Health Response Research Articles

Deploying a user-friendly GIS mapping tool in post-earthquake Turkey and Syria

Background The February 2023 earthquakes in Turkey and Syria exposed significant gaps in healthcare information systems, which severely hampered communication, coordination, and the overall public health response. These disruptions were primarily due to the lack of real-time, accessible data on healthcare facilities. Methods In response, an interactive Geographic Information System (GIS) tool, coupled with an integrated WhatsApp chatbot, was developed under the platform Afetsaglikharitasi.org. This system enabled real-time mapping and updates on the status of healthcare services, even in areas with limited internet connectivity, facilitating more efficient resource coordination during the disaster response. Results By March 30, 2023, the disaster health map included data from 537 health centers and had reached over 800,000 individuals via social media platforms such as Instagram, Facebook, and Twitter. The platform attracted over 3,500 unique users, with most accessing it via mobile devices to locate healthcare services. Additionally, shortcomings in the Turkey National Disaster Response Plan (Türkiye Afet Müdahale Planı – TAMP) were identified, particularly the lack of integration of digital health technologies, which hindered resource allocation during the earthquake response and underscored the need for their inclusion in disaster management strategies. Conclusions This study demonstrates the effectiveness of digital health tools in enhancing disaster response and underscores the importance of integrating user-centered, deployable technologies to improve healthcare delivery in emergency settings.

Scoping review of countries’ practices missed by health emergency preparedness and response quantitative tools: COVID-19 and Ebola response experiences

IntroductionAfter the COVID-19 pandemic and previous disease outbreaks, it is critical to continuously examine the preparedness measurement tools and level of country preparedness for future health emergencies. Existing preparedness quantitative...

Resilience to major life events: Advancing trajectory modeling and resilience factor identification by controlling for background stressor exposure.

Resilience has been defined as the maintenance or quick recovery of mental health during and after stressor exposure. One popular operationalization of this concept is to model prototypical trajectories of mental health in response to an adverse event, where trajectories of undisturbed low or rapidly recovering symptoms both comply with the resilience definition. However, mental health responses are likely also influenced by other stressors occurring before or during the observation time window. These "background" stressors may affect a person's assignment to a trajectory class. When using these classes as dependent variables to identify resilience-predictive factors, this may lead to false estimates. A new method to build exposure-controlled trajectories based on time courses of stressor reactivity (SR), rather than pure mental health scores, is demonstrated on a data set of 707 initially healthy participants living in Germany (67.33% female; Mage = 29.20, SD = 8.27). SR scores express individual deviations from the sample's normative mental health reaction to observed real-life stressors during the observation time window, thus accounting for individual differences in exposure to background stressors. The resulting trajectory models are plausible. In analyses additionally controlling for background stressors occurring before the observation time window (past life events), low SR trajectories are predicted by the well-documented resilience factor sense of coherence, suggesting construct validity. Further, they are associated with lower odds of developing categorical mental health conditions, suggesting predictive validity. Our study provides the first proof of principle for a refined method to identify predictors of resilience to major stressor events. (PsycInfo Database Record (c) 2024 APA, all rights reserved).

Optimizing spatial distribution of wastewater-based disease surveillance to advance health equity

In 2022, the US Centers for Disease Control and Prevention commissioned the National Academies of Sciences, Engineering, and Medicine to assess the role of community-level wastewater-based epidemiology (WBE) beyond COVID-19. WBE is recognized as a promising mechanism for promptly identifying infectious diseases, including COVID-19 and other novel pathogens. An important conclusion from this initiative is the critical importance of maintaining equity and expanding access to fully realize the benefits of wastewater surveillance for marginalized communities. To address this need, we propose an optimization framework that strategically allocates wastewater monitoring resources at the wastewater treatment plant (WWTP) level, ensuring more effective and equitable distribution of surveillance efforts to serve underserved populations.The purpose of the framework is to obtain a balanced spatial distribution, inclusive population coverage, and efficient representation of disadvantaged groups in the allocation of resources for WBE. Furthermore, the framework concentrates on areas with high population density and gives priority to vulnerable regions, as well as identifying signals that display significant variations from other monitored sources. The optimization objective is to maximize a weighted combination of these critical factors. This problem is formulated as an integer optimization problem and solved using simulated annealing. We evaluate various scenarios, considering different weighting factors, to optimize the allocation of WWTPs with monitoring systems. This optimization framework provides an opportunity to enhance WBE by providing customized monitoring strategies created to address specific priorities and situations, thus enhancing the decision-making processes in public health responses.

