products and, in the case of early consultations, by the national regulatory authority relevant to your indication — either the Federal Institute for Drugs and Medical Devices (BfArM) or the Paul-Ehrlich Institute (PEI). Finally, the G-BA presents its position on the submitted questions in a consultation meeting, which is set-up as a discussion between participating parties.

In practice, however, there are many aspects to consider starting with the selection and wording of the submitted questions to allow for a reliable interpretation of the G-BA responses. Below, you will find practical solutions to help you precisely understand the G-BA’s requirements, avoid pitfalls, and make the most of the G-BA consultation for your successful market access in Germany.

 

Booking the appointment — Finding the right timing

The availability of consultation appointments is displayed on the G-BA’s website using a traffic light system. Green-marked appointments, which the G-BA readily accepts, are typically booked two to eight months in advance. Yellow-marked dates suggest checking whether another submission date might be possible. Red-marked dates are only available with proper justification, and it is explicitly noted that consultation requests for study planning should be submitted at another time. For early G-BA consultations, it is therefore essential to book the appointment sufficiently in advance or use the option to reserve a slot with the G-BA.

When choosing the date, consider that the assessment will be based on the documents submitted and the scientific-medical knowledge at the time of the consultation and is not legally binding. The earlier the consultation, the higher the likelihood that changes relevant to the benefit assessment, such as those concerning the ACT, could occur, potentially altering the G-BA’s position. However, you must also ensure you have enough time after the consultation to implement any changes to the study design or adjust the benefit dossier.

 

Submitting the consultation request — Choosing the right questions

A well-crafted consultation request is the key to a successful G-BA consultation. Typically, the request includes general information about the pharmaceutical company, the medicinal product or active ingredient, and the clinical studies relevant to the consultation, with emphasis on studies supporting approval.

If you are seeking an early G-BA consultation for study planning, you also need to submit the planned development program in summary form. Depending on the modality of the submission, you may also request the participation of the BfArM or PEI, which will facilitate an exchange with the G-BA on regulatory aspects relevant to the approval. After the consultation, the G-BA will give you the respective regulatory authority’s opinion, but representatives of these agencies typically do not attend the consultation meeting.

Beyond the formal section of the request, you provide the questions to be discussed at the consultation, including a clear outline of your position. To support your position, it is advisable to include sufficient background information (e.g., regarding the disease, classification, epidemiology, mechanism of action, study design, or regulatory aspects) to enable the G-BA to correctly interpret your position and corresponding questions.

 

Factors to consider when selecting questions

When preparing your questions, three aspects are key for a successful G-BA consultation:

  1. Carefully weigh risks and opportunities of each question: The specific questions and positions presented should be carefully considered, as the consultation is documented, and the final minutes are included in Module 5 of the benefit dossier. While a blanket recommendation for or against certain questions is unhelpful, it is wise to assess whether there is any room for maneuver if the G-BA disagrees with your position. If you cannot influence critical aspects, it may be better not to raise them. However, only by asking questions can you clarify uncertainties before the benefit assessment and conduct an adequate cost-benefit analysis of potential study design changes or adjust the argumentation structure of the benefit dossier.
  1. Focus on clear and precise questions with limited options for interpretation: Only clear, precise questions will result in interpretable and non-generic answers. Closed questions pose the risk (and opportunity) of a simple “yes” or “no” response. However, do not narrow the scope too much, as the G-BA will only respond to what is explicitly asked.
  2. Ground your questions on scientific data: Your positions should be scientifically sound — this builds trust and allows you to test the argumentation structure for the benefit dossier before the actual assessment. Consider the different requirements for approval and benefit assessment, such as patient-relevant endpoints and the importance of the healthcare situation in Germany.

 

Potential questions

You must also decide which questions you want to raise during the G-BA consultation. Typically, questions regarding the ACT, study population, and planned endpoints are central, as these factors influence the benefit assessment and additional benefit rating. For example, you might ask whether the G-BA agrees that the comparators in your study represent the ACT in the relevant therapeutic area and whether the ACT is appropriately implemented in your study. Ideally, you should justify the comparators in your study using the four criteria outlined in Chapter 5, Section 6 of the G-BA’s rules of procedure (VerfO), considering Section 6 of the German Ordinance on the Benefit Assessment of Pharmaceuticals (AM-NutzenV). Other relevant topics may include questions about epidemiology or annual treatment costs. There is no upper limit on the number of questions, but the G-BA will not advise on all topics. For example, the G-BA does not provide advance assessments or evaluations of statistical aspects such as hypotheses, sample size planning, or statistical models.

