Center News

How Can We Tackle AI-Fueled Misinformation and Disinformation in Public Health?

UN Under-Secretary-General for Global Communications Melissa Fleming Shares Strategies for Using Fact-based Science Communications to Build Trust

In the post-pandemic era, artificial intelligence (AI) has played a major role in the dissemination of information. AI has also facilitated the spread of misinformation and disinformation across social media platforms through algorithms that amplify posts designed to generate outrage and de-prioritize posts from institutions, like the United Nations, which works to dispel these false narratives. From hate speech to conspiracy theories, AI-fueled misinformation and disinformation serves to polarize society and create a harmful online environment. The World Economic Forum identified the threat from misinformation and disinformation as the most severe short-term threat facing the world today.

Melissa Fleming, UN Under-Secretary-General for Global Communications and BU Alumna (COM ‘89)

Melissa Fleming, UN Under-Secretary-General for Global Communications and BU Alumna (COM ‘89), gave a talk at Boston University on April 4th where she shared insights into the United Nations’ perspective on harnessing AI to build resilience in global communication. Fleming’s lecture discussed the challenges and opportunities of AI in disseminating accurate global public health communication, particularly in the areas of vaccines, climate change, and well being of women and girls.

With the advent of AI, “those who might have been screaming in a park with an audience of three now have the ability to reach thousands, if not millions of people,” said Fleming. “One of our biggest worries is the ease with which new technologies can help spread misinformation easier and cheaper, and that this content can be produced at scale and far more easily personalized and targeted.”

Polarization and Mistrust about Vaccines

Fleming highlighted that one of the most pronounced areas where misinformation has taken root is in the realm of vaccines. Especially since the pandemic, misinformation about vaccines has skyrocketed, and the use of AI has only made this easier and cheaper. In fact, if someone searches for information about vaccines online, there is around a 78% chance of finding misinformation or disinformation. Fleming also shared that because information surrounding vaccines has become polarized, many celebrities and influencers are unwilling to promote the benefits of vaccination for fear of being attacked. As a result, outbreaks of fully controlled diseases have become more prevalent, including the measles outbreak in Florida in February 2024.

UN Verified Campaign

During the pandemic, the UN released media literacy campaigns such as the Verified and the #TakeCareBeforeYouShare campaigns. Both of these are designed to make users online stop and think before posting or re-sharing content that could be misinformation. These campaigns aim to create a more informed and engaged public online. Fleming also mentioned a UN volunteer program looking for “digital first responders,” essentially volunteers aiming to research information before posting and promoting the dissemination of accurate content.

Climate Deniers

Another area rampant with misinformation is climate change. Fleming described “merchants of outrage,” or people who understand how to work the algorithm – i.e., release content designed to outrage and polarize viewers – and then make money off the interactions with their posts. This means that there is a financial incentive for some to spread misinformation online.

“Since Elon Musk took over X (formerly known as Twitter), all of the climate deniers are back, and [the platform] has become a space for all kinds of climate disinformation,” said Fleming. “There is a connection that people in the anti-vaccine sphere are now shifting to the climate change denial sphere.”

After Musk fired his trust and safety team, the amount of misinformation on the X platform – especially pertaining to climate change – skyrocketed. A trending hashtag on the platform was #ClimateScam, a section rampant with disinformation and misinformation about the science behind climate change.

As is the case with the vaccine sphere, AI makes misinformation about climate change easier and cheaper to produce, which in turn reaches a wider audience and diminishes trust in public institutions.

Instead of trying to deny every false claim about climate change, Fleming and her team focus on promoting accurate and fact-based information in order to give institutions like the UN more agency. This approach also creates more positive interactions with communities on social media platforms.

Fleming illustrated the strategy using an example of a false claim like solar panels not working in the rain. “Instead of putting an X over the post, we are trying to find clever, positive, solutions-focused approaches to promote content on the benefits of renewable energy,” said Fleming. “This content subtly addresses the disinformation and injects climate solutions and fact-driven arguments into the posts. This approach gives people solutions for the future, and makes our future selves say thank you.”