Genomics-based timely detection of Dengue Virus type I genotypes I and V in Uruguay

This study details a genomics-based approach for the early detection of mosquito-borne pathogens, marked by Uruguay's first ever complete genomic sequencing of Dengue Virus type I genotypes I and V. This pioneering effort has facilitated the prompt identification of these genotypes within the country, enabling Uruguayan public health authorities to develop timely and effective response strategies. Further integrated into this approach is a climate-driven suitability measure, closely associated with Dengue case reports and indicative of the local climate's role in the virus's transmission in the country within the changing climate context. The detection of multiple DENV-1 genotypes co-circulating in Uruguay underscores the necessity for proactive surveillance, particularly at borders, to prevent the introduction and dissemination of novel viral strains within the country and the region. This approach aids in facilitating prompt public health responses and intervention strategies, which are crucial in mitigating the impact of dengue outbreaks.

Reemergence of Oropouche Virus in the Americas and Risk for Spread in the United States and Its Territories, 2024.

Oropouche virus has recently caused outbreaks in South America and the Caribbean, expanding into areas to which the virus was previously not endemic. This geographic range expansion, in conjunction with the identification of vertical transmission and reports of deaths, has raised concerns about the broader threat this virus represents to the Americas. We review information on Oropouche virus, factors influencing its spread, transmission risk in the United States, and current status of public health response tools. On the basis of available data, the risk for sustained local transmission in the continental United States is considered low because of differences in vector ecology and in human-vector interactions when compared with Oropouche virus-endemic areas. However, more information is needed about the drivers for the current outbreak to clarify the risk for further expansion of this virus. Timely detection and control of this emerging pathogen should be prioritized to mitigate disease burden and stop its spread.

Effects of Dietary Supplementation with Bacillus subtilis natto on Growth, Digestive Enzyme Activity, Immune Response, and Intestinal Microorganisms of Red Sea Bream, Pagrus major

This study investigated the influence of dietary supplementation with Bacillus subtilis natto (BSN) on various physiological parameters in red sea bream (Pagrus major). Key areas of focus included growth performance, enzymatic activity related to digestion, blood biochemical markers, immune function, and intestinal microorganisms. Fish were fed diets containing the following five levels of BSN: 0 (BN0), 1 × 107 (BN1), 1 × 108 (BN2), 1 × 109 (BN3), and 1 × 1010 (BN4) CFU kg−1 for 56 days. Fish in the BN3 and BN4 groups exhibited significantly enhanced growth performance compared to the BN0 group (p < 0.05). Additionally, the activities of amylase and protease were markedly higher in the BN3 and BN4 groups (p < 0.05), while lipase activity was significantly elevated in fish fed the BN3 diet (p < 0.05). Plasma total protein levels also showed a significant increase in the BN3 group (p < 0.05). Hematocrit values were significantly improved in the BN2, BN3, and BN4 groups (p < 0.05). The intestinal microbiota of the BN4 group revealed a significant increase in the populations of B. subtilis and Lactobacillus, along with a notable decrease in Escherichia coli, compared to all other groups (p < 0.05). The observed improvements in specific growth rate and the upregulation of growth-related gene expression further highlight the potential of BSN to enhance the growth performance of red sea bream. In conclusion, dietary supplementation with BSN at 1 × 109 and 1 × 1010 CFU kg−1 shows promise in improving the growth, health, and immune response of red sea bream.