 

Prepare for the G-BA’s assessment

Assemble your delegation

Your delegation should consist of up to ten people. Key roles include:

  • Delegation leader: The main point of contact who coordinates the discussion with the G-BA.
  • Clinical expert: Someone familiar with the indication.
  • Interpreter: If global company representatives participate, as the consultation will be held in German.
  • Medical writer: To document the consultation and ensure the implications for the benefit assessment are immediately clear and aligned with the G-BA’s minutes.

 

Ensure that all members of your delegation are familiar with the questions and your position. Prepare answers and follow-up questions, and assign responsibilities based on expertise. In complex cases, simulate the consultation meeting.

 

Consultation meeting — Transparency through dialogue

The consultation lasts around 60 minutes and is conducted via an online meeting. After introductions, G-BA representatives explain the legal framework of the consultation. The G-BA then presents its position on your questions based on a presentation.

The indication the G-BA uses to define its position is critical; it must align with your intended marketing authorization, as discrepancies can significantly impact the choice of ACT. When the G-BA divides an indication into subpopulations (“slicing”), you will need to demonstrate the added benefit for each subpopulation individually against the corresponding ACT.

You may ask follow-up questions, and brief discussions are possible. It is at the G-BA’s discretion to document these discussions in detail. Therefore, it may be useful to compare your internal protocol with the G-BA’s preliminary minutes to identify any discrepancies.

 

Follow-up — Deriving implications for benefit assessment

After the consultation, the G-BA will provide you with the statements from AkdÄ and the scientific-medical societies, as well as any feedback from BfArM or PEI, if applicable. You will also receive the research and evidence summary for ACT determination. The preliminary minutes are generally available within ten days but may take longer. You will have ten days to review them and propose changes, if necessary, with an option to request an extension.

During a follow-up meeting, you can clarify any uncertainties. It is your responsibility to track relevant developments in the indication and assess the implications for the benefit assessment. You may request additional consultations if needed. Identify gaps and discrepancies with the G-BA’s requirements and carefully interpret their language, as responses often allow for some interpretation.

 

Final takeaways

A G-BA consultation is the best opportunity for your pharmaceutical company to clarify critical questions related to the benefit assessment. This allows you to identify potential gaps in your line of argumentation or your scientific and initiate corrective action, specifically when engaging in the early G-BA assessment before the pivotal development program has been formalized. The right choice of questions, a well-written consultation request, and thorough preparation are essential steps to increasing your chances of a successful market access strategy in Germany.

 

Interested in learning more? Watch our recent webinar “Guide to Successful G-BA Consultations: Practical Tips for Market Access Professionals”:

Consultancy-Curated Global SLRs: A New Precedent for HTA Submissions

Health Technology Assessment (HTA) typically involves the development of systematic literature reviews (SLR) to form the evidence base from which reimbursement decisions are made. Data identified by SLRs are in the public domain and in more common disease areas (such as oncology), sponsors tend to include the same trials and data in their SLRs as their competitors.

Here, we explore 1) how the need for comprehensive global SLRs results in considerable overlap between sponsors’ SLR packages; 2) the increasing challenge of managing large SLRs due to the volume of literature and rate at which new data are published; and 3) a solution to these challenges via curated ready-to-use global SLRs delivered via a subscription model.

 

How the need for comprehensive SLRs leads to overlap in evidence packages

SLRs for HTA purposes must comprehensively include all treatments for a disease. Narrower approaches specific to a sponsor’s treatment risk introducing selection bias and may be deemed as “cherry-picking” by HTA bodies. As the evidence base evolves, narrow approaches may omit pipeline treatments that go on to become the standard of care, thus limiting the long-term validity of the SLR. In addition, the standard of care differs by country and treatment pathway. Consequently, sponsors must include all treatments relevant to the context of each of their local affiliates, known as a “global SLR.” Sponsors must undergo the same methodological steps to conduct HTA-standard SLRs (search strategies, screening, data extraction), therefore, for a given specific disease, the base-case global SLR will greatly overlap between sponsors in terms of the included trials and data.

 

The increasing challenge of managing large SLRs

Conducting comprehensive global SLRs that include all available treatments is becoming a greater challenge due to rapidly emerging new treatments and, consequently, the exponentially increasing volume of newly published evidence. Ahead of going to market, sponsors must invest extensively in SLR activities and often require the expertise of external consultants. As the rate at which the evidence base continues to grow, SLR packages can rapidly become obsolete unless newly published evidence is identified via regular updates. Solutions are urgently needed to find more efficient ways for our industry to identify and synthesize data via SLRs. We, as an industry, have a responsibility to patients to reduce duplication and the time it takes for new treatments to be assessed.

