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Civil registration systems and the vital statistics they generate must be strengthened as essential services during health emergencies and as core components of the response to COVID-19.In recent years, academics and policymakers have increasingly recognized that the full societal value of vaccination encompasses broad health, economic, and social benefits beyond avoided morbidity and mortality due to infection by the targeted pathogen and limited health care costs. Nevertheless, standard economic evaluations of vaccines continue to focus on a relatively narrow set of health-centric benefits, with consequences for vaccination policies and public investments.The COVID-19 pandemic illustrates in stark terms the multiplicity and magnitude of harms that infectious diseases may inflict on society. COVID-19 has overtaxed health systems, disrupted routine immunization programs, forced school and workplace closures, impeded the operation of international supply chains, suppressed aggregate demand, and exacerbated existing social inequities.The obvious nature of the pandemic's broad effects could conceivably convince more policymakers to identify and account for the full societal impacts of infectious disease when evaluating the potential benefits of vaccination. Such a shift could make a big difference in how we allocate societal resources in the service of population health and in how much we stand to gain from that spending.Policy surveillance is critical in examining the ways law functions as a structural and social determinant of health. To date, little policy surveillance research has focused on examining intrastate variations in the structure and health impact of laws. Intrastate policy surveillance poses unique methodological challenges because of the complex legal architecture within states and inefficient curation of local laws.We discuss our experience with these intrastate policy surveillance challenges in Indiana, a state with 92 counties and several populous cities, a complicated history of home rule, systemically underfunded local governments, and variations in demography, geography, and technology adoption. