Prof. Leder-Luis, an economist and assistant professor at Boston University, delivered a lecture on healthcare fraud, focusing on systemic issues within Medicare and Medicaid. The U.S. government spends over $1 trillion annually on health insurance, and fraud spans numerous sectors, including ambulances, pharmacies, and nursing homes. Fraud diverts resources from critical social programs, undermining their effectiveness and efficiency.
Key points from the lecture include:
Fraud Overview: Fraud in healthcare often arises from information asymmetry, where providers exploit their greater knowledge of services and patient needs. Examples include unnecessary services or overbilling.
Prior Research: Prof. Leder-Luis's studies emphasize enforcement mechanisms like whistleblower programs and prior authorization, showing their deterrence effects. However, his latest focus is on market design, questioning whether system structures incentivize fraud.
Ambulance Fraud: In a prior study, he highlighted fraudulent ambulance companies billing Medicare for unnecessary non-emergency dialysis transport. This showcased how fixed, inflated prices in healthcare incentivize exploitation.
Price Competition: The new study examines whether introducing competitive bidding in Medicare Durable Medical Equipment (DME) markets can reduce fraud. Competitive bidding was intended to lower costs and disincentivize fraudulent behavior.
Findings:
Competitive bidding reduces overall spending and prices but leads to unintended consequences.
Fraudulent firms gained market share due to their ability to operate at lower costs, potentially because of lower quality or unethical practices.
Legitimate firms were disproportionately affected, undermining the program's goals.
Mechanisms:
Larger firms, often fraudulent, thrive under competitive pressure, suggesting a selection bias.
Anti-competitive behaviors, such as collusion in bidding, may also play a role.
Reduced prices may indirectly encourage fraudulent practices by making honesty less profitable.
Implications: The lecture emphasized the need to balance price competition with mechanisms that prevent fraud and ensure quality. Prof. Leder-Luis advocates for systemic reforms to address these challenges.
This research offers insights into the complexity of reducing fraud in public healthcare programs while maintaining their integrity and effectiveness.
##
In more detail please.
##
Summary of Prof. Leder-Luis’s Lecture on Healthcare Fraud
Prof. Leder-Luis, an assistant professor at Boston University and an economist specializing in public program efficiency and healthcare fraud, discussed systemic challenges in combating fraud within Medicare and Medicaid, focusing particularly on market design and the role of competition. The lecture, titled "Competition and Fraud in Healthcare," highlighted how fraud manifests, its roots in system incentives, and the implications of policy measures aimed at curbing it.
Fraud in the Healthcare Sector
The U.S. government spends over $1 trillion annually on Medicare and Medicaid. Fraud, a pervasive issue across multiple sectors—such as ambulances, durable medical equipment (DME), and pharmacies—represents a significant inefficiency. Fraud diverts resources from underfunded social safety net programs, such as Medicaid, thereby undermining their intended purpose. Unlike waste, fraud involves deliberate deception, including billing for unnecessary or nonexistent services and equipment.
Prof. Leder-Luis emphasized the economic underpinning of healthcare fraud as an information asymmetry problem, where providers exploit their superior knowledge of patient needs and medical services relative to insurers. This creates incentives to engage in fraudulent activities, especially given the profit opportunities in certain segments of healthcare.
The Role of Market Design and Competition
Traditional enforcement mechanisms, such as whistleblower lawsuits, prepayment reviews, and ex-post investigations, have demonstrated varying degrees of success in deterring fraud. However, these approaches primarily address fraud after it occurs rather than examining its systemic origins. Prof. Leder-Luis’s recent work shifts focus to the structural conditions enabling fraud, asking whether changes to healthcare market design could mitigate fraudulent behavior preemptively.
One focal point of the lecture was the Medicare DME program, a $5–10 billion annual program covering products like wheelchairs, oxygen equipment, and hospital beds. Historically plagued by high levels of fraud—evidenced by improper payment rates exceeding 20%—DME fraud involves schemes such as billing for unnecessary equipment or inflating the cost of provided items (upcoding). For example, fraudulent suppliers might deliver high-cost wheelchairs to patients who do not need them, supported by dubious physician prescriptions.
In response, Medicare implemented competitive bidding for DME. By introducing price competition, the program aimed to lower prices and reduce fraud by decreasing profit margins that incentivize unethical behavior.
Key Research Findings
Prof. Leder-Luis and his team analyzed the effects of competitive bidding on fraud using Medicare claims data and a difference-in-differences methodology, leveraging the staggered rollout of competitive bidding across regions. Their findings reveal significant unintended consequences:
Overall Spending and Price Reductions:
Competitive bidding successfully reduced total spending, prices, and quantities of DME.
This aligns with prior literature showing that competitive bidding lowers costs and curtails oversupply.