Online Misogyny’s Impact on Women and Girls

Generative AI is also being used to silence, intimidate, and humiliate women and girls, said Fleming. Online misogyny, including death threats, rape threats, and humiliated doctored photos, is increasingly being used as a weapon to shut down critics, such as leaders, politicians, activists, journalists, and other women. Fleming cited a 2022 UNESCO survey of female journalists around the world shows that 73% experienced online violence and 20% were attacked offline but felt there was a link.  AI generated images are easy to create and monetization of online misogyny an incentive.

“Generative AI tools have handed these bad actors a new arsenal of weapons with deepfake technology,” said Fleming. “Deepfakes are being used to generate non-consensual pornographic images to shame and humiliate women and girls in all walks of life. While some AI softwares have tried to build in safeguards to prevent images like this from being made, most AI built-in safeguards are currently either non-existent or very easily bypassed.”

Reclaiming the Conversation

Fleming acknowledged that AI certainly is not going away and that there are many ways in which AI can be deployed to be part of the solution.  She and her team and working to build coalitions and initiatives that leverage AI to promote exciting, positive, fact-driven global public health communications.

The Humanly Possible campaign, launched April 24, is an example of this strategy. This campaign will release statistics on how many lives have been saved as a result of being vaccinated, and encourages people to share vaccine stories.  It aims to “celebrate vaccines as one of humanity’s greatest achievements, up there with landing on the moon,” said Fleming.

Other initiatives include creating an official UN code of conduct on information integrity in the digital space, and meeting with UN member states at a general assembly to promote safe, secure, and trustworthy AI systems.

Fleming invited us to “reclaim the conversation… by joining forces to spread the word and becoming the masters of the algorithm.”

This guest lecture was cosponsored by the Center on Emerging Infectious Diseases (CEID) and the Hariri Institute for Computing.

Watch the full lecture given by Melissa Fleming, UN Under-Secretary-General for Global Communications, here.

 

Researchers Support Increased Genomic Sequencing of Dengue for More Effective Prevention

FOR IMMEDIATE RELEASE

Tuesday, March 19, 2024

Contact:
Cassandra Kocek (BU Center on Emerging Infectious Diseases), ckocek@bu.edu
Jillian McKoy (BU School of Public Health), jpmckoy@bu.edu
Gina DiGravio (BU Chobanian & Avedisian School of Medicine), ginad@bu.edu

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Researchers Support Increased Genomic Sequencing of Dengue for More Effective Prevention

Dengue is a disease characterized by fever, rash, headache, myalgia, and arthralgia with risk for complications due to endothelial dysfunction and hemorrhage. Most common in countries in Central and South America, Southeast Asia, and Africa, travel-related cases of dengue are frequently spread to the United States and occasionally sparks local transmission. Caused by the mosquito-borne dengue virus (DENV), complicated dengue and dengue-related deaths are fortunately relatively rare in travelers. However, it puts a large strain on healthcare systems in areas where it is endemic. In Brazil for example, several states have declared a public health emergency.

Increasing geographic distribution of dengue is largely attributed to the expanding range and increased vector efficiency of Aedes species mosquitoes due to urbanization, climate change, and changing rainfall patterns associated with El Niño and spread through increased international travel.

Researchers including David Hamer, MD, a Boston University faculty member with appointments in the Center on Emerging Infectious Diseases (CEID), School of Public Health (SPH), and Chobanian & Avedisian School of Medicine co-authored an Ideas and Opinions article, “Resurgence of Dengue in the Era of Genomic Surveillance and Vaccines” published in Annals of Internal Medicine this month. Their article posits that “molecular epidemiologic data from whole-genome sequencing [of dengue serotypes] could enhance dengue outbreak preparedness.”