 

A solution: Curated ready-to-use global SLRs

While sponsors traditionally commission a consultancy vendor with the expertise required to conduct their global SLRs de novo, Cytel is leading a shift towards consultancy-curated global SLRs that sponsors can subscribe to. Cytel conducts and updates SLRs in multiple indications delivered through the interactive web-based platform, LiveSLR®, which clients can subscribe to and access regularly updated SLRs. LiveSLR® subscribers can also commission bespoke adaptations and updates to meet their exact requirements. Common requests for bespoke adaptations include extraction of specific subgroup data, inclusion of newly published data ahead of a local submission, and expansion of an indication. Subscribers can also choose Artificial Intelligence (AI) monitoring of new literature so that SLR updates can be optimally timed.

 

Setting a new precedent for HTA

As Cytel goes to market with curated ready-to-use SLR libraries, we are engaging with members of HTA external assessment groups (EAG). HTA bodies rely on EAGs to critique company submissions in terms of the quality of evidence and methods. Their opinion regarding the acceptability of consultancy-curated SLRs and evidence identification through subscribed SLRs is paramount. To date, this engagement has been very positive, with recognition that SLRs conducted via a third party could reduce both the risk of bias within SLRs and research wastage across the industry.

For EAGs, it is the quality of the submitted SLR itself that is of importance. So long as methods are fully transparent and robust, consultancy-curated SLRs delivered via a subscription do not violate the evidence requirements of HTA bodies. All Cytel SLRs come with full methodology. The LiveSLR® platform is a comprehensive repository that includes full search strategy, Preferred Reporting Items for Systematic reviews, and Meta-Analyses (PRISMA) diagrams, excluded study listing, validated data extractions, and downloadable full reports​.

Most health economics and outcomes research/market access professionals rely on precedent to inform their strategy for reimbursement. As the HTA landscape evolves with the incoming European Union Joint Clinical Assessment and other collaborations to reduce duplication, Cytel anticipates that alternative solutions to traditional SLRs will emerge and become a new precedent within the HTA setting.

 

Cytel has seven regularly updated HTA-compliant SLRs:

 

 

Interested in learning more? Watch Vicki’s on-demand webinar “Accelerated HTA Timelines: Unlock the Power of Ready-to-Use SLRs”:

FDA Guidance on Integrating RCTs into Clinical Practice and the Growing Potential of RWE

Patient recruitment remains one of the most challenging and costly parts of clinical trials. One approach to tackle this has been partnering with healthcare providers to capture data gathered during routine clinical practice for use in clinical trials.

As part of the U.S. FDA’s Real-World Evidence (RWE) Program, the agency has issued a new draft guidance on the integration of randomized control trials (RCTs) into routine clinical practice.1 The draft is open to public comment until December 17, 2024.

Here we discuss what you need to know about the new draft guidance and the implications for the future of clinical trials.

 

Bringing together clinical research and clinical practice

Traditional randomized controlled trials gather a large amount of patient information, some of which is also collected during routine clinical care. Considering this overlap, data for a clinical trial could potentially also be gathered from patients in other clinical settings with health care providers.

Such integrated RCTs, often referred to as point-of-care or large simple trials, are designed to be more convenient and accessible for participants since they can reduce the need for trial sites, and thus can ultimately lead to more representative and generalizable results.

Additionally, there has been increasing interest in incorporating real-world data (RWD) similarly collected during routine clinical care into clinical studies.

While integrating clinical trials into routine clinical practice is not new — indeed efforts to do so have been going on for decades — recent tools, such as the use of electronic health records, have made such trials and the use of RWD far more feasible.

 

Integrating RCTs into routine clinical practice: What to know

The new draft guidance, “Integrating Randomized Controlled Trials for Drug and Biological Products into Routine Clinical Practice: Guidance for Industry,” aims to “support the conduct of randomized controlled drug trials (RCTs) with streamlined protocols and procedures that focus on essential data collection, allowing integration of research into routine clinical practice.”

The guidance emphasizes a few key points:

The role of established healthcare institutions and existing clinical expertise

The guidance highlights the importance of leveraging established healthcare institutions and existing clinical expertise, discussing the roles of sponsors, clinical investigators, and healthcare providers. This can reduce start-up times and speed up enrollment, making the trial process more efficient.

 

Streamlining RCTs to align with clinical practice

Here the guidance emphasizes that trials will be most successfully integrated with clinical practice when the data needed is collected routinely and does not require additional procedures or visits. Where this is not possible, a hybrid approach should be considered.