Societal Adaptation to Pandemic Challenges: Analysing the Role of Local Governance and Healthcare Systems in Madhya Pradesh

The COVID-19 pandemic posed unprecedented challenges, compelling communities globally to adapt rapidly to protect lives and maintain societal functions. This study examines the role of local governance and healthcare systems in Madhya Pradesh in addressing these challenges and fostering societal resilience. Drawing on quantitative data from government health agencies and qualitative insights from community feedback, this research explores how local governance structures facilitated public health response, resource allocation, and pandemic preparedness. Findings indicate that decentralized decision-making and robust healthcare infrastructure were instrumental in managing health crises, providing essential services, and supporting economic resilience at the grassroots level. Key results show that regions with stronger local governance exhibited a 30% lower infection rate compared to less governed areas, while areas with well-resourced healthcare systems saw a 20% higher recovery rate. Resource distribution, however, varied significantly, with urban areas receiving 60% more medical supplies than rural regions, creating disparities in healthcare access. Data analysis revealed that healthcare facilities that integrated digital solutions, such as telemedicine, were able to serve 45% more patients remotely, mitigating the risk of virus spread and reducing hospital overload. The study identifies the need for capacity-building initiatives, infrastructure strengthening, and data-driven decision-making to enhance future pandemic preparedness. Future prospects include continuous training programs for healthcare workers, increasing community awareness of health protocols, and leveraging technology for real-time data monitoring. These insights contribute to a comprehensive framework for building resilient healthcare systems in Madhya Pradesh, better prepared for future public health crises.

Genomic Epidemiology of Antimicrobial Resistance: Tracking the Global Spread of Resistant Pathogens

The rapid development and spread of antimicrobial resistance have been one of the most prominent health crises globally, which significantly challenges treating infectious diseases. This paper will address the contribution that genomic epidemiology makes to track and understand the global spread of antimicrobial-resistant pathogens. Genomic epidemiology, an area combining pathogen genomics with epidemiological data, allows for an extremely powerful approach in the identification of resistance mechanisms and tracing transmission routes for guiding public health interventions. This review Emphasizes major bacterial pathogens, such as Escherichia coli, Staphylococcus aureus, and Klebsiella pneumoniae, which harbor major resistance genes: blaCTX-M, mecA, and blaKPC. These genes contribute to the worldwide dissemination of resistance, mainly through mechanisms involving horizontal gene transfer and selective antibiotic pressure. Thus, genomic surveillance, phylogenetic analysis, and bioinformatics approaches allow for the pinpointing of transmission hotspots, mapping of resistance gene distribution, and tracking of emerging resistant strains in real time. It also provides information on how genomic data are being used to improve antimicrobial stewardship programs and inform clinical treatment decisions. Public health responses can further be tailored by recognizing regional resistance patterns, hence enhancing interventions. However, several challenges persist—for example, the need for standardized sharing of data, interpretation of genomic data, and integration of these insights into public health systems, especially in low-resource settings. This abstract highlights the transformative impact of genomic epidemiology in the management of the AMR crisis while emphasizing the continued need for global cooperation, enhanced data infrastructures, and policy initiatives to ensure the effective use of genomic data in public health.

Family Psychological Responses in Implementing Booster Vaccination for COVID-19 in Schizophrenia as a Prevention of Covid-19 based on Positive Mental Health (PMH)

Background: Positive mental health (PMH) response for families who have schizophrenic patients in the implementation of vaccination is a double burden that occurs in efforts to prevent the Covid-19 Virus in schizophrenic patients. Purpose: The study aims to explain Family Psychological Responses to the implementation of booster vaccination in Schizophrenia as a Prevention of Covid-19 based on PMH. Methods: This means Between October and December 2022, there will be 127 families with schizophrenia-afflicted members. This study used a sequential explanatory design with a mixed methodology. PMH scale instrument was employed as the research tool in a community-based adult with the PMH scale's sensitivity. Results: Results of the study findings revealed that the overall PMH questionnaire of PMH scale included 6 items 1) General coping Rural (2.99 ±1.2); Urban (2.27 ±1.1) 2) Emotional support Rural (2.99±1.2); Urban (2.27 ±1.1); 3) Spirituality, Rural (2.99±1.8); Urban (2.29 ± 1.3), 4) Interpersonal Skill highest score Rural (2.99 ± 1.2); Urban (2.27 ±1.1), 5) Personal Growth & Autonomous Rural (2.99 ±1.2); Urban (2.27 ±1.1), 6) Global Affect Rural (2.98 ±1.6); Urban (2.28 ±1.1). Conclusion: PMH psychological responses can occur in the implementation of booster vaccination in families of schizophrenia patients so Along with PMH, Negative Mental Health, and vaccination implementation in families of schizophrenia patients, it is important to pay attention to both (NMH).

