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Policy & Legislative Priorities

For more than 25 years, the Johns Hopkins Center for Health Security has been working to fulfill its mission to protect people’s health from major epidemics and disasters and build resilience to those challenges. As part of our work, we leverage our research and expertise to inform policymakers, public health practitioners, and the public on key issues facing the US and world across the health security space. The Center’s policy work includes convening conferences and panel discussions, providing feedback on policy proposals, and issuing timely and informative briefs, all of which can be found in the sections listed below.

Pandemic and All-Hazards Preparedness Act (PAHPA) Reauthorization

PAHPA is the critical cornerstone of US pandemic preparedness

Learn more about PAHPA

Increased Adoption of Reusable Respirators

Reusable respirators are protective, sustainable, and cost-effective

Learn more about reusable respirators

Gene Synthesis Screening

Nucleic acid screening practices prioritize biosecurity and help mitigate risks

Learn more about Gene Synthesis Screening

Indoor Air Quality (IAQ)

Improving IAQ is vital to protect against airborne diseases and enhance overall health

Learn more about IAQ

Disease X Medical Countermeasures

Investing in and developing medical countermeasures for future disease threats will save lives

Learn more about Disease X

Other Policy & Legislative Priorities

The Center supports or provides resources on other key policies or legislative actions

Learn more about Other Policy & Legislative Priorities

Pandemic and All-Hazards Preparedness Act (PAHPA) Reauthorization

Pandemic and All-Hazards Preparedness Act (PAHPA) Reauthorization icon, paper with a virus and security shield

Since its original passage in 2006, PAHPA has been the cornerstone of US pandemic preparedness. The act and each subsequent bipartisan reauthorization has provided funding and guidelines for developing medical countermeasures, improving public health infrastructure, and enhancing coordination among federal, state, and local agencies during health crises. Facing expiration, Congress needs to come together once again to reauthorize this critical piece of legislation to improve our nation’s health security.

One-Pager: Reauthorizing the Pandemic and All-Hazards Preparedness Act (PAHPA) (PDF)

Increased Adoption of Reusable Respirators

Increased Adoption of Reusable Respirators

The US remains overly reliant on single-use disposable N95 masks to protect healthcare workers, essential workers, and the general public during respiratory infectious disease outbreaks. While disposable masks have an important place in healthcare and certain other settings, they are less protective and less sustainable than reusable respirators. Greater adoption of reusable respirators by hospitals and our Strategic National Stockpile (SNS) would be more cost effective over the long term to best protect frontline workers during a health emergency. 

Currently, the SNS has no dedicated funding to procure respirators of any kind. It has relied on supplemental funding in emergencies to buy respirators rather than having them ready to rapidly distribute. Stockpiling reusable respirators now will also help establish the necessary systems and trainings to ensure the respirators are distributed and used effectively. Policymakers can act by learning more about reusable respirators and making the needed investments to include them in the SNS and other stockpiles so we are prepared to respond to the next health emergency.

For more information, visit the Center’s Increasing Respiratory Protection for the Next Pandemic project page.
 

Center-Produced Resources

Infographic

Reports

One-Pager

Gene Synthesis Screening

Gene Synthesis Screening

Nucleic acid synthesis has revolutionized the life sciences industry, enabling breakthroughs in medicine and agriculture that can save lives and feed the world. This technology allows for on-demand production of user-specified nucleic acids (eg, genes), serving as potential medicines or tools for biomanufacturing. While legitimate research uses these techniques to develop new vaccines, treatments, and research methods, the same technology could potentially be misused for nefarious purposes. The dual-use nature of synthetic biology with nucleic acid synthesis underscores the need for effective governance mechanisms. As the field expands, it's crucial for lawmakers and government agencies worldwide to implement safeguards, ensuring that companies know their customers and understand the biological capabilities of their products. Establishing nucleic acid synthesis screening programs and practices could improve biosecurity, mitigate potential misuse, and ensure the industry grows in a way that prioritizes safety and security.

For more information and resources, visit the Center’s Gene Synthesis Screening Information Hub.

Indoor Air Quality (IAQ)

Indoor Air Quality (IAQ) icon

The air we breathe can contain harmful particles such as allergens, smoke, and pathogens, impacting our health. Therefore, improving air quality is crucial for our well-being. This is particularly important for indoor air quality (IAQ), as we spend 90% of our time indoors. The Center for Health Security has launched multiple initiatives to raise awareness, provide resources, and recommend policy changes to improve IAQ. By implementing these policies, we aim to enhance public health and strengthen infrastructure to protect against airborne diseases and health emergencies. The Center is dedicated to offering recommendations for attainable, cost-effective, and phased approaches and centralized resources for achieving better IAQ at both the state and federal levels. To turn our research into policy action, the Center developed the Model Clean Indoor Air Act, which provides a comprehensive framework for US states to create legislation aimed at improving IAQ.

For more information, visit the Center’s Indoor Air Quality project page.

Disease X Medical Countermeasures

Disease X Medical Countermeasures icon

To prepare for future pandemics, the US must be ready to detect and protect against potential pandemic pathogens. Given the uncertainty of the next disease threat, often referred to as Disease X, developing preemptive medical countermeasures is challenging. The solution lies in investing in countermeasures targeting viral families and using platform technologies. This proactive approach will not only safeguard against unknown future threats but also provide protection against existing and potential deliberate threats, offering a significant return on investment. Much of the innovation in medicine is already pushing toward these types of technologies, and policymakers must act now to establish a robust program supporting this critical research and development. By implementing a flexible investment strategy for such innovative countermeasures, we can maximize our potential to save lives, secure the highest return on investment, and significantly reduce the disruptions of future pandemics.

For more information, visit the Center’s Disease X Medical Countermeasure Program project page.

Other Policy & Legislative Priorities

 Other Policy & Legislative Priorities icon, white paper with a gavel on a sky blue background

The Center supports or provides resources on other key policies or legislative actions:

AIxBio

National Defense Authorization Act (NDAA)

Biosafety

Dual Use Research of Concern (DURC)