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Consequences of The Trump Budget Proposal for Rejuvenation Biotechnology


Appropriate funding is crucial for scientific progress; this is especially true in the case of basic science. Fundamental studies do not deliver a final product or potential revenue in the short term, so the most wealthy stakeholders in R&D – businesses – are unlikely to invest their money in them.

Studies exploring the main mechanisms of aging and age-related diseases are part of basic science; therefore, they depend very much on state funding. This is why the recent proposal to cut biomedical research funding by President Donald Trump may look to our community as a serious threat to progress. Let’s take a look at the numbers and see what the situation is like.

In the new budget proposal, the budget of the Department of Health and Human Services will be reduced by 23 percent. In 2016, the HHS received $84.6 billion; only $65.1 billion has been allocated for the 2018 fiscal year. In particular, this will mean decreased support for the National Institutes of Health, the main body conducting and funding medical research.

NIH funding will be reduced by $5.8 billion, or about 18 percent compared to 2017. There is no guarantee, however, that this plan will be approved by Congress. The detailed budget is expected to be published in May; until then, it is probably too early to draw conclusions.

It is worth noting that the trend of a flat or fluctuating federal budget for research is not new. The UNESCO Science Report 2015 shows that most U.S. federal research budgets have remained flat or declined in inflation-adjusted dollars over the past five years, which is explained by the drive by Congress to trim several trillion dollars from the federal budget to reduce the deficit. Since 2004, NIH funding has remained flat or decreased when inflation is taken into account. In 2015, the NIH budget was lower than in 2003–2005, when it peaked at around $35 billion per year.

The federal government traditionally aims to support basic research, while the industry takes the lead in applied research and technological development. If this trend of shrinking support continues, what could this mean for the main U.S. contributors to aging research? Let’s take a look at the revenue composition for the Buck Institute as an example.

The Buck’s budget totals about $35 million a year. According to the last available report, in 2015, government grants made up 43.2% (around $15 million), while contributions from donors accounted for 17%  and the support from the board of trustees brought in 18.4% (nearly $6 million from each). Grants from other sources accounted for another 8%, while corporate research brought only 5%. So, the share of public contributions in total is equal to the share of government support.

In case the reduction of 18% to government funding for research is applied to all research institutions receiving funds from the NIH, the Buck might lose around 3 million in revenue. To put this into perspective, this would equate to the funding for 2 of its 19 laboratories, unless the public steps in and increases the amount of contributions.

Even though this scenario is just speculation so far, this is exactly why the Buck is constantly strengthening its international network of supporters and is now devoting even more time to engaging local authorities and the public in a dialogue about the importance of research on aging. If government funding is reduced in the next few years, private donations will likely be the only reliable source of funding with sufficient volume to save the day.

Two things logically follow from this information.

First, the growth of the life extension community is crucial to ensure the advancement of breakthrough aging research, regardless of the political situation. What we need is further investigation of the mechanisms of aging and age-related diseases and the development of prototype technologies to address these mechanisms.

Only this can allow us to prevent age-related pathologies and achieve systemic rejuvenation. However, people cannot support initiatives that they don’t understand, so the most appropriate way to grow the community (and its funding potential) is to educate the general public.

This education can take many forms, including talking to friends, reposting news on aging research to social media, and running scalable educational programs for journalists, representatives of the medical industry, public health activists and different decision makers. Filling this communication gap and helping to disseminate information from the scientific community to the public can have a direct and positive impact in the near future.

Second, the movement of additional funds from the public to the lab depends on the simplicity and functionality of transfer mechanisms. Each donor would like to see his or her money invested wisely in order to support the projects with the highest impact on the field. However, for a non-specialist, it might be hard to understand the place of a given project in the overall frame of aging research and evaluating if the research group asking for money is reputable and knowledgeable enough.

This is where specialized fundraising initiatives like the crowdfunding platform step in. All proposed projects and teams are evaluated by the directors and their scientific advisors, comprised of renowned scientists in the field. Each project is explained in detail, including the study protocol and cost estimate to ensure maximum transparency. Once collected, money goes straight to the lab in just few weeks, and the study begins.


Bringing large-scale changes to society is hard. Human history is full of examples when life-saving ideas – like that of handwashing with antiseptic, first proposed by Ignas Semmelweis – were not initially understood by the public and the professional community, and the pioneers had to fight fiercely for a long time to promote them. However, we also have many inspiring examples of public health activists who changed the pace of scientific research dramatically and helped to create new cures, and we can learn from them.

Let’s remember that with the global population aging rapidly and the growing burden of age-related disease, we have nowhere to retreat. So, let’s do our best to support researchers in their endeavor to make our lives healthier – and happier – at any age.

CategoryAdvocacy, News
About the author
Elena Milova

Elena Milova

Elena has been a longevity activist and advocate since 2013, when she first started to organize educational events to make new evidence-based methods of healthy life extension more popular. The last few years have seen Elena leading some successful projects in Russia, aimed at spreading the idea of healthy longevity among decision makers as well as the general public. Several years of lobbying resulted in the inclusion of her propositions in the strategic program documents of the Russian Federation related to the problems of the elderly. She is a co-author of the book “Aging Prevention for All” (in Russian, 2015), where, among other topics, she is sharing how to facilitate the adoption of the healthy lifestyle to promote the period of good health. In 2015, Elena helped to shape and coordinate the successful crowdfunding campaign of the Major Mouse Testing Program – a study of Senolytic drug combinations on mouse lifespan. In 2017 at LEAF, Elena led a successful advocacy project to include the problems of the elderly into the WHO’s 13th Programme of Work . Previously Elena has worked as a project manager in the pharmaceutical and advertisement industries, helping to promote new drugs and therapies. This experience helped her to realize that the existing therapies were not 100% effective and could not completely stop age-related diseases – which has ignited an interest for the development of innovative therapies. Elena graduated with a bachelor’s in both psychology and foreign languages and is now working to earn her MBA at the oldest Russian business school MIRBIS. Elena left her Board and staff position at LEAF in January 2022 to pursue other endeavours.
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