In our increasingly globalized world, disease strains spread more easily from continent to continent. Tracing the lineage of specific genotypes of dengue allows researchers to better understand how genetic diversity affects transmission dynamics, virulence, and immune protection by vaccination.

Administration of current vaccines protecting against dengue are dependent on serotype of a patient’s existing antibodies. By better understanding the variations in DENV genotypes, scientists hope to be able to develop vaccines that would not require patients to be pre-screened for serotypes. The goal of which is to allow for broader, more efficient vaccination campaigns against this global disease.

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About Boston University Center on Emerging Infectious Diseases (CEID)
Established in June 2021, CEID’s core mission is to improve societal resilience against the threat of emerging & epidemic infectious diseases worldwide through transdisciplinary research, global and local capacity strengthening, training, evidence generation for policy support, and community engagement. CEID is carving out the scientific, educational, policy, and cultural space to investigate underlying challenges to pandemic preparedness and discover innovative solutions. Our work allows us to provide recommendations to communities, governments, and the academic groups aimed at preparing and responding to pandemics at the national and global level.

About Boston University School of Public Health
Founded in 1976, Boston University School of Public Health is one of the top ten ranked schools of public health in the world. It offers master's- and doctoral-level education in public health. The faculty in six departments conduct policy-changing public health research around the world, with the mission of improving the health of populations—especially the disadvantaged, underserved, and vulnerable—locally and globally.

About Boston University Chobanian & Avedisian School of Medicine
Originally established in 1848 as the New England Female Medical College, and incorporated into Boston University in 1873, Boston University Chobanian & Avedisian School of Medicine today is a leading academic medical center with an enrollment of more than 700 medical students and 1,180 students pursuing degrees in graduate medical sciences. BUSM faculty contribute to more than 605 active grants and contracts, with total anticipated awards valued at more than $211 million in amyloidosis, arthritis, cardiovascular disease, cancer, infectious diseases, pulmonary disease and dermatology, among other areas. The School’s teaching affiliates include Boston Medical Center, its primary teaching hospital, the Boston VA Healthcare System, Kaiser Permanente in northern California, as well as Boston HealthNet, a network of 15 community health centers. For more information, please visit http://www.bumc.bu.edu/busm/

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Student/Trainee Summer Research Grant Opportunity

Boston University's Center on Emerging Infectious Disease (CEID) is pleased to announce the availability of two research grants (one for graduate students and one for doctoral and postdoctoral students) pursuing innovative research projects related to CEID’s mission. The project has to focus on public health, policy, clinical, social sciences, or data sciences research related to emerging infectious diseases, outbreaks, global health security, pandemic preparedness or the effects of any of the above. These grants aim to support students in their academic and professional development by providing financial assistance for their research endeavors. Each of the two awards are $5,000. Students should identify a faculty mentor who will oversee their research over the summer and can speak to their qualifications and experience.

Update: Recipients announced

We were excited to receive many strong applications. Based on our faculty members' review of the submissions, we are happy to announce we will be awarding grants of $5,000 each to Katherine Reifler, MD and Palak Shah.

CEID is proud to support these two important research projects. Katherine Reifler's research is entitled, "Prospective analysis of the burden of cardiac complications in patients with HIV and Chagas disease co-infection compared to Chagas disease alone" and Palak Shah's work will explore how climate change is leading to behavior changes for home ventilation and the impact the has on tuberculosis transmission in India.


Exciting update for CEID as we enter 2024!

We have exciting update to share as we start this new year!  The Center for Emerging Infectious Diseases Policy & Research (CEID) is evolving with a bold new name: The Center on Emerging Infectious Diseases.

While our name is shorter, our commitment to generating game-changing research that fuels effective policies and pandemic preparedness remains as strong as ever. Think of it as a new chapter in our ongoing journey towards supporting greater global resilience against health threats!

This streamlined name reflects our agility and makes us even more recognizable as a leading force in the fight against emerging infectious diseases.

