Friday, February 06, 2026

 

Timing is everything. Why the US gets some drugs faster than other countries



Researchers find that differences in drug availability are driven more by when companies submit drugs for approval than review speed, especially for medicines that offer little added benefit to patients.




Brown University





As Washington debates how to rein in soaring prescription drug prices, including proposals that would tie U.S. prices to those paid abroad, a new study led by researchers at the Brown University School of Public Health is challenging the long-held assumption about why Americans get new medicines sooner than patients in other countries.

For years, drug companies and industry allies have argued that the U.S. gets faster and wider access because its government moves quicker than foreign regulators, but the new analysis suggests the U.S. advantage in drug access is driven less by faster government review and more by when companies apply for review and the type of drugs they submit.

The study, published in Health Affairs, looked at every new prescription drug approved between 2014 and 2018 in the U.S., and Europe, and then tracked submission delays and review times for these products across regulators in Canada, Japan and Australia through the end of 2022. The analysis assessed the speed of the review process and the timing of submissions for approval, with results broken down by drug characteristics, including therapeutic value of the drugs. 

Specifically, the researchers explored whether different patterns in submission and review times emerged for drugs that offered little added medical benefit over drugs that were already on the market.

“Some commentators have argued that foreign regulators take too long to review drugs and should do more to ensure timely access to new therapies, often pointing to limited availability of new cancer therapies in Europe and other rich markets relative to what’s on the market in the United States, as evidence that regulatory red tape is getting in the way of timely patient access,” said lead author Irene Papanicolas, a professor of health services, policy and practice at the Brown University School of Public Health. “Where we're coming at this from is saying that broader availability of new medicines is generally a great thing — we want patients to get access to new meds — but not all new medications are equally important from a medical standpoint.”

In fact, what stood out most was how companies handled drugs that provide little therapeutic advantage over existing treatments, which the authors referred to as “low-value” drugs in their analysis. The researchers found these drugs were typically submitted to U.S. regulators months or even years before companies sought approval in other high-income countries, giving Americans earlier and wider access to expensive drugs that may not significantly improve patient outcomes.

The findings likely reflect a mix of business incentives and policy choices, according to the research team which along with Papanicolas and other Brown co-authors Olivier Wouters and Tania Sawaya also includes health policy experts from Vanderbilt University and the London School of Economics and Political Science.

The U.S. is the world’s largest drug market, and manufacturers can generally set prices freely when a drug launches. In contrast, many other countries evaluate how much a new drug improves health compared with existing treatments and use that information to negotiate prices or limit coverage, said Wouters, an associate professor in the Department of Health Services, Policy, and Practice.

“There are many drugs that enter the U.S. market that frankly aren’t much better than what’s already available,” Wouters said. “Companies generally seem to submit these lower-value products for approval  earlier in the United States than in other markets. This may reflect the fact that governments in other countries tend to drive a tougher bargain than U.S. payers, which could influence companies’ decisions about where and when to seek approval.”

The study also showed that drugs offering clear medical benefits over existing treatments tended to reach most high-income countries at roughly the same time. This is because drugmakers typically submit those products for approval simultaneously across the high-income countries the researchers looked at. The Food and Drug Administration was only slightly faster than its counterparts abroad in approving the drugs by a few weeks or a month on average, the researchers said.

“Historically, yes, the U.S. gets more new drugs and gets them faster than other countries but a lot of what is driving this pattern aren’t the drugs that have this meaningful therapeutic gain for patients,” Papanicolas said. “Everybody's getting those important new drugs quickly.”

Overall, the study helps add nuance to the question of why the U.S. spends far more on prescription drugs than other high-income countries without consistently better health outcomes. It also paints a more complicated picture as policymakers debate proposals such as the “most favored nation” approach, to bring down drug spending, which proposes linking U.S. drug prices to those paid in peer countries.

“It's not clear how this is going to work,” Papanicolas said. “How will the US authorities handle products that haven’t yet been marketed abroad? Will the policy affect where and when companies decide to submit drugs abroad? No one really knows yet.”

 

What's the ROI on R&D in aging? New simulation tool, silverlingings.bio, explores geroscience's impact on US GDP growth and individual health






American Federation for Aging Research





New York, NY — The American Federation for Aging Research (AFAR) is pleased to announce the release of silverlinings.bio, an interactive report and simulation tool developed by AFAR Scholar-in-Residence Raiany Romanni-Klein, PhD, with support from AFAR, the Amaranth Foundation, and the Methuselah Foundation.