 

A quality by design approach

Successful integration will rely on designing trials that follow a set of principles that involves considering such aspects as eligibility criteria, choosing suitable investigational drugs, study endpoints, and so on.

 

Implications for the future of clinical trials

Enhanced accessibility and efficiency

By integrating RCTs into routine clinical practice, this guidance aims to make participation easier for patients, which could lead to higher enrollment rates and more diverse participant pools. This will be especially important for rare diseases, as the overall pool of patients is smaller, and trials compete for enrollment.

Furthermore, streamlined protocols and procedures are expected to reduce administrative burdens and costs, making trials more efficient and potentially accelerating the development of new therapies.

 

Improved generalizability of results

The use of RWD and the integration of trials into everyday clinical settings can produce findings that are more applicable to real-world patient care. This can enhance the external validity of trial results and improve their utility in clinical decision-making.

 

Faster innovation cycles

The ability to conduct trials more quickly and efficiently can shorten the time from discovery to market for new treatments. This can foster a more dynamic and responsive healthcare innovation ecosystem.

 

Integrating clinical trials with clinical practice: Challenges and perspectives

Although the emphasis has been put on the integration of clinical trials with clinical practice, such integration may face challenges in the short term. Over time, infrastructure and scientific advances could help us overcome them.

 

Quality, integrity, and accuracy of trial data

The guidance emphasizes that sponsors must ensure the quality, integrity, and accuracy of trial data. However, sponsors may encounter inconsistencies with how data is collected by healthcare providers and find that some study procedures cannot be performed within routine clinical practice without causing significant disruption.

Additionally, the lack of standardized formats and terminologies across different data sources can also make it difficult to integrate and analyze data uniformly. Although standards and common data models (CDM) are converging towards more standardization, the progress has been very slow.

 

Obtaining informed consent

When conducting a traditional clinical trial, sponsors must obtain consent from trial participants, but doing so within routine clinical practice may present additional hurdles. To overcome this when integrating an RCT into clinical practice, the guidance suggests that one solution can be to embed informed consent documents into EHRs.

However, when using RWD retrospectively, obtaining appropriate consent remains a significant challenge, and may need future changes in jurisdictions waiving such consent.

 

Controlling for bias

When incorporating a clinical trial into clinical practice, blinding may be difficult to ensure. According to the guidance, blinding may add complexity to trial implementation, require greater resources, increase costs, and require longer timelines. And when not possible to include blinding, identifying potential sources of bias and including measures to address them in the trial design will add additional challenges.

 

Data privacy and security

Ensuring the privacy and security of patient data is crucial. The use of RWD must comply with stringent data protection regulations, which can complicate data sharing and integration.

Facilitating secure and compliant data sharing between institutions and across borders also remains a significant hurdle.

 

Methodological challenges

Developing robust methodologies to analyze RWE and integrate it with traditional clinical trial data is essential to ensure the reliability and validity of the results.

RWD may also be subject to biases that can affect the validity and generalizability of findings. Ensuring that the data accurately represents the broader patient population is crucial.

 

Addressing these challenges requires collaboration among stakeholders, including researchers, healthcare providers, regulatory bodies, and technology developers. By overcoming these hurdles, the integration of RWD into clinical trials can enhance the relevance and efficiency of clinical research, ultimately leading to better patient outcomes.

 

Final takeaways

The FDA’s new draft guidance represents a significant step toward modernizing clinical trial methodologies, making them more patient-centric and reflective of real-world conditions. This evolution is poised to enhance the relevance, efficiency, and impact of clinical research in the coming years.

This approach is also consistent with the growing trend of considering the “entirety of evidence.” The conventional hierarchy of evidence, which opposes clinical trials with real-world evidence study designs, may also need to be revisited for a more complex and holistic consideration of evidence that includes a variety of needs on the one hand and a continuum of study designs and data sources on the other.

 

Notes

1 U.S. FDA. (September 2024).  Integrating Randomized Controlled Trials for Drug and Biological Products into Routine Clinical Practice: Draft Guidance for Industry.

Maximizing the Potential of Real-World Data with Bayesian Borrowing

In response to concerns about data quality in real-world evidence (RWE) generation, including issues such as bias and small sample sizes, resulting in low precision estimates with questionable accuracy and thus interpretability challenges, regulatory submissions have increasingly incorporated advanced methodologies to enhance the robustness of RWE.