Market Dynamics and Fraud:
Contrary to expectations, fraudulent firms gained market share under competitive bidding. These firms often operate at lower costs, potentially by sacrificing quality or engaging in unethical practices, allowing them to outbid legitimate firms.
Legitimate firms were disproportionately disadvantaged, suggesting that the competitive bidding process inadvertently selected for firms willing to cut corners.
Mechanisms Driving Fraud:
Firm Size Effects: Larger firms, which may include fraudulent operators, are better equipped to absorb the overhead costs associated with competitive bidding and compliance requirements. This structural advantage may explain their resilience.
Anti-Competitive Behavior: Some fraudulent firms may engage in collusive practices or exploit weaknesses in auction systems to gain a competitive edge.
Cost and Quality Trade-offs: Fraudulent firms may reduce costs by lowering quality or bypassing regulations, enabling them to survive and thrive in a price-competitive environment.
Broader Implications
The research underscores the complexity of designing fraud-resistant systems. While competitive bidding reduces program costs, it creates perverse incentives that allow unethical firms to dominate the market. This finding challenges the assumption that competition alone can improve market efficiency and highlights the importance of balancing price reduction strategies with safeguards against fraud.
Prof. Leder-Luis situated this study within broader literatures on healthcare fraud, market competition, and public goods provision. He emphasized the need for policies that address the root causes of fraud, such as regulatory gaps and inadequate oversight mechanisms, rather than relying solely on reactive enforcement.
Conclusion
Prof. Leder-Luis concluded by advocating for a nuanced approach to combating healthcare fraud. Policymakers must weigh the trade-offs between lowering costs and ensuring program integrity, considering both the structural incentives for fraud and the characteristics of firms that succeed in competitive environments. This research offers critical insights into how public programs can be designed to minimize fraud while preserving their social welfare objectives.
4% of our GDP went to health care when my uncle was president.
Today, 20% does. It's $4.3 trillion. Our entire defense budget, including national security veterans, everything is 1.3 trillion.
Health care is $4.3T and 93% of Medicare claims are for chronic disease. 6% of kids had chronic disease when my uncle is present, 60% today.
Nobody's saying anything.
These are all autoimmune diseases, which I never heard of, rheumatoid arthritis, juvenile diabetes, these exotic Crohn's disease, lupus.
I have a lot of young people in my audience. Almost all of them have something. It's hard to find a young person who does not have neuro developmental disorders add ADHD, speech related language like tics, Rett syndrome, ASD, autism, our kids are all on Adderall. They're all on SSRIs.
Why? Doctors didn't just start prescribing these for no reason. We have damaged this entire generation. We have poisoned them.
And the autism rates have gone from one in 10,000 in my generation 70 year old men, one in 10,000 of people my age has autism. One in every 34 kids in my kids generation, one in every 22 boys. The military can't recruit kids anymore. They're so badly damaged. And it's bankrupting our country, and it's rising exponentially.
And nobody is mentioning it> We we have a medical cartel which are our regulatory agencies, the pharmaceutical companies, the doctors, hospitals, that which are all owned by hedge funds, are now making a killing on chronic disease. And the sicker we get, the richer they get.
The insurance industry, the sicker we are, the richer they are and nobody is saying anything.
No, not one presidential candidate ever mentions this. It's the biggest issue.
Here are the citations to MENG and to DOWDELL. MENG looks at CGP in lung cancer, DOWDELL looks at CGP across solid cancers.
Here are the citations for each paper in a standard format:
Meng, R., Dowdell, A. K., Vita, A., Hanes, D., Bapat, B., Chang, S.-C., Harold, L., Schmidt, M., Wong, C., Poon, H., Schroeder, B., Weerasinghe, R., Sanborn, R., Leidner, R., Urba, W. J., Bifulco, C., & Piening, B. (2024). Clinical impact for advanced non-small-cell lung cancer patients tested using comprehensive genomic profiling at a large USA health care system. ESMO Real World Data and Digital Oncology, Volume 5, Issue C. https://doi.org/10.1016/j.esmorw.2024.100057.
Dowdell, A. K., Meng, R. C., Vita, A., Bapat, B., Hanes, D., Chang, S.-C., Harold, L., Wong, C., Poon, H., Schroeder, B., Weerasinghe, R., Leidner, R., Urba, W. J., Bifulco, C., & Piening, B. D. (2024). Widespread adoption of precision anticancer therapies after implementation of pathologist-directed comprehensive genomic profiling across a large US health system. JCO Oncology Practice, 20(11), 1523-1532. https://doi.org/10.1200/OP.24.00226.
Here is an AI comparision of the two papers.