Dr. Romanni-Klein spent the last two years working with a team of economists from Harvard, the Abundance Institute, and the University of Southern Carolina to develop an interactive simulation tool with returns on investments (ROI) for specific research & development (R&D) advancements in aging science — from slowing ovarian and brain aging to running what is likely to be the first-ever clinical trial with aging as an endpoint. 

At silverlinings.bio, users can input their own timelines and assumptions for specific scientific breakthroughs in aging biology, then see the ROI in terms of US lives saved & GDP growth. Through interactive data and illustrations by acclaimed design firm Pentagram, silverlinings.bio explores a wide range of the economic gains and social returns of advancing geroscience such as: 

  • How could small advancements in the science of aging change U.S. GDP and population growth? 
  • What would be the economic and demographic value of making 41 the new 40, or 65 the new 60? 
  • How many lives could we create or save if we could slow reproductive or brain aging by just 1 year? 
  • What would billions of healthier hours be worth to the economy?

For this project, Dr. Romanni-Klein interviewed 102 scientists to map expected timelines for specific advancements in aging science; funding amounts required; and to document research opportunities with low commercial incentives but potential for high social and/or economic returns. Among the scientists and stakeholders who lent insights were AFAR President Tom Rando, MD, PhD; Board members Nir Barzilai, MD, Alex Coville, PhD, and Michael Ringel, JD, PhD; as well as AFAR grantees Anne Brunet, PhD, Kristen Fortney, PhD, Jennifer Garrison, PhD, Vera Gorbunova, PhD, and Matthew Kaeberlein, PhD. AFAR Vincent Cristofalo Rising Star Award in Aging Research recipients Daniel Belsky, PhD, and Jamie Justice, PhD, were also interviewed for this project.     

Dr. Romanni-Klein shares: "My ambition is for silverlinings.bio to serve as a connective tissue between scientists, economists, policymakers, and even taxpayers. Science doesn’t advance in a vacuum, and I’m thrilled to have brought together world-class researchers from across disciplines to think through how to outline, quantify, and communicate progress in aging biology."

Dr. Romanni-Klein's tool and research compliments research on the socioeconomic impact of extending healthspan, often referred to as the longevity dividend, published by AFAR-supported scholars over the past two decades. AFAR Irving S. Wright Award recipient, S. Jay Olshansky, PhD, co-authored the foundational article, "Substantial Health Economic Returns From Delayed Aging May Warrant A New Focus For Medical Research" in Health Affairs in 2013. Along with global economist Andrew J. Scott, DPhil, AFAR grantee David A. Sinclair, AO, PhD, published "The Economic Value of Targeting Aging" in Nature Aging in 2021.

"By delaying or preventing age-related diseases, geroscience fuels economic growth at local, national and global levels by reducing medical costs for people and families and helping people remain in the workforce longer," notes Stephanie Lederman, EdM, AFAR Executive Director. "We must continue to find and fund the most promising aging research today in order for these broad-reaching benefits to be realized in the near future."

Explore silverlinings.bio here.

###

About AFAR - The American Federation for Aging Research (AFAR) is a national non-profit organization that supports and advances pioneering biomedical research that is revolutionizing how we live healthier and longer. For more than four decades, AFAR has served as the field’s talent incubator, providing $225,316,000 to 4,539 investigators at premier research institutions to date—and growing. A trusted leader and strategist, AFAR also works with public and private funders to steer high quality grant programs and inter-disciplinary research networks. AFAR-funded researchers are finding that modifying basic cellular processes can delay—or even prevent—many chronic diseases, often at the same time. They are discovering that it is never too late—or too early—to improve health. This groundbreaking science is paving the way for innovative new therapies that promise to improve and extend our quality of life—at any age. Learn more at www.afar.org.


 

Scientists discover oral compound that helps “reset” the body clock forward



A potential breakthrough for jet lag and shift work-related sleep disorders




Kanazawa University

Mic-628-driven phase advances of the circadian rhythms. 

image: 

(Upper left) Jet lag from international travel; (Upper right) Mic-628-induced phase advances in behavioral, central, and peripheral circadian clocks; (bottom) Mic-628-CRY recruits CLOCK-BMAL1 dimer to dual E-boxes, inducing Period1.