Wastewater Surveillance of SARS-CoV-2 in Slovenia: Key Public Health Tool in Endemic Time of COVID-19

With the reclassification of COVID-19 as an endemic disease and the relaxation of measures, Slovenia needed a complementary system for monitoring SARS-CoV-2 infections. This article provides an overview of the epidemiological situation of SARS-CoV-2 in Slovenia using a wastewater surveillance system, demonstrating its usefulness as a complementary tool in epidemiological surveillance. This study found that estimated SARS-CoV-2 infections in Slovenia peaked in September 2022 and showed a declining trend with subsequent lower peaks in March–April and December 2023, mirroring the trends observed from clinical data. Based on both surveillance systems, the most prevalent variant in 2022 was BA.5. By 2023, BQ.1 and other Omicron variants increased in prevalence. By the end of 2023, XBB sublineages and the BA.2.86 variant had become predominant, demonstrating consistent dynamic shifts in variant distribution across both monitoring methods. This study found that wastewater surveillance at wastewater treatment plants in Slovenia effectively tracked SARS-CoV-2 infection trends, showing a moderate to strong correlation with clinical data and providing early indications of changes in infection trends and variant emergence. Despite limitations during periods of low virus concentration, the system proved significant in providing early warnings of infection trends and variant emergence, thus enhancing public health response capabilities.

Gendered socio-economic and mental health effects of the COVID-19 pandemic among adults living in selected informal settlements in Kenya: an intersectional analysis.

COVID-19 pandemic had devastating socio-economic and health effects, including mental health. This study examines the intersectionality between gender and mental health outcomes among Kenyan adults in informal settlements of Nairobi, Kisumu, and Kilifi Counties during the COVID-19 crisis. This is necessary to inform mental health response in case of another pandemic. We analyzed data collected in a longitudinal survey between July 2020 (fourth round) and February 2021 (fifth round). The data covered COVID-19-related effects on job loss, food insecurity, access to health services, and mental health. Participants were randomly sampled from existing cohorts at the Population Council. The outcomes of interest were depressive and anxiety disorders, combined into a binary composite outcome variable. Descriptive statistics included means for continuous variables and frequencies and proportions for categorical variables. Chi-square tests were used to examine the differences between groups. The relationship between the gendered COVID-19 socio-economic effects and participants' mental health was examined using modified Poisson regression. A total of 4,050 participants were interviewed, 66% female and median age 38 [interquartile range (IQR): 29-46]. Complete income loss was strongly associated with negative mental health outcomes in multiple intersections with varied magnitudes. The association was larger among older females (≥50 years) (PR = 1.33, 95% CI = 1.17-1.51, p < 0.001) than older males (PR = 1.22, 95% CI = 1.17-1.27, p < 0.001). Partial loss of income was protective against negative mental health outcomes among young males (18-29 years) (PR = 0.81, 95% CI = 0.76-0.87, p < 0.001) but linked to negative outcomes among middle-aged males (30-49 years old) (PR = 1.14, 95% CI = 1.12-1.16, p < 0.001). Skipping meals was associated with negative mental health outcomes for both genders particularly the married (married male: PR = 1.49, 95% CI = 1.22-1.83, p < 0.001; married female: PR = 1.42, 95% CI = 1.26-1.60, p < 0.001). We observed significant gender differences in the prevalence of depressive symptoms and anxiety disorders during the COVID-19 pandemic, underscoring the importance of socio-economic factors and health services access in shaping mental health outcomes. Interventions targeting pandemic-related mental health issues should be gender-sensitive and address economic vulnerabilities such as job losses and food insecurity. Policies to mitigate these effects, especially for at-risk groups are crucial for reducing mental health burden in future crises.