Among these methods, Bayesian borrowing stands out as an approach that can significantly increase the scientific potential of real-world data. By leveraging data from multiple sources that may all have different weaknesses, Bayesian borrowing can combine these and enhance the power of comparisons with trial data for comparisons beyond those from a randomized control trial. Bayesian borrowing can also be used to create hybrid control arms, enabling a smaller control cohort to address ethical concerns and patient availability issues.1

 

The Bayesian borrowing concept

Bayesian borrowing methods make use of external data, potentially from multiple sources, by using a prior distribution that adjusts for the possibility that this external data may come from a different population. While using external or historical data can enhance the precision and accuracy of parameter estimates in a study, directly simple pooling of this data could lead to bias if the external population differs from the current one.2,3,4 To address this, priors such as a power prior is used to adjust the influence of the external data, which is more diffuse than complete pooling of current study dataset and the external dataset, reducing the possible bias but also the eventual precision of the parameter estimate.

In drug development, Bayesian borrowing is primarily applied in situations involving rare diseases, pediatric trials, or when there are no existing approved treatments for the same conditions.5

 

Figure 1. Bayesian borrowing

 

Quantitative bias analysis (QBA) plays a crucial role in supporting studies that employ Bayesian borrowing by assessing the impact that the weaknesses in the data being integrated has on study results. When leveraging external or historical data through Bayesian methods, such as Bayesian borrowing, there is always a risk that the borrowed data may introduce bias due to elements that cannot be addressed directly in analysis specifications, such as missing or unmeasured data, or other quality issues. QBA helps to quantify the extent of these biases and provides a structured approach to adjust for them, thereby enhancing the interpretation possibilities of the results, ultimately supporting study validity and scientific integrity.

By applying QBA alongside Bayesian borrowing, researchers can transparently account for uncertainties in the borrowed data and ensure that the final estimates are more robust, credible, and defensible in both regulatory and clinical decision-making contexts.

 

Figure 2. Example of QBA for Bayesian borrowing

 

FDA and HTA submissions incorporated with Bayesian borrowing methods

In recent years, the acceptance of Bayesian borrowing approaches has been evolving from both regulatory and Health Technology Assessment (HTA) perspectives.

The FDA has highlighted this shift through initiatives like a podcast discussing the use of Bayesian statistics, including a case where Bayesian methods were used to borrow data from an adult trial to assess an asthma product’s treatment effects in pediatric patients.6 Additionally, the FDA recommended that GSK apply Bayesian dynamic borrowing to integrate adult trial data for a pediatric study for post-marketing activities, and these results were subsequently accepted.7

HTA bodies are also considering Bayesian methods; for example, NICE recommended using Bayesian hierarchical models, which are closely related to Bayesian borrowing, in the technical appraisal of larotrectinib for NTRK-fusion positive solid tumors in 2020.8

Furthermore, the FDA plans to release draft guidance on the use of Bayesian methods in clinical trials for drugs and biologics by the end of 2025.

 

The future of Bayesian borrowing

Although Bayesian methods have garnered increasing attention from regulatory and HTA bodies, their practical implementation has been somewhat limited. Challenges such as organizational resistance to novel approaches, resource constraints, and difficulties in applying these advanced methods effectively can hinder their adoption in regulatory and HTA submissions. However, as awareness grows and best practices are established, these barriers are likely to diminish, paving the way for more widespread use of Bayesian methods.

 

Notes

1 Dron, L., Golchi, S., Hsu, G., & Thorlund, K. (2019). Minimizing Control Group Allocation in Randomized Trials Using Dynamic Borrowing of External Control Data – An Application to Second Line Therapy for Non-Small Cell Lung Cancer. Contemporary Clinical Trials Communications, 16(1).

2 Viele, K., Berry, S., Neuenschwander, B., Amzal, B., Chen, F., Enas, N., Hobbs, B., Ibrahim, J. G., Kinnersley, N., Lindborg, S., Micallef, S., Roychoudhury, S., & Thompson, L. (2013). Use of Historical Control Data for Assessing Treatment Effects in Clinical Trials. Pharmaceutical Statistics, 13(1).

3 Struebing, A., McKibbon, C., Ruan, H., Mackay, E., Dennis, N., Velummailum, R., He, P., Tanaka, Y., Xiong, Y., Springford, A., & Rosenlund, M. (2024). Augmenting External Control Arms Using Bayesian Borrowing: A Case Study in First-Line Non-Small Cell Lung Cancer. Journal of Comparative Effectiveness Research, 13(5).

4 Mackay, E. K. & Springford, A. (2023). Evaluating Treatments in Rare Indications Warrants a Bayesian Approach. Frontiers in Pharmacology, 14(1).

5 Muehlemann, N., Zhou, T., Mukherjee, R., Hossain, M. I., Roychoudhury, S., & Russek‑Cohen, E. (2023). A Tutorial on Modern Bayesian Methods in Clinical Trials. Therapeutic Innovation & Regulatory Science, 57(1).