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Credit: Kanazawa University





Key findings

A collaborative team including Emeritus Professor Tei H. (Kanazawa University)Associate Professor Takahata Y. (Osaka University)Professor Numano R. (Toyohashi University of Technology), and Associate Professor Uriu K. (Institute of Science Tokyo) discovered that Mic-628 selectively induces the mammalian clock gene Per1.
Mic-628 works by binding to the repressor protein CRY1, promoting the formation of a CLOCK–BMAL1–CRY1–Mic-628 complex that activates Per1 transcription through a “dual E-box” DNA element. As a result, both the central clock in the brain’s suprachiasmatic nucleus (SCN) and peripheral clocks in tissues such as the lungs were advanced—in tandem and independent of dosing time.

In a simulated jet lag mouse model (6-hour light-dark phase advance), a single oral dose of Mic-628 shortened re-entrainment time from seven days to four. Mathematical modeling revealed that the compound’s stable and unidirectional phase-advancing effect is mediated by a negative auto-regulatory feedback of the PER1 protein itself.

 

Background and significance

Adapting to eastward travel, such as west-to-east transmeridian flights, or to night-shift work requires advancing the internal clock, a process that normally takes longer and is physiologically harder than delaying it. Existing methods, such as light therapy or melatonin, are heavily constrained by timing and often yield inconsistent results. Mic-628’s consistent phase-advance effect, regardless of when it is administered, represents a new pharmacological strategy for resetting the circadian clock.

 

What’s next?

The researchers plan to investigate the safety and efficacy of Mic-628 in further animal and human studies. Because it reproducibly advances the body clock through a well-defined molecular mechanism, Mic-628 may serve as a prototype “smart drug” for managing jet lag, shift work-related sleep problems, and other circadian misalignment disorders.

These results will be published in the Proceedings of the National Academy of Sciences of the United States of America (PNAS) in 2026.

 

 About Kanazawa University
- Contributing to Society through "Future Oriented Intelligence", Built on an "All Kanazawa University" Approach.

Kanazawa University (KU), founded in 1862, is a research university dedicated to education, while opening up its doors to both local and global society. Guided by our vision, "Kokorozashi," we contribute to society through "Future-oriented Intelligence," addressing current challenges and anticipating future ones from both local and global perspectives.
KU includes 4 colleges, 20 schools, 7 graduate schools, a hospital, and specialized research centers such as the Cancer Research Institute, a leading hub for research on cancer metastasis and drug development. Over 1,000 researchers drive innovation and international collaboration across diverse fields. KU is advancing research through WPI (World Premier International Research Center Initiative) and J-PEAKS (Program for Forming Japan's Peak Research Universities), accelerating interdisciplinary and international collaborations and innovations.

Learn more here:
https://www.kanazawa-u.ac.jp/en/

 

About The University of Osaka

The University of Osaka was founded in 1931 as one of the seven imperial universities of Japan and is now one of Japan's leading comprehensive universities with a broad disciplinary spectrum. This strength is coupled with a singular drive for innovation that extends throughout the scientific process, from fundamental research to the creation of applied technology with positive economic impacts. Its commitment to innovation has been recognized in Japan and around the world. Now, The University of Osaka is leveraging its role as a Designated National University Corporation selected by the Ministry of Education, Culture, Sports, Science and Technology to contribute to innovation for human welfare, sustainable development of society, and social transformation.

Learn more here:
https://resou.osaka-u.ac.jp/en

 

Why are some animal and human signals honest, while others are deceptive?




Hun-Ren Ökológiai Kutatóközpont
An in-depth analysis reveals that signals, like the ornate train of the peacock need not be exaggerated, costly, or wasteful to be honest 

image: 

An in-depth analysis reveals that signals, like the ornate train of the peacock need not be exaggerated, costly, or wasteful to be honest. More fit individuals can invest more into signalling (reproduction) and survival and they can do it along a different trade-off (teal curve) than less fit individuals (red curve). This also means that fitter males may get more long-term reward (e.g. offspring) than weaker ones, independent of the actual energetic cost of the signal.