India’s Vaccine Diplomacy and Global Health Governance: A Soft Power Approach in the Context of Public Policy and Religious Values

Research Problem: India's vaccine diplomacy during the Covid-19 pandemic has not only emerged as a significant tool of soft power but also involves moral and ethical dimensions closely tied to religious values and public policy. In the midst of a global crisis, the interaction between India’s vaccine diplomacy and the religious and public policy frameworks of recipient nations requires deeper exploration. Research purposes: This article aims to analyze the role of India’s vaccine diplomacy in relation to public policy and religious values in recipient countries, examining how India’s global health initiatives influence moral and ethical perceptions of vaccine distribution, fairness, and international solidarity. Research methods: The study employs policy analysis through a comprehensive literature review, focusing on the relationship between vaccine diplomacy, public policy, and responses from religious communities in the recipient countries. It also explores the ethical and spiritual dimensions of India’s health diplomacy approach and its impact on public health policies. Results and Discussion: The findings reveal that India’s vaccine diplomacy, through initiatives like "Vaccine Maitri," not only strengthens political ties with neighboring and global countries but also interacts with religious value systems, influencing public acceptance of vaccines. Moral values such as solidarity and justice, integral to many religious traditions, reinforce positive responses to the vaccine initiatives. Additionally, in some nations, religious communities have played a significant role in promoting vaccine acceptance by framing the health response in moral terms. Research Implications and Contributions: This research highlights the importance of integrating religious values into public health policy, particularly in global health contexts. Vaccine diplomacy rooted in moral solidarity and universal ethical principles, aligned with religious values, has the potential to enhance international cooperation and reduce vaccine hesitancy. Thus, this study contributes to understanding how religion and public policy can collaborate effectively in addressing global health challenges.

Key performance evaluation of commercialized multiplex rRT-PCR kits for respiratory viruses: implications for application and optimization.

The complexity and severity of viral respiratory tract infections (RTIs) emphasize the pivotal role of precise diagnosis for viral RTIs in guiding effective public health responses and ensuring appropriate medical interventions, given the substantial population at risk. This study highlights the necessity and importance of evaluating the analytical validity of multiplex real-time reverse transcription polymerase chain reaction assays, offering valuable insights into their optimization and application.

Exploring Health Professionals’ Views on Hive: A Digital collaborative space for Health Emergencies

Abstract Background The rapidly changing media landscape has significantly affected how information is consumed, particularly during health emergencies. Conflicting information shared or information lacking in scientific rigour can be exploited nefariously online to undermine the health response and damage trust. Digital platforms have become increasingly vital for facilitating communication, and in response, the WHO developed the Hive digital space to provide a safe environment for public health professionals to convene, share information, ask questions, and learn from each other. This study aims to explore the experiences of public health professionals in health emergencies to assess the added value of the Hive platform to coordinate and connect health expertise globally. Methods This study uses a cross-sectional online survey distributed to Hive users focusing on their experiences of working in health emergencies. The responses will undergo descriptive and thematic analysis, as well as inferential statistics such as one-way ANOVA and post-hoc analysis. The survey will emphasize the practical application, value, satisfaction, perceptions, and strategy for the Hive platform to be utilised for global health emergency coordination. Expected Outcomes Insights from this study will delineate how the Hive platform is used by public health experts at all levels in emergency management. It will also highlight the challenges, needs and demands for digital tools to connect skills, experience and knowledge in one place. These insights will demonstrate how the Hive can streamline these processes and provide a safe space for information exchange for a coordinated response to health emergencies. Conclusions Understanding the needs and perceptions of Hive users involved in health emergency prevention, preparedness, response, and resilience will provide critical insights into optimizing the platform’s usability, connectiveness across emergency teams and sustainability of the platform. Key messages • Connecting communities, fostering collaboration and co-creation for improved health emergency management. • Hive enhances collaboration among health professionals, providing a safe environment for knowledge and information sharing.