The two studies by Meng et al. and Dowdell et al. focus on the clinical impact of comprehensive genomic profiling (CGP) for cancer patients, particularly in non-small cell lung cancer (NSCLC) and advanced solid tumors, using Providence Health System’s in-house CGP protocol. Here’s a PhD-level comparative analysis and overlap assessment:
Research Context and Objectives: Both studies aim to assess the effectiveness of in-house CGP on treatment outcomes and precision therapy adoption. Meng et al. focus specifically on advanced NSCLC patients, comparing outcomes between CGP-tested patients and those using a prior 50-gene small panel. Dowdell et al. take a broader approach by implementing pathologist-directed CGP testing across various tumor types and stages, with an emphasis on precision therapy adoption and overall survival benefits.
Methodology and Cohorts:
Meng et al. assess NSCLC patients with a targeted comparison between those tested with CGP versus a prior small panel, concentrating on actionable biomarker detection and therapy alignment. Their CGP panel (ProvSeq 523 genes) was implemented to capture actionable mutations, especially in NSCLC, using a structured approach with additional PD-L1 and TMB biomarker analysis.
Dowdell et al., by contrast, standardize CGP testing across all advanced cancers in a broader patient cohort (3,216 cases), with a focus on universal adoption through a pathologist-directed protocol immediately at diagnosis. They also explore clinical trial eligibility as a metric for treatment efficacy. While both studies use the same CGP panel, Dowdell’s study includes a broader in silico comparator cohort to estimate outcomes based on a 50-gene panel.
Data Collection and Analysis Techniques: Both studies employ natural language processing (NLP) tools to extract PD-L1 results from pathology notes, achieving high precision and recall, which enhances consistency in biomarker reporting. However, Dowdell et al. adopt additional machine-learning-based chart mining across a more diverse tumor registry dataset, thus allowing for a more comprehensive analysis of various tumor types and treatment modalities.
Results – Actionable Biomarkers and Therapy Outcomes:
In Meng et al., CGP testing led to actionable biomarkers in 77% of NSCLC cases, with a significant survival advantage (median OS of 15.7 months for CGP versus 7 months for small panel). CGP testing increased precision therapy usage from 50% to 64%, with a higher rate of TT utilization.
Dowdell et al. report that 49% of all advanced cancer cases had at least one actionable biomarker, and CGP expanded eligibility for precision therapy by broadening access to trials. They found that CGP-tested patients with actionable markers had a 52% rate of TT or IO usage, with improved OS (25 months for TT versus 17 months for chemotherapy alone).
Overlap and Novel Contributions: Both studies overlap in highlighting CGP’s value in expanding treatment options and survival outcomes. However, Meng et al. provide a narrower focus on NSCLC and the CGP panel’s ability to detect mutations previously missed by small panels. Dowdell et al. expand this by applying CGP across a diverse range of cancers and emphasizing a system-wide protocol that standardizes CGP from the diagnostic stage, aiming to reduce barriers to testing and improve workflow efficiency.
Conclusions and Implications: Both papers underscore CGP’s efficacy in promoting precision medicine and improving patient survival. Meng et al.’s findings are particularly compelling for NSCLC clinical protocols, while Dowdell et al. suggest that pathologist-directed CGP testing could become a standard in cancer care, highlighting broader, system-level changes in oncology practice.
In summary, the studies provide complementary perspectives, with Meng et al. focused on deep insights into NSCLC patient outcomes, and Dowdell et al. highlighting systemic protocol shifts and broader population impacts. This synthesis supports the push toward CGP standardization in oncology but points to specific improvements in protocol, turnaround time, and physician engagement to achieve widespread, effective CGP implementation.
Subject: Detailed Summary of Conversation between Dr. Robert Califf, Outgoing FDA Commissioner, and Esther Krofah, Milken Institute Health Summit – November 13, 2024
Overview
The November 13, 2024, Milken Health Summit hosted a conversation between Dr. Robert Califf, outgoing FDA Commissioner, and Esther Krofah, Executive Vice President of Health at the Milken Institute. This discussion provided insights into Dr. Califf’s reflections on his tenure, challenges he faced, and his perspectives on FDA's future regulatory responsibilities, including areas such as food safety, medical product innovation, AI in healthcare, and diversity in clinical trials.
Key Discussion Points
1. Opening Remarks and Background of Califf’s Tenure
Krofah opened by acknowledging Dr. Califf's “two tours of duty” as FDA Commissioner, specifically highlighting his leadership during crises, such as the Abbott infant formula recall.
Califf shared that this crisis occurred on his first day back, emphasizing the immediate need for response and crisis management. His leadership has been marked by rapid adjustments to unexpected challenges.
2. Califf’s Reflections on Legacy and Accomplishments
FDA's Role in Food Safety: Califf discussed the major reorganization of FDA’s food division, a response to the growing complexity of food safety regulation. This reorganization involved approximately 8,000 staff, predominantly focused on inspections rather than nutrition—a limitation influenced by congressional budget allocations.