And with exciting projects like our research cores, pushing the boundaries of research, we're poised to make even greater strides in the year ahead. Stay tuned for more groundbreaking initiatives!

Join us on our mission to build a world where emerging diseases are swiftly identified, effectively contained, and ultimately prevented. Visit our updated website, follow us on Twitter, Instagram, Threads, LinkedIn, and YouTube, and be part of the conversation. Together, we can forge a healthier future, one discovery at a time.

Boston University Center on Emerging Infectious Diseases (CEID)

Research powering policy and action.

MassCPR Symposium: Pandemic Preparedness event recap

Politicians and leaders in healthcare, research, and policy gathered for Massachusetts Consortium on Pathogen Readiness (MassCPR)’s Symposium on Pandemic Preparedness on November 14, 2023.

The event kicked off with a keynote discussion with former Prime Minister of New Zealand Dame Jacinda Ardern, Sir Ashley Bloomfield, and Dame Juliet Gerrard, moderated by Dr. Louise Ivers of Harvard Medical School. In their conversation, the panelists discussed how they were able to build trust with the pubic of their country by being transparent about the uncertainties of the early days of the COVID-19 pandemic. Furthermore, they compared how working within New Zealand, a much smaller country than the United States in both area and population, necessitated different approaches between the two countries’ pandemic responses.

The first panel, moderated by NEIDL Director Dr. Nancy Sullivan, was on developing capabilities for global pandemic preparedness. The speakers highlighted the need for maintaining vaccine production facilities in peacetimes between pandemics. Vaccine production cannot be started up at the drop of a hat when a new outbreak occurs, they function consistently to produce vaccines efficiently in times of crisis.

The final panel of the symposium, “Communicating in crisis: How to tell people what they need to know, reach a diverse public, and counter outright lies,” included CEID Director Dr. Nahid Bhadelia. A recurring theme in this conversation was building trust in healthcare officials among communities in the everyday so that foundation is there when a public health emergency arises. Additionally, speakers emphasized the need to be proactive in enacting public health regulations to prevent and quickly respond to outbreaks. Part of this effort, Massachusetts Department of Public Health Commissioner Dr. Robert Goldstein explained, is the state’s vaccine equity initiative, which aims to provide resources to the most vulnerable communities. Dr. Bhadelia echoed the sentiment, saying that vaccines and therapeutics are not enough on their own, they must be used in conjunction with clear communication and proactive public health measures. She likened this combination of efforts to the building codes and manufacturing regulations that support fire departments’ work at fire safety and prevention.

Altogether the event provided an insightful look at pandemic preparedness and brought together though leaders and change makers to share ideas for more effectively responding to future pathogen outbreaks. We have all learned much over the past few years since the emergence of COVID-19, but it is clear there is still much work to be done for future preparedness.

 

Photo by Jackie Ricciardi for Boston University's The Brink.

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CEID launches four Core Research Initiatives

This year, as Boston University’s Center for Emerging Infectious Diseases Policy & Research (CEID) continues to pursue our mission to build resilience against new pandemic threats, we have focused our efforts on four Core Research Initiatives. These cores highlight high priority areas within emerging infectious that require closer linkage between research, operational response and policy: a) Data Science & Surveillance, b) EIDs, Climate Change, & One Health, c) Trust & Public Health Communications and d) Public Health, Medical Preparedness & Response. The cores will accelerate the scholarly activities, bring together researchers within and outside of Boston University, seed critical pilot research and create space to engage with trainees and communities on these important topics. In each case, the goal of our work is to help fill in the gaps in knowledge base to support decision making by public health officials, policy makers, clinicians, and community organizations. These new initiatives have been underway since July 2023 and are led by Core Directors who are recognized experts in their fields, who I am proud to call colleagues. Below outlines the cores and their leadership.