Large scale system transformation: Ukraine

Abstract In the context of the EU-Ukraine Accession agreement, Ukraine started large scale public health systems reform back in 2015. The COVID-19 pandemic tested the response capacity of the national public health system and led to some improvement during the pandemic such as on laboratory capacity. It also generated lessons for strengthening national and subnational health emergency preparedness and response. Multiple interventions, including a Joint External Evaluation led to the adoption of the Public Health System Law in 2022, laying the foundation to bolster health promotion, disease prevention, and health protection. The Ukrainian Public Health Centre was substantially strengthened, partly oriented on models in other European countries. Corresponding centers for diseases control and prevention at the oblast level were reformed and a subnational network of these centers was created. While the war has a significant impact on the public health system, infrastructure, people and more, decision makers and professionals keep working on sustaining and moving forward the achievements on public health reforms, for example with the adoption of the National Health Strategy 2030 and the adoption of the National Health Security Plan. Further legal and strategic preparations are afoot to strengthen public health services governance capacity, financing, institutional innovation and development, and public health workforce development.

3.X.2. Integrating trust as a key component of pandemic preparedness and resilience

Abstract Trust is a key component of pandemic preparedness, which impacts the success of response measures during the public health emergency. Trust is built during preparedness, however the drivers and dimensions of trust are complex and context-specific. What is required is a collaborative, inclusive approach that provides a platform for communities to express their questions and concerns. The proposed workshop will begin with a presentation from a global expert on trust in the content of epidemics and pandemics and the current knowledge about how trust can be built during preparedness. This will be followed by interactive group-work, designed to encourage collaborative discussions and decision-making. Finally, introducing the WHO Hive digital platform that provides a safe space for public health communities to share information and ask questions. Attendees will then reconvene in plenary to discuss these approaches and interventions that can be implemented to build and maintain trust prior to and during an epidemic or pandemic. This workshop has the following objectives: 1. To demonstrate how trust is an important determinant of successful pandemic response; 2. To enable attendees to explore how the implementation of public health and social measures, infodemic management and digital community partnerships and engagement can build trust during pandemic preparedness for both online and offline communities; 3. To provide opportunity for attendees to workshop how the different features of the Hive digital space can enhance trust building, and to develop actionable strategies for health emergency preparedness, response and resilience. The workshop will deliver these objectives through an interactive simulation activity. Attendees will be placed into small groups to work through a scenario, having to decide on the actions that need to be taken, considering budget constraints, other health priorities, and the current local context. The teams will co-create actionable strategies for building and maintaining trust. While there is not a one size fits all approach to trust building, this workshop will aim to increase understanding of the drivers and determinants of trust to encourage participants to consider how they can be applied in their local context. It will be interactive and hands-on requiring active participation from participants. Key messages • Trust as a construct is an important component of pandemic preparedness and readiness that impacts on response. • A multidimensional approach to building and sustaining trust needs to considered across a range of drivers and determinants, where actionable strategies are vital.

The EU Health Task Force, supporting preparedness and response in the European Union and globally

Abstract The COVID-19 pandemic revealed shortcomings in the European Union (EU) mechanisms for managing public health threats. In 2022, the European Centre for Disease Prevention and Control (ECDC) was mandated to establish the EU Health Task Force (EUHTF) to strengthen preparedness and response at country, EU and global levels. The EUHTF is coordinated by an ECDC Permanent Capacity and relies on pools of experts including ECDC experts, ECDC fellows and European public health experts that can be mobilized for specific assignments or broad public health emergencies. Members from EU/ Economic European Area (EEA) countries, EU agencies, the European Commission, WHO and non-profit organizations advise ECDC on the EUHTF establishment. From May 2023 to April 2024, the EUHTF addressed 13 requests for support from seven EU countries and three non-EU countries. The requests were related to preparedness (e.g. after-action reviews, simulation exercises, mass gathering preparation, capacity building) and emergency response activities (e.g. risk assessment, operational research during crisis, emergency and outbreak response). The EUHTF is operational and able to mobilize expertise from ECDC, the ECDC fellowship and EU/EEA countries. The EUHTF Pool of External Experts, comprised of public health professionals across various levels and institutions of the EU/EEA, is poised to offer comprehensive and robust expertise. Through these resources, the EUHTF is collaborating with and reinforcing the work of EU institutions and other international partners in strengthening preparedness and response. The EUHTF is a new and structured EU-level approach to public health crises, ensuring tailored in-country support to EU and non-EU countries in preparedness strengthening and crisis response.