Medical Product Innovation: On the medical product side, Califf highlighted FDA’s expanded focus on cross-department collaboration, especially in rare diseases. He noted the FDA’s essential role in balancing product innovation with safety, maintaining its global reputation as the “gold standard” for regulatory bodies.
3. Challenges in U.S. Healthcare Delivery and Innovation
Califf expressed concern about the U.S.’s healthcare system, pointing out that the country’s innovative capacity does not translate effectively into accessible healthcare for all. The U.S. ranks last among high-income nations in healthcare access and outcomes, a concern he believes extends beyond FDA’s scope but requires multi-stakeholder action.
4. FDA’s Role in Artificial Intelligence (AI) Integration in Healthcare
Califf articulated that FDA is prepared to oversee certain aspects of AI-driven medical advancements, particularly those related to molecular discovery and clinical trial design. He highlighted FDA’s expertise in assessing safety and efficacy in clinical settings.
However, Califf identified AI decision support in healthcare delivery as an area that lacks robust monitoring. He advocated for an “ecosystem” approach where FDA guidelines support self-regulation, similar to how farms adhere to food safety standards between inspections. This ecosystem approach is essential for safely integrating generative AI into clinical environments, recognizing AI’s potential to dynamically improve patient care.
5. Evidence Generation and Post-Market Trials
Califf discussed the need for evidence generation throughout a medical product's life cycle, emphasizing the importance of post-market data for real-world efficacy and safety evaluations. He referenced pragmatic trials, which involve broader patient demographics and lower costs, as an optimal way to address questions not fully explored in pre-market trials.
FDA’s partnership with CMS (Centers for Medicare & Medicaid Services) was highlighted as a positive example of collaboration to set post-market evidence standards. This partnership is essential for evaluating long-term product effectiveness and could drive future regulatory processes that combine pre- and post-market insights.
6. Challenges in Diversity and Accessibility in Clinical Trials
Diversity Action Plans: Califf emphasized the need for comprehensive diversity action plans across all stages of drug development, not limited to phase III trials. He explained that these plans should ensure the representation of the populations that will eventually use the treatments.
Structural Bias in Healthcare: Califf recognized that clinical trials alone cannot correct structural healthcare disparities, especially along socioeconomic and rural-urban divides. He noted that, with clinical trials becoming smaller, capturing a representative sample of global populations remains an immense challenge. This issue requires innovative solutions and expanded use of digital interfaces to reach underrepresented populations, especially in rural areas with limited access to specialized care.
7. Public Health, FDA’s Role, and Societal Perceptions
Califf addressed the heightened scrutiny public health agencies face, particularly during crises like the COVID-19 pandemic. He argued that successful public health often goes unnoticed because crises are averted. Nonetheless, he underscored that the U.S. healthcare system has notable deficiencies, such as poor diet and declining life expectancy, that require urgent public health reform beyond FDA’s regulatory duties.
Dietary health was cited as a particularly concerning area, with Califf stressing that quick fixes like dietary supplements are not substitutes for healthier eating habits. He advocated for public health measures that promote sustainable, systemic changes to Americans' dietary behaviors.
8. Advice for Future FDA Leadership
Executive Skillset: Califf advised future commissioners to emphasize executive capabilities, including active listening, collaboration, and crisis management. He cautioned against a purely prescriptive approach, urging future leaders to remain adaptable to diverse challenges.
Commitment to Evidence-Based Decisions: Califf recommended a strong commitment to evidence generation and analysis as central to sound FDA decision-making.
Distinguishing Science from Politics: While recognizing the influence of political factors on FDA policy, Califf suggested that individual product decisions should remain grounded in scientific evidence. He explained that while policy affecting broad categories of products may involve political considerations, decisions on specific products should be evidence-based to maintain FDA’s integrity.
Conclusion
This dialogue showcased Dr. Califf’s reflections on FDA’s progress and areas needing continued focus, particularly as they relate to public health, regulatory science, AI integration, and clinical trial diversity. His insights highlight FDA’s pivotal role in supporting innovation while safeguarding public health, as well as the necessity of an ecosystem-based approach in the evolving regulatory landscape. The conversation ended with gratitude for Califf’s service and contributions, underscoring the complex, multi-faceted role FDA plays in modern healthcare.
SPEAKER | Edward Abrahams, Ph.D., President, Personalized Medicine Coalition
LEARN MORE
9:00 a.m.
Amgen, Personalized Medicine, and the Future of the Pharmaceutical Industry
For nearly two decades, Amgen, a global leader in the pharmaceutical industry, has leaned into the development of innovative personalized medicines that promise big benefits for relatively small patient populations. Executive Vice President David Reese discusses the future of the company and the field.