6 Clark, J. (2023). Using Bayesian Statistical Approaches to Advance our Ability to Evaluate Drug Products. CDER Small Business and Industry Assistance Chronicles, U.S. FDA.

7 Best, N., Price, R. G., Pouliquen, I. J., & Keene, O. N. (2021). Assessing Efficacy in Important Subgroups in Confirmatory Trials: An Example Using Bayesian Dynamic Borrowing. Pharmaceutical Statistics, 20(1).

8 NICE. (2020). Appraisal Consultation Document: Larotrectinib for Treating NTRK Fusion-Positive Solid Tumours.

Unlocking Germany’s Pharmaceutical Market: A Guide to AMNOG and Market Access

Germany is one of the most attractive markets for pharmaceutical companies in Europe, due to the size of its population and its importance as a pricing reference in Europe. However, entering this market comes with a unique set of challenges, particularly in navigating the complex reimbursement landscape. For market access professionals looking to introduce new drugs into Germany, understanding these hurdles is essential for a successful market entry.

 

 

Understanding the challenges of entering the German pharmaceutical market

The German pharmaceutical market is governed by stringent regulations. The key challenge lies in the AMNOG (Arzneimittelmarkt-Neuordnungsgesetz, “Pharmaceuticals Market Reorganization Act”) process, which requires all new innovative pharmaceuticals to undergo a benefit assessment by the Federal Joint Committee (G-BA). This assessment is crucial as it determines the manufacturer’s ability to influence the reimbursement price, and therefore has a direct impact on the profitability of the drug in the German market and beyond, where the German price is considered as a reference point​.

 

Navigating the AMNOG process

To successfully navigate the complex market access environment in Germany, pharmaceutical companies must have a clear strategy for addressing the AMNOG process. This process begins with the submission of a benefit dossier, which is assessed by the IQWiG (Institute for Quality and Efficiency in Health Care). Afterward, the pharmaceutical company must submit a written statement regarding the benefit assessment and an oral hearing takes place. Subsequently, the Federal Joint Committee (G-BA) publishes a resolution on the additional benefit of the drug six months after dossier submission in Germany, which forms the basis for price negotiations​.

 

Preparing for the benefit assessment – Leveraging the G-BA consultation

Early consultations with the G-BA can significantly improve the strategic positioning of a pharmaceutical company’s product in the German market. The consultation, which usually takes place before the start of Phase III pivotal studies, allows companies to clarify which evidence requirements are expected for the benefit assessment, e.g., which drugs in the comparator arm are suitable as appropriate comparator therapies (ACT) and which endpoints are likely to be accepted as patient relevant. This early-stage engagement with the G-BA helps pharmaceutical companies align their strategy with the assessor’s expectations and reduce the risk of derailments during the benefit assessment process.

During G-BA consultations, several critical topics are typically addressed. These include the determination and evaluation of the possible ACT — a crucial element in demonstrating the additional benefit of the new drug. Questions are also raised about the study endpoints, focusing on which endpoints are patient-relevant in terms of the benefit assessment. Furthermore, the design and duration of the clinical studies are scrutinized, especially ensuring the study population reflects the German Statutory Health Insurance (SHI) population. These discussions provide strategic guidance and influence the overall structure of the clinical development program.

The insights gained from G-BA consultations can inform the design of the pivotal study and the subsequent preparation of the benefit dossier. By addressing the key issues raised during the consultation — such as the appropriate comparator therapy, patient-relevant endpoints, and other components of the study design — pharmaceutical companies can ensure their study design aligns best with G-BA’s expectations and is aligned with the requirements of the benefit dossier. This can significantly improve the chances of demonstrating an additional benefit, which is pivotal in the price negotiation phase. Although the recommendations from the G-BA consultation are not binding, they serve as valuable guidance, particularly as the standard of care and guidelines can evolve, potentially impacting the dossier submission.

 

The relevance of the appropriate comparator therapy — Benchmarking the additional benefit

The ACT plays a key role in the benefit assessment of new drugs in Germany. The ACT reflects the standard of care in the country, serving as the benchmark against which the new drug’s additional benefit must be demonstrated. The G-BA is responsible for determining the ACT, and its selection has far-reaching implications, including influencing price negotiations. Importantly, the ACT is legally binding only once the G-BA publishes its resolution, but it can evolve, particularly if new innovations enter the market before the drug launch. If the ACT is anticipated correctly and corresponding evidence is demonstrated, only then can the new drug’s potential additional benefit be assessed.