 

Data Science & Surveillance led by Dr. Laura White and Dr. Kayoko Shioda

The CEID Data Science and Surveillance core will focus on bringing together researchers working to develop new data sources, methods, and tools to identify, monitor, and characterize emerging infectious disease threats. The core will generate projects and activities examining for the role of data science in preparing for and combatting emerging infectious disease threats. The Data Science and Surveillance Core recently received funding as a collaborator in the Northeastern University based CDC Center for Forecasting and Analytics grant.

 

EIDs, Climate Change, & One Health led by Dr. David Hamer and Dr. Kayoko Shioda

The focus of the CEID One Health and Climate Change core is to bring together experts from ecology, climate change, One Health, planetary health, emerging infectious diseases, and systems science, along with practitioners and policy experts in public health surveillance and pandemic preparedness, to identify, review, and prioritize research gaps that must be addressed to prevent future global pandemics. The core aims to develop new data sources, methods, and tools to identify, monitor, and characterize emerging infectious disease threats in the era of climate change. The core has an upcoming event entitled, “Interactive effects of climate and land use change transform the landscape of vector-borne disease,” which may be of interest to many given the recent malaria cases in the US.

 

Trust & Public Health Communications During Emerging Infectious Disease Outbreaks led by Dr. Traci Hong and Dr. Veronika Wirtz

Trust in science and in public health institutions and organizations is essential to effectively mobilize citizens to respond to threats to public health and safety. However, over the last few decades, especially during the COVID-19 pandemic, public opinion of science has gradually diminished the ability of organizations and institutions to translate science into practical guidance to promote public health.

The CEID Core on Trust and Public Health Communication, through transdisciplinary research, aims to identify the best policies and practices a) to share information with the general public as well as specific stakeholders before and during a fast-moving infectious diseases crisis, and b) to build trust in science and public health institutions and organizations, especially as they related to infectious diseases control.

 

Public Health, Medical Preparedness, & Response to EIDs led by myself

 The focus of the CEID Public Health and Medical Response Core is to link researchers and practitioners from clinical fields, basic and translational sciences, public health and policy sectors to evaluate and understand how diagnostics, vaccines and therapeutics for priority pathogens can be developed and distributed faster and more equitably within the US and globally. This core studies the architecture and efficacy of the national and international public health responses against emerging infections between and during outbreaks. Additionally, it conducts healthcare and health services utilization research in the setting of emerging infectious diseases. Lastly, the core will examine how infection control and clinical standards of care, research capacity as well as medical practice can be improved in the setting of evolving data surrounding novel diseases.

 

I hope you will stay tuned for news and events, and follow some of the research coming out of these new critical cores. And please join me in welcoming these public health experts to the leadership of CEID.

 

Respectfully,

Nahid Bhadelia, MD, MALD

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Boston University Researchers Receive CDC Grant for Epidemic Analytics & Predictive Modeling Project

FOR IMMEDIATE RELEASE

Tuesday, September 19, 2023
Contact:
Cassandra Kocek (BU CEID), ckocek@bu.edu
Jillian McKoy (BU SPH), jpmckoy@bu.edu

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Boston University Researchers Receive CDC Grant for Epidemic Analytics & Predictive Modeling Project
The COVID-19 pandemic has underscored the critical need for enhanced epidemic modeling and analytic tools. Despite advances in epidemic modeling and analytics, issues persist around data and model quality, accessibility, and accurate representation of diverse population groups, potentially exacerbating health inequities. Addressing these challenges necessitates the transformation of high-quality data into meaningful insights for equitable decision-making and policy formulation.

The “Epistorm: Center for Advanced Epidemic Analytics and Predictive Modeling Technology” project emerged in response to these needs. Led by PI Alessandro Vespignani, Ph.D. of Northeastern University, Epistorm is a multi-organization, collaborative project bringing together researchers from Northeastern University, Boston University, the University of California San Diego, Los Alamos National Laboratory, the Fred Hutchinson Cancer Research Center, Indiana University, the University of Florida, and Ginkgo Bioworks, as well as several hospital networks. Among this group include Boston University faculty members Laura White, Ph.D., and Kayoko Shioda PhD, DVM, MPH. Both are faculty at the university’s School of Public Health (SPH) and Center for Emerging Infectious Diseases Policy & Research (CEID). Together, Drs. White & Shioda lead CEID’s research core on Data Science & Surveillance.