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Credit: Credit: István Zachar 2026





For decades, scientists have tried to answer a simple question: why be honest when deception is possible? Whether it is a peacock’s tail, a stag’s roar, or a human’s résumé, signals are means to influence others by transmitting information and advantages can be gained by cheating, for example by exaggeration. But if lying pays, why does communication not collapse?

The dominant theory for honest signals has long been the handicap principle, which claims that signals are honest because they are costly to produce. It argues that a peacock’s tail, for example, is an honest signal of a male’s condition or quality to potential mates because it is so costly to produce. Only high-quality birds could afford such a handicap, wasting resources growing it, demonstrating their superb quality to females, whereas poor quality males cannot afford such ornaments.

A new synthesis by Szabolcs Számadó, Dustin J. Penn and István Zachar (from the Budapest University of Technology and Economics, University of Veterinary Medicine Vienna and HUN-REN Centre for Ecological Research, respectively) challenges that logic. They argue that honesty does not depend on how costly or wasteful a signal is, but rather on the trade-offs between investments and benefits, faced by signalers.

They explain that signals are not honest because they are costly, instead, honesty evolves when it is beneficial and deception is costly. Previous studies inspired by the handicap principle (refuted by the authors in the paper) misleadingly focused on only the costs of signalling. Yet biological functions, like signalling, cannot be understood in the evolutionary context without their benefits, often realized in the long run.

The new theory, called Signalling Trade-Off Theory, shifts the focus from absolute cost to choice in what to invest. In biology, every organism faces competing demands: investing more in one thing means having less for another. Time spent courting cannot be spent feeding; energy put into bright feathers cannot be used for immune defence. These are trade-offs. And these are also present in economic choices for humans. Crucially, they differ between individuals. A healthy, well-fed animal can afford different choices than a weak or starving one. According to several theoretical studies, signalling trade-offs and not absolute costs define whether deception or honesty evolves.

“Signals, in theory, can be absolutely cost free in terms of immediate energy investment.” – István Zachar, one of the authors explains – “Honesty does not come from how much a signal harms you but from what kind of cost-benefit ratio you can realize with it.” And this trade-off between investments and benefits is defined by the condition of the individual.

According to theory, honest signals arise when these trade-offs respect the true quality of the individual, i.e. are condition-dependent. High-quality individuals get more return from the same investment than low-quality ones. As a result, the best strategy for a strong individual is to signal more, while the best strategy for a weak individual is to signal less. “Both are behaving optimally,” the author says, “but because their trade-offs are different, their signals end up revealing who they are.” This is how honesty is defined.

This perspective helps clear up a long-standing puzzle. An increasing number of studies show that honest signals are sometimes cheap, cost-free, or even beneficial to produce. Under the handicap view, this was baffling because honesty was supposed to require wasteful costs. Under the trade-off view, it is what one would expect. What matters is not whether a signal costs something in absolute terms, but whether pretending to be better than you are would push you into a worse overall outcome. Trade-offs apply to cheaters as well, and while they can increase their reproductive success by a fake message, this may severely affect their survival.

The trade-off theory also explains why deception is common. If different quality individuals face the same trade-offs, then nothing stops them from using the same signal. In those cases, mimics, bluffers, and cheats can thrive. “Dishonesty is absolutely not a failure of nature,” – Zachar notes. “It is what you get when the trade-offs that normally separate the different quality individuals disappear or become identical.”

This idea helps make sense of cases ranging from harmless butterflies mimicking poisonous ones to animals that increase their sexual displays when they are near death. In such “terminal investment,” there is little future to protect, so the usual balance between today and tomorrow is gone, and exaggerated signalling becomes worthwhile.

Why does this matter beyond biology? Because the same logic applies to human communication, from advertising to cooperation based on reputation. We all operate under trade-offs (inherited or learnt) between short-term gains and long-term consequences. Signals are reliable when those trade-offs differ across people in ways that make bluffing unprofitable.

“The real question is not ‘how costly is this signal?’” – Zachar says – “It is ‘what would it cost this person, in terms of what else they could have done, to fake it?’”

By reframing honesty in terms of trade-offs rather than waste, the new theory brings signalling back in line with a broader understanding of evolution: organisms are not rewarded for squandering resources, but for allocating them efficiently under constraints. In that light, honest communication is not a miracle. It is a natural outcome of living in a non-quantum biological world where every choice closes off another.