For a new drug to be considered beneficial, it must demonstrate superiority over the ACT, either in terms of efficacy, safety, or other patient-relevant outcomes. This differentiation is crucial because it directly impacts the G-BA’s evaluation of the additional benefit. The new drug needs to show clear and statistically significant advantages in areas like improved survival rates, health-related quality of life, or reduced side effects compared to the ACT. The more distinct and favorable the new drug is in comparison to the ACT, the higher the likelihood of receiving a positive benefit assessment, which can then positively influence the price potential.

 

A special case for orphan drugs

Orphan drugs follow a unique pathway within the German reimbursement landscape. By law, these drugs are granted a “non-quantifiable” additional benefit, meaning that they do not require evidence with a direct comparison to the ACT for their benefit assessment. However, once the orphan drug’s revenue exceeds €30 million within 12 months, a regular benefit assessment process is initiated, where the drug is required to demonstrate an additional benefit against one or more ACTs. This means that while orphan drugs initially enjoy certain exemptions, they may eventually be subject to the same rigorous benefit assessments as other pharmaceutical products once they cross the revenue threshold. Early consultations with the G-BA regarding potential future ACTs are particularly useful for orphan drugs, as they prepare manufacturers for what may come if the drug loses orphan status or exceeds the revenue limit. If the company expects to exceed the revenue threshold, they may also opt to develop a full benefit assessment right away.

 

Demonstrating the additional benefit — The benefit dossier

The benefit dossier submitted to the G-BA is the cornerstone of demonstrating the additional benefit of a new drug. It presents detailed descriptions of the methodology, including the statistical analyses, the study results, and at least a systematic literature review. Moreover, study results for specific subgroups (e.g., gender, age, disease severity) are presented, so that more details are included than in the clinical study report.

The dossier is compromised in 5 Modules. While all modules are important, Modules 3 and 4 are particularly critical. Module 3 addresses essential aspects such as the ACT, disease description, medical need, epidemiology, the number of patients in the target population, and therapy costs. Thus Module 3 provides the contextual basis for evaluating the new drug’s place in the therapeutic landscape. Module 4, on the other hand, is the heart of the dossier, focusing on the evidence generated. It includes detailed descriptions of the methodology, results, and statistical analyses, often spanning hundreds of pages. These analyses cover various subgroups, including gender, age, and disease severity, and include systematic literature reviews. Together, these modules offer a comprehensive overview, presenting the evidence needed for the G-BA to assess the drug’s value compared to the ACT.

One of the biggest challenges pharmaceutical companies face is aligning clinical trial design with the G-BA’s benefit assessment criteria. While a trial may be excellent from a scientific or regulatory perspective, it might not meet the requirements of a benefit assessment if it does not reflect the German standard of care or the ACT. Ideally, trials should be designed with head-to-head comparisons against the ACT or, if not possible otherwise, indirect treatment comparisons. Furthermore, relying solely on marketing authorization criteria may not be sufficient, as these differ from those used for benefit assessments. Ensuring that the clinical trial design mirrors the G-BA’s expectations, especially in terms of comparator treatments and patient-relevant endpoints, is essential for demonstrating an additional benefit.

 

Decision on additional benefit

The G-BA’s decision-making process on whether a drug demonstrates an additional benefit is multi-step and involves multiple stakeholders. After the dossier is submitted, it undergoes a benefit assessment, during which the G-BA, informed by the IQWiG’s evaluation, weighs the advantages and disadvantages of the drug compared to the ACT. This process also includes statements from the manufacturer, clinical experts, and an oral hearing. If statistical uncertainties arise, the G-BA may grant a “non-quantifiable additional benefit,” but only if the medical relevance of the effect is clear. A detailed justification is required, covering each endpoint category, to explain how the final decision was reached. Any weaknesses in the dossier or the evidence presented can lead to a downgrading of the additional benefit, making it crucial that pharmaceutical companies present a strong, well-argued case.

 

 

Price-setting mechanism — The worth of the additional benefit

Once the G-BA resolution on the additional benefit of a new drug is published, the formal price negotiation begins within four to six weeks. The annual therapy costs of the ACT, presented in Module 3 of the benefit dossier, serve as the price anchor in these negotiations. If the G-BA grants the new drug a considerable or major additional benefit, a price premium can be negotiated on top of this anchor. The amount of the premium depends on several factors, such as the extent of the additional benefit (whether it is classified as considerable or major, for example), the robustness of the evidence supporting the benefit (proof, indication, or hint), the European price structure, and prior decisions of the arbitration board in similar cases.