MODERATOR | Clifton Leaf, former Editor-in-Chief, Fortune magazine
Illumina’s Next Steps and the Future of Personalized Medicine
Illumina, a $23 billion genomic sequencing technology company, has broad-based ambitions for personalized medicine to transform health care across multiple fronts. CEO Jacob Thaysen reveals his vision for the future.
MODERATOR | Clifton Leaf, former Editor-in-Chief, Fortune magazine
KEYNOTE SPEAKER | Jacob Thaysen, Ph.D., CEO, Illumina
LEARN MORE
10:00 a.m.
Networking Break
10:45 a.m.
Investing in Diagnostics
Personalized medicine depends on a strong diagnostics industry, which faces an uncertain future. This panel examines the perspectives of investors and senior executives on the financial future of the industry.
MODERATOR | Michael D. Goldberg, Executive Chairman, DNAnexus, Chairman, CareDx
Brian Caveney, M.D., Chief Medical & Scientific Officer, Labcorp
Michael Pellini, M.D., General Partner, S32
Sam Raha, Chief Operating Officer, Myriad Genetics
Matthew Sykes, Managing Director, Life Sciences and Diagnostics Industry Investments, Goldman Sachs
LEARN MORE
11:30 a.m.
Presentation of the Annual Award for Leadership in Personalized Medicine
The Annual Award for Leadership in Personalized Medicine recognizes an individual whose contributions in science, business, and policy have helped advance the frontiers of the field.
PRESENTER | Brian Munroe, Founder, Board Member, Personalized Medicine Coalition
Sponsored Session/Room 217 | Transforming Standard-of-Care Imaging into Precision Diagnostics
MODERATOR | Ángel Alberich-Bayarri, Ph.D., Founder, CEO, Quibim (session sponsor)
Chiranjiv Singh, Vice President & General Manager, Pixel at Tempus AI
Okan Ekinci, M.D., Chief Medical Information Officer, Roche Information Solutions
Megan Nacar, Vice President of Commercial, DeciBio
1:00 p.m.
Three Decades as Executive, Caregiver, and Philanthropist: Christi Shaw Reflects
Christi Shaw has served as the CEO of a pioneering biopharmaceutical company, as a board member for several life sciences companies, and as a co-founder of the More Moments More Memories Foundation. She also spent a year as a full-time caregiver to her sister. Ms. Shaw reflects on three decades of service to the health care community.
MODERATOR | Kathy Bloomgarden, CEO, Ruder Finn
SPEAKER | Christi Shaw, former CEO, Kite Pharma
LEARN MORE
1:30 p.m.
Personalized Medicine: A Global Endeavor
All countries benefit from the advancement of personalized medicine. National leaders reflect on shared challenges and opportunities.
MODERATOR | Antonio Andreu, M.D., Ph.D., Scientific Director, European Infrastructure for Translational Medicine
Joshua C. Denny, M.D., CEO, All of Us Research Program, U.S. National Institutes of Health
Monika Frenzel, Ph.D., Research Funding and Support Leader, European Partnership for Personalised Medicine; International Coordinator, French National Research Agency
LEARN MORE
2:00 p.m.
Early Detection and the Future of Cancer Care
By detecting molecular cancer signals in the bloodstreams of seemingly healthy patients, a new generation of minimally invasive early cancer detection tests promises to put more patients on the path to personalized cancer treatment, sooner. What might this mean for the future of cancer care? Leading voices discuss.
MODERATOR | Felice Freyer, President, Association of Health Care Journalists
Christina Annunziata, M.D., Ph.D., Senior Vice President, Extramural Discovery Science, American Cancer Society
Tomasz Beer, M.D., Chief Medical Officer, Multi-Cancer Early Detection, Exact Sciences
Bruce Ratner, Author, Early Detection: Catching Cancer When It’s Curable
Sapna Syngal, M.D., M.P.H., Director of Strategic Planning for Prevention and Early Cancer Detection, Dana-Farber Cancer Institute
LEARN MORE
3:00 p.m.
Networking Break
3:45 p.m.
Pediatrics and Personalized Medicine
The era of personalized medicine has brought breakthrough advancements in areas like genomic sequencing and gene therapy. Will this reshape the futures of pediatric patients with rare genetic diseases? Leading voices discuss opportunities and challenges.
MODERATOR | Paul Billings, M.D., Ph.D., Board Member, Xzom
Lillian Garvin, Operations Lead, Center of Precision Medicine, Nicklaus Children’s Hospital
Mira Irons, M.D., Associate Chief, Genetics and Genomics, Boston Children’s Hospital
Julia Vitarello, Mila’s mom, Founder, CEO, Mila’s Miracle Foundation
LEARN MORE
4:30 p.m.