Dr. Shioda expressed her enthusiasm for this project’s impact. “I am beyond excited and honored to contribute to this vital initiative led by CDC CFA, dedicated to enhancing outbreak response capabilities in the US. I am particularly thrilled to lead a project that aims to build a solid infrastructure and analytic framework for the real-time assessment of vaccine effectiveness and safety, using causal inference methodologies.”

Proposed in response to a May 2023 Notice of Funding Opportunity from the Centers for Disease Control & Prevention (CDC), the Epistorm project has received $17.5 million in funding across five years beginning September 30, 2023. Addressing the above challenges necessitates the transformation of high-quality data into meaningful insights for equitable decision-making and policy formulation. The Epistorm center aims to address these challenges by capitalizing and innovating on breakthroughs in machine learning, data access, and computational capacity. Epistorm places a strong emphasis on educational strategies, providing trainees with hands-on experiences in public health responses and analytics projects, thereby fostering career pathways within public health systems. “Each of the grantees will help us move the nation forward in our efforts to better prepare and respond to infectious disease outbreaks that threaten our families and our communities,” says Dylan George, director of the CDC Center for Forecasting and Outbreak Analytics.

Speaking to the importance of proactive pandemic preparedness, Dr. White said, “This CDC initiative is an exciting and important step in preparing for future pandemic threats. I am pleased to be a part of such an innovative and diverse team of scientists from across the country and look forward to working together to developing better tools and methods for detecting and responding to future pandemics.”

CEID director, Nahid Bhadelia, MD, MALD, says of the project, "The goals of CEID Data Science and Surveillance Core are to develop new methodologies and networks to provide critical analysis for outbreak response. This CDC grant will allow Dr. White and Dr. Shioda to accomplish those goals in partnership with collaborators and stakeholders nationally."

In sum, the Epistorm project ambitiously tackles existing challenges in epidemic modeling and analytics, offering innovative, practical, and equitable solutions to enhance decision-making and policy formation during health emergencies.

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About Boston University Center for Emerging Infectious Diseases Policy & Research (CEID)
Boston University’s Center for Emerging Infectious Diseases Policy and Research (CEID) is a university wide center focused on global health security and linking technical knowledge to policy issues related to emerging pathogens and epidemic threats. CEID’s core mission is to improve resilience against threat of emerging & epidemic infectious diseases worldwide through transdisciplinary research, global and local capacity strengthening, training, evidence generation for policy support, and community engagement. The center’s faculty represent 9 BU Schools and Colleges as well as external and international affiliates, bringing expertise from virology, clinical infectious diseases and infection control, to epidemiology, data sciences, communications and global health policy.

About Boston University School of Public Health
Founded in 1976, Boston University School of Public Health is one of the top ten ranked schools of public health in the world. It offers master's- and doctoral-level education in public health. The faculty in six departments conduct policy-changing public health research around the world, with the mission of improving the health of populations—especially the disadvantaged, underserved, and vulnerable—locally and globally.

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Reflecting On One Year of MPOX Response event highlights

On August 17, 2023, CEID hosted a hybrid event, “Reflecting on One Year of MPOX Response,” in partnership with BU’s Hariri Institute for Computational Sciences & Engineering. The panel discussion, which was moderated by CEID Director, Dr. Nahid Bhadelia, featured opening remarks from Dr. Ashish Jha, Dean of Brown University’s School of Public Health. Panelists included Dr. Nikki Romanik, Dr. Demetre Daskalakis, Adrianna Boulin, and Dr. Céline Gounder. (Full speaker bios can be found at the end of this event summary).