If negotiations between the pharmaceutical company and the National Association of Statutory Health Insurance Funds (GKV-SV) fail, an arbitration board is brought in to make the final decision on the reimbursement price. Notably, arbitration board decisions from past cases can serve as a guideline for outcomes in future negotiations.

The correlation between price and additional benefit is at the heart of the AMNOG process. If the additional benefit is deemed considerable or major, the pharmaceutical company has the position to obtain a premium price. However, if the additional benefit is classified as non-quantifiable, minor, or absent, the post-AMNOG pricing potential is often limited and may even require a pricing discount in relation to the therapy costs of the ACT. In such cases, no price premium can be negotiated. As an alternative option to improve the pricing outcome, companies may leverage real-world evidence (RWE) or optimize the upper price range of the ACT to boost the average annual therapy costs.

Recent legislative changes, such as the “law to stabilize the financial situation of statutory health insurances (GKV-FinStG)” and the “Medical Research Act,” have introduced additional complexities. These laws affect pricing mechanisms, including the introduction of confidential reimbursement prices and mandatory rebates, which can pose challenges for pharmaceutical companies.

 

Final takeaways

The ACT is the cornerstone of the AMNOG process, influencing both the benefit assessment and subsequent pricing negotiations in the German pharmaceutical market. By carefully selecting and anticipating the right ACT during the trial design and dossier preparation, pharmaceutical companies can increase their chances of demonstrating an additional benefit, which is pivotal for achieving a favorable price. This interplay between the ACT and the drug’s assessed value determines its commercial success in Germany and serves as a reference point in international markets. Therefore, early strategic planning around the study design including the ACT, coupled with effective benefit dossier preparation, is essential for any sponsor aiming to unlock the full potential of their product in this highly regulated environment.

 

Notes

Kuchenreuther, M. J. & Sackman, J. E. (2014). Drug Benefit Assessment Challenges Market Access in Germany. Pharmaceutical Technology Sourcing and Management 10(12).

Alsan, K. (2024). Pharmaceutical Industry Faces Regulatory and Access Challenges in Germany, VFA Report Reveals. Market Access Today.

Koyuncu, A. & Aretz, M. (2024). Germany Again to Reform Drug Pricing and Reimbursement Laws – With “Confidential Reimbursements Prices” that Impede International Reference Pricing. Inside EU Life Sciences.

Koyuncu, A. & Aretz, M. (2024). Germany Amends Drug Pricing and Reimbursement Laws with “Medical Research Act” – Drug Pricing Becomes Intertwined with Local Clinical Research Expectations. Global Policy Watch.

 

Interested in learning more? Watch our recent webinar “Guide to Successful G-BA Consultations: Practical Tips for Market Access Professionals”:

Simulating Survival Outcomes for Unanchored Simulated Treatment Comparisons: Guidance on Censoring Approaches

Unanchored simulated treatment comparisons (STCs) are a valuable tool for manufacturers navigating the health technology assessment (HTA) landscape. When head-to-head clinical trials are unavailable, STCs allow for population-adjusted indirect comparisons between a single-arm trial and an external control arm.

Using regression modeling to predict outcomes based on patient characteristics, STCs enable comparisons in the absence of a common comparator. This is particularly valuable when evaluating novel therapies, especially in rare or specialized disease areas where randomized controlled trials may be limited.

Read more »

External Validity Bias in HTA Submissions: A Case for Transportability Methods

Health technology assessment (HTA) bodies support decision-making for the reimbursement of new technologies at the local or national level. Recommendations made by HTA bodies are based on various sources of evidence, ranging from the preferred standard randomized clinical trials to real-world data (RWD) when trials are unavailable or not relevant to the target population of the decision problem. Non-randomized studies of treatment effects are already widely used in rare diseases and innovative technologies to contextualize findings from single-arm trials. Watch our recent webinar on real-world external control arms here.

To build trust in the evidence that supports decision making, researchers need to understand and address potential risks to study validity.

Read more »

Artificial Intelligence Applications in HEOR

Written by Reza Jafar, Omar Irfan, and Maria Rizzo

Recent advancements in machine learning (ML) and artificial intelligence (AI) can offer tremendous potential benefits to health economics and outcomes research (HEOR), such as in cohort selection, feature selection, predictive analytics, causal inference, and economic evaluation.[1] The use of ML and AI has been previously explored in systematic literature reviews (SLRs), real-world evidence (RWE), economic modeling, and medical writing.[2-4]

In this article, we assess the evolving landscape of evidence and developments attributed to AI in HEOR, reflecting on recent insights and developments presented at the 2024 US conference for The Professional Society for Health Economics and Outcomes Research (ISPOR) in Atlanta. Read more »