Visions for AI and the Future of Personalized Medicine
Artificial intelligence technologies can query the divergent effects of preventive and treatment interventions across a previously unimaginable range of data points. What might this mean for the future of personalized medicine? Leading voices share visions.
CHAIRPERSON | Joe Franklin, Ph.D., J.D., Special Counsel, Covington & Burling LLP
Okan Ekinci, M.D., Chief Medical Information Officer, Roche Information Solutions
John Ellithorpe, Ph.D., President, DNAnexus
Jonathan Kish, Ph.D., Head of Research Sciences, Flatiron Health
Kate Sasser, Ph.D., Chief Scientific Officer, Tempus
LEARN MORE
5:30 p.m.
Closing Remarks
SPEAKER | Edward Abrahams, Ph.D., President, Personalized Medicine Coalition
6:00 p.m.
Signature Reception
Museum of Fine Arts
465 Huntington Avenue
Boston, MA 02115
NOVEMBER 14, 2024 PMC
A Systemic Response
8:00 a.m.
Registration and Breakfast
8:55 a.m.
Opening Remarks
SPEAKER | Lincoln Nadauld, M.D., Ph.D., President, CEO, Culmination Bio
9:00 a.m.
PhRMA’s Perspective on United States Public Policies and the Future of Personalized Medicine
As the Chief Medical Officer of the pharmaceutical industry’s leading trade association, Michael Ybarra, an emergency medicine physician, is helping industry executives shape and navigate shifting scientific, economic, and political landscapes in Washington and around the world. Dr. Ybarra shares the pharmaceutical industry’s point-of-view on the status and future of personalized medicine in light of recent public policy changes in the United States.
INTRODUCTION | Cynthia A. Bens, Senior Vice President, Public Policy, Personalized Medicine Coalition
KEYNOTE SPEAKER | Michael Ybarra, M.D., Chief Medical Officer, PhRMA
LEARN MORE
9:30 a.m.
Precision Partnership: Point32Health/GRAIL Discuss Payer Coverage Pilot Program for Multi-Cancer Early Detection Testing
GRAIL and Point32Health are evaluating the impact of blood-based screening tests used to detect cancers before they cause symptoms in a real-world health plan setting. Partner executives reflect on the findings to date.
MODERATOR | Felice Freyer, President, Association of Health Care Journalists
Joshua Ofman, M.D., President, GRAIL
Kate Wallis, Vice President, Clinical Innovation, Point32Health
10:15 a.m.
Networking Break
11:00 a.m.
Clinical Adoption of Personalized Medicine: Opportunities and Challenges
For clinical care providers, personalized medicine may present opportunities to improve care for their patients and make better use of scarce resources by targeting treatments to those most likely to benefit from them. But spearheading the clinical adoption of personalized medicine is anything but easy. Representatives from leading clinical institutions reflect on opportunities and challenges.
MODERATOR | Susanne Munksted, Chief Precision Medicine Officer, Diaceutics
Justin Brueck, System Vice President, Innovation and Research, Endeavor Health
Manoja Lecamwasam, Ph.D., System Vice President, Intellectual Property, Strategic Life Sciences and Device Innovation, CommonSpirit Health
Apostolia M. Tsimberidou, M.D., Ph.D., Professor, Department of Investigational Therapeutics, The University of Texas MD Anderson Cancer Center
LEARN MORE
11:45 a.m.
Introducing a Clinical Adoption Roadmap for Precision Cancer Care
Daryl Pritchard, who serves as the Senior Vice President for Science Policy at the Personalized Medicine Coalition, introduces the Coalition’s new Roadmap for Addressing Clinical Practice Gaps in Precision Cancer Care.
After the first sequencing of a human genome in 2003, officials from the U.S. National Institutes of Health introduced personalized medicine as a “newly created discipline” that promised to “make a profound difference to the health and well-being of all the people of this world.” Pioneering leaders reflect on the past, present, and future of this promise.
MODERATOR | Edward Abrahams, Ph.D., President, Personalized Medicine Coalition
Mark Levin, Partner, Third Rock Ventures
Ralph Snyderman, M.D., Chancellor Emeritus, Duke University
Janet Woodcock, M.D., former Acting Commissioner, U.S. Food and Drug Administration
LEARN MORE
1:00 p.m.
Closing Remarks
SPEAKER | Edward Abrahams, Ph.D., President, Personalized Medicine Coalition
Friends of Cancer Research (Friends) is proud to host our 17th Annual Meeting. This year’s annual meeting will explore three different topics that focus on approaches for streamlining trial designs and data collection to support efficient regulatory processes and decision-making. Topics presented at the 2024 Annual Meeting will address frequently encountered challenges that can impact the efficiency and conduct of clinical trials, and ultimately, the collection of evidence necessary to support new drug approvals. Please register above and stay tuned for additional updates.