The MPOX pandemic has been a major public health crisis that had a devastating impact globally and in the United States. The purpose of this event was to identify best practices from the MPOX response to future infectious diseases threats. The themes of discussion covered the following:

  • The challenges and successes of the MPOX response, communications, and community engagement
  • The lessons learned from the MPOX pandemic for other emerging infectious diseases responses.
  • The future of MPOX preparedness

SPEAKER REMARK SUMMARIES:

Dr. Bhadelia introduced the event and spoke about the importance of capturing lessons learned.

In his opening remarks, Dr. Jha spoke to the lessons learned from the COVID-19 response that shaped the national response to mpox. He listed six key takeaways:

  1. The importance of building an empowered team from a diverse background of experiences and expertise. He highlighted the value of having an action-oriented team with teammates who understand both the science and public health concerns along with how to make real change when working with the federal government.
  2. Building trust with the community. Especially regarding mpox, which has disproportionately affected the LGBTQ+ community, it was important to work along with that community to understand their needs in shaping the response. Additionally, when receiving criticism, rather than dismissing opposing views, that is an opportunity to listen and engage to understand why someone disagrees with your approach.
  3. Being able to act nimbly and make the best-informed decision even with incomplete data. In a fast-moving outbreak, there often isn’t time to create large, randomized trials. So, we need to be able to act on previous knowledge and the data we do have, then adjust as needed as more data becomes available.
  4. Leveraging existing resources and infrastructure. Jha said, “When you get a new outbreak, by definition, it's not in your budget line. There's no budget line for mpox because when the budgets were put in two years before, no one had thought we'd be dealing with it.” So, the mpox response needed to think more broadly about where they could leverage existing resources and stakeholder relationships.
  5. Do not declare “mission accomplished” too early. As cases begin to subside, there is often a temptation to say the work here is done. But it’s important to fight that temptation because viruses can lull and spike, ebb and flow. Staying vigilant and continuing the work helped avoid the mpox surge that was expected for this summer.
  6. Prepare for the future. Once the worst of an outbreak is under control, it’s important to create safeguards to avoid or prepare to handle it if it returns. This means continuing production and distribution of vaccines and treatment even in the lulls.

Dr. Romanik emphasized the role of engaging with the community to learn about their experiences with mpox and what aspects of the response were (and weren’t) working for them. Notably, she cites an example from one of their workshops where a Black trans woman said that the term “monkeypox” was stigmatizing and a barrier to vaccination. Once the World Health Organization (WHO) learned that this stigma was inhibiting vaccination efforts, they worked quickly to rename “monkeypox” to “mpox,” which was much better received. Romanik also discussed the role of the new White House Office of Pandemic Preparedness where she serves as its Chief of Staff.

Dr. Daskalakis mentioned the success of collaborating with advocates for HIV care and prevention since there is so much overlap in the communities affected by both conditions. Along those lines, the mpox response took learnings from what worked and (perhaps more importantly) what didn’t work from the initial HIV response in the early 1980s. There was so much stigma around labeling HIV as a “gay disease,” creating trauma that the mpox response team did not want to recreate. At the same time, it was important to recognize that mpox is primarily spread between gay, bisexual, and other men who have sex with men (MSM). Based on current HIV prevention messaging, the mpox response chose to focus more on creating awareness around the how it transmits and what MSM can do to stay safe. Daskalakis also talked about how existing programs can be leveraged during infectious diseases emergencies, such as how Ryan White and other HIV clinic infrastructure was used to provide MPOX vaccinations. This effort also increased patient engagement around other STDs in those clinics.

Ms. Boulin addressed the specific intersection of racial and ethnic disparities seen among mpox cases. In her work at Fenway Health and Boston Pride for the People, both organizations collaborated with local partners to increase community engagement. This included hosting webinars, creating infographics, and organizing vaccination clinics at Boston Pride. She reiterated the importance of meeting people where they are at. Rather than working to encourage people to go to pharmacies or health clinics for vaccines, bring the vaccines to where people are already gathering, such as Pride events. She also spoke about the importance of cultural humility and self-awareness in approaching any public health issue.