Informing infodemic management capacity building by piloting an adaptable capability tool

Abstract Background Infodemic management competencies and indicators have been included in key WHO pandemic preparedness documents and guidance such as the Preparedness and Resilience for Emerging Threats (PRET) initiative, the Health Emergency preparedness and response (HEPR) framework and in the WHO benchmarks for strengthening health emergency capacities. Training and capacity building is needed to strengthen infodemic management skills and capacity, and a tool to define capabilities and inform training needs was needed. Objectives An adaptable tool was developed and piloted to measure infodemic management capacity to inform training and capacity building needs. The tool was informed by previous work and adapted to cover a wide set of capabilities. It was piloted in March - May 2024. Results The tool was developed to cover the breadth of infodemic management work practice and structural support and included: who is conducting infodemic management work; structures in place to support; main activities; health topics focus areas; partnerships with other organisations; social listening and infodemic insights generation; as well as challenges, opportunities and training needs. The tool can be adapted to the specific situation, with a full survey able to be disseminated via an online survey platform as well as a modified interview guide for key informants or settings where that is more appropriate. Conclusions Preliminary results show that this tool can be a useful way to measure infodemic management competencies and to inform training and capacity building needs. The ability to adapt to specific settings is important to ensure the results are as useful and tailored as possible. As further testing in different setting continues the tool will continue to be iterated upon. Key messages • Infodemic management is an important component of pandemic preparedness and resilience and across the whole emergency response cycle. • A new adaptable tool to measure capabilities can help inform infodemic management trainings and capacity building.

The HEROES (HEalth woRkfOrcE to meet health challengeS) Joint Action

Abstract Background The HEROES (HEalth woRkfOrcE to meet health challengeS) Joint Action aims to advance health workforce planning across the EU, addressing the pressing need for a resilient, sustainable, and accessible health service systems. Given the evident strain on health systems demonstrated during the COVID-19 pandemic, this initiative seeks to address the critical need for strategic HWF planning. Building on previous projects, HEROES will foster the capacity of EU states in workforce planning, preparing the health systems to meet future challenges. Methods The study adopts a collaborative framework involving 19 EU countries, segmented into clusters based on health system characteristics. A stepwise approach (‘AS IS,’ ‘TO BE,’ ‘TO DO’) characterizes the methodology, incorporating extensive data collection, stakeholder engagement, and scenario forecasting. Country-level information on HWF Data and Planning will be compared both across countries in clusters and across clusters. Results Initial findings indicate significant disparities in health workforce data quality, availability, and planning methodologies among the states. Identified methodologies also involve real-world data applications and predictive analytics to refine health workforce planning. Efforts are underway to define an Advanced Minimum Dataset (AMDS) to synchronize health workforce data and define planning tools across the clusters, as country-level AS IS reports have been finalized and cross-country comparisons are ongoing. Conclusions Collaborative, data-driven health workforce planning can significantly enhance health system resilience and responsiveness. Recommended public health actions include enhancing HWF data integration, forecasting capabilities, and stakeholder participation, with the aim of shaping national health policies and practices. The public health impact is profound, as it allows to improve health service delivery and workforce adaptability in response to dynamic health demands. Key messages • The HEROES Joint Action advances EU health workforce planning, with the aim of enhancing the resilience and responsiveness of health systems. • Strategic data-driven approaches in health workforce planning are pivotal for resilient, accessible and sustainable healthcare systems.