Draft Agenda
10:00 AM: Opening Remarks
10:05 AM: Morning Keynote
Ramsey Baghdadi, Prevision Policy (Moderator)
Robert Califf, U.S. FDA
10:35 AM: Session 1 – Interim Overall Survival Evaluations and Implications for Trial Designs and Analysis Plans
Interim overall survival (OS) data, evaluated alongside early endpoints like progression-free survival and response rate, help assess the risk-benefit profile of new cancer drugs but can be confounded by factors like data maturity and study design features. This session will discuss best practices for trial designs and analysis plans for interim OS analyses in cancer clinical trials as well as the formation of a multistakeholder consortium to conduct simulations, aiming to enhance the accuracy and reliability of interim OS data interpretation. Read the Session 1 White Paper here.
Session 1 Presentation (10 min)
Geoff Oxnard, Eli Lilly and Company
Panel Discussion (40 min)
Keith Flaherty, Mass General Cancer Center (Moderator)
Nicole Gormley, U.S. FDA
David Mitchell, Patient Advocate
Geoff Oxnard, Eli Lilly and Company
Lisa Rodriguez, U.S. FDA
Antony Sabin, GSK
Audience Q&A (10 min)
11:35 AM: Break
11:50 AM: Session 2 – Enhancing Post-Marketing Studies with Pragmatism
Incorporating pragmatic elements into clinical trial designs can enhance the generalizability and efficiency of clinical trials. This session will explore several case studies to inform incorporation of individual pragmatic elements into clinical trials after initial approval to answer specific research questions, enhancing their applicability and efficiency while maintaining regulatory rigor. Read the Session 2 White Paper here.
Session 2 Presentation (10 min)
Paul Kluetz, U.S. FDA
Panel Discussion (40 min)
Richard Schilsky, University of Chicago (Moderator)
Allen Chen, AstraZeneca
Trixia Camacho, Bristol Myers Squibb
Eva May, Patient Advocate
Neal J. Meropol, Flatiron Health
Peter O’Dwyer, University of Pennsylvania
Donna Rivera, U.S. FDA
Audience Q&A (10 min)
12:55 PM: Lunch
1:20 PM: Lunch Keynote
Jeff Allen, Friends of Cancer Research (Moderator)
Kimryn Rathmell, National Cancer Institute
1:50 PM: Session 3 – A Common Strategy for Using ctDNA as an Intermediate Endpoint in Prospectively Designed Trials
Friends has collaborated with various stakeholders to support using change in ctDNA levels as an intermediate endpoint in oncology drug development, demonstrating its association with OS. To standardize ctDNA measurement methodologies, this session will discuss an aligned approach for assessing ctDNA changes, focused on using ctDNA in advanced non-small cell lung cancer (NSCLC) treated with immunotherapy. Read the Session 3 White Paper here.
Session 3 Presentation (10 min)
Hillary Andrews, Friends of Cancer Research
Panel Discussion (40 min)
Charu Aggarwal, Abramson Cancer Center, University of Pennsylvania (Moderator)
Zoe June Assaf, Genentech, A Member of the Roche Group
In celebration of global health, the Milken Institute and diplomatic missions in Washington DC will convene a series of welcome dinners at Ambassador residences as part of the 2024 Milken Institute Fu...
A healthier future cannot be achieved through treatment alone. While care aimed at curing illness or injury is a crucial element of improving health, promoting well-being through prevention is essenti...
Global events have showcased our unprecedented ability to innovate rapidly in biomedical R&D when it is absolutely required. As we move forward, how can we sustain this momentum and tackle major long-...
As we better understand the genetic architecture of the most complex human diseases, is this knowledge being productively used to produce better interventions? This panel will untangle the debates aro...
Health care financing is a highly complex issue impacting people, systems, and societies. From rising and unsustainable costs to lack of access to high quality care to the needs of an aging population...
As we wrap up 2024 and transition into the new Congress, it is critical to understand which health-care priorities are at the forefront of consideration and the opportunities to advance them. Join us ...
Public Health Advisory Board Meeting (Invite only)
Join us to explore key advancements in health care, looking to highlight innovative mechanisms from revolutionary entities such as the Advanced Projects Agency for Health (ARPA-H) and the next steps f...
This session will explore successes and opportunities for improvement as Food Is Medicine initiatives scale, highlight examples of innovative partnerships for Food Is Medicine implementation, and disc...
The buzz around trust-based philanthropy is undeniable, but can it unlock breakthroughs in scientific research? What are the successes and limitations of providing more freedom to scientists and clini...
How will future generations change the playbook on mental health in the workplace? Whole-person health approaches have become the gold standard of many classrooms. By teaching students resiliency, cop...