In the same vein, Dr. Gounder spoke to the challenges of communicating clearly and effectively about mpox & how it is spread. She recommended against taking a one-size-fits-all approach. To reach the people most at risk, communication needs to be realistic, open, and honest. “Look, this is a sexually transmissible disease. Most of it was sexually transmitted. Yes, there are other mechanisms of transmission, but I think you do need to be clear about how it is transmitted so people can protect themselves,” she said. Americans’ reluctance to talk about sex has been a real challenge to being able to put this information out to mainstream media.

There were many common threads among the panelists. They all spoke to the value of including the LGBTQ+ community in shaping the response, listening to what messaging resonated with them and what they found isolating, to include them as active stakeholders in their care. “The louder someone criticizes you, the more important it is that they have a place at the table,” said Dr. Daskalakis. He went on to explain that if someone, especially from the community being impacted by a given crisis, is disagreeing with your approach, it’s necessary to understand why. He said that this creates accountability in being able to go back to the community and say, “This is what we did [based on the feedback you gave us] or sometimes what we didn’t do and here’s why we couldn’t do that.”

The panelists emphasized that out-of-the-box thinking contributed to the success of mpox response, particularly meeting people where they were to reach vulnerable groups. Mobile vaccination sites went to locations such as Pride parades and gay clubs.

Because of the unpredictable nature of pandemics, no pandemic response can be perfect, but this conversation made it clear that the mpox response has been quite successful overall. Considering that a year ago (August 2022) the US was seeing six hundred new cases a day and in one year we are now seeing less than one per day, plus avoiding the seasonal summer spike originally predicted for this year, it has been a well-organized and successful response indeed.

The panel was well attended, with over two hundred guests joining us in the Center for Data Sciences and through Zoom. Guests who were able to attend on campus, including many CEID faculty members, BU interim president Ken Freeman, BU Associate Provost for Research Gloria Waters, MA State Representative Bill Driscoll, MA Dept. of Public Health Commissioner Robbie Goldstein, and MA Dept. of Public Health Assistant Commissioner Dawn Fukuda enjoyed the subsequent reception on the CDS open-air patio overlooking the Charles River.

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CEID Releases 2022 Annual Report

Boston University's Center for Emerging Infectious Diseases Policy and Research is proud to release our Annual Report: Growing Resilience Against Epidemics.

The report opens with a letter by CEID Founding Director, Dr. Nahid Bhadelia, who is currently on sabbatical. "We founded CEID a year ago with a vision that to address the growing threat of emerging pathogens, we need multidisciplinary research & to approach pandemic preparedness from the bottom up, rooted in our communities globally. Our goal is to create a pandemic preparedness initiative that focused on the operational & technical aspects of global health security and to link policy to ground truth. Epidemics break societies along known fault lines. Ensuring that we provide protection for all our communities is a critical component of resilience. Hence, one of the driving forces of the center is rooted in the key value at the center of all things at BU: equity."

The report takes stock of CEID's inaugural year and the strong foundation we have built thanks in no small part to our incredible faculty, partners, and supporters who have helped us bring this vision to life. As we continue to move forward under the direction of CEID Acting Director Dr. David Hamer, we renew our commitment to these goals and look forward to all we will accomplish in the year ahead.

"The current global monkeypox epidemic and the continued evolution of SARS-CoV-2 highlight the threat that the world faces from emerging infectious diseases," said  Dr. Hamer."CEID is well placed to address the challenges that the world faces from these emerging diseases as well as others that are likely to arise as a result of climate change, stressed water supplies, environmental destruction, global population growth, ineffective or absent surveillance systems, and microbial evolution.”

 

Read The 2022 Annual Report