During the last two decades, the R&D ecosystem has been transformed by a shift to more patient-centric approaches to biomedical R&D. But as the scope and scale of patient engagement expand, efforts to...
Brain health is essential for all aspects of daily functioning and healthy aging. Yet, many neurodegenerative and brain-based diseases lack effective treatments or cures and are expected to rise as th...
The top three women’s cancers globally—breast, cervical and endometrial—affect almost 3.5 million people each year with over 1 million women dying from these diseases. Breast cancer is the most common...
Adults aged 65 and older are the fastest-growing demographic in the workforce and will soon comprise nearly 20 percent of the US population. There is much to celebrate in this growth. Their continued ...
The global events of 2020 amplified health equity discussions, driving urgent calls for system reforms to ensure health justice for all individuals, regardless of socioeconomic status, race, ethnicity...
Between 2011 and 2021, the number of teens and young adults with depression more than doubled. According to the CDC, nearly one in three high school girls reported having seriously considered suicide....
Community health centers see the immense toll that food insecurity has on health for the over 32.5 million people they serve across the US. In this fast-paced, competitive pitch session hosted by the ...
Innovation is accelerating in every part of the health-care ecosystem. One direction for such innovation is to improve existing processes and technologies to increase the safety and efficacy of medica...
The speed and precision of medical product research have increased remarkably over time. Genome-informed target identification and automated candidate molecule screening have made the discovery proces...
Mental illness is one of the most common health conditions—one in every eight people in the world lives with one. The staggering prevalence and impact of these illnesses has prompted worldwide researc...
Women’s health is underfunded across R&D, products, services, and infrastructure. There is no doubt that women’s health would benefit from cross-sector models to support public and private partnership...
This networking breakfast is an informal opportunity to connect with leaders in the biomedical, public health, and philanthropy communities. There will be facilitator-led tables discussing a wide rang...
Health systems worldwide are exploring opportunities to support their populations in becoming healthier. While rising rates of chronic diseases like obesity and diabetes persist, there is tremendous p...
Employers play an increasingly critical role in public health by the way they treat their employees. A workplace that emphasizes a whole-person approach has the potential to drive greater productivity...
For the first time, 2 million Americans will be diagnosed with cancer in 2024. Of those diagnosed, is an alarming increase in early-onset cancer in adults under 45. The trend is now global, occurring ...
The gold standard for obtaining patient input for biomedical research once was ensuring a representative sample of the population with the disease. Concurrently, in the past several years there has be...
The Human Genome Project, completed over 20 years ago, heralded the frontier of individualized medicine. Since then, we have developed massive databases and biorepositories that form the critical back...
Private equity investors channeled $151 billion into health care in 2021, up from $79 billion in pre-pandemic 2019. Health care is attractive because of the stability and diversity of the sector, its ...
The Milken Institute Future of Aging Advisory Board brings together influential leaders in a premier forum to accelerate innovation in aging, scale promising solutions, and champion individual, instit...
Rare disease patients, advocacy groups, philanthropists, and researchers have overcome significant challenges in their efforts to improve treatment and care. Over the past decade, clinicians have made...
Medical debt accounts for more than 65 percent of bankruptcies in the US. Crowdsourcing, cash discounts, and price transparency navigators have emerged as ways to help patients pay for their medical b...
Scientific and technological innovations will continue to change the lifecycle of drug development, from discovery to clinical trials and commercialization, with the promise to prevent and treat disea...
The rise of AI has promised transformation across many of our systems, and our health care is no exception. AI is already used to make diagnoses, accelerate therapeutic discovery, catalyze drug develo...
Preventive measures, including vaccinations, screenings, diagnostics, and prophylaxis, are crucial in helping individuals maintain health and wellness. As populations age and chronic diseases become m...
Increasingly unpredictable environmental conditions are destroying homes, disrupting supply chains, threatening our food supply, and exacerbating health issues across the globe. Climate change impacts...
The recent launch of the White House Initiative on Women’s Health and ARPA-H’s Sprint for Women’s Health have brought needed focus on this under-resourced area of health care. As more research is done...
Food is increasingly being recognized as essential to preventing, managing, and treating chronic diseases. Approximately half of all US adults have at least one preventable diet-related condition, acc...
Gun violence is the leading cause of death in children and teens in the US, and for years, it has been referred to as a public health crisis. This panel will discuss what it means to address this plag...
The COVID-19 pandemic demonstrated that, despite the ultimate success of vaccine development, the US did not have sufficient infrastructure close to communities to run clinical trials effectively, nor...
Health remains one of the most critical and foundational elements to leading a meaningful life. Ensuring that everyone has access to the care they want and need, including prevention, treatment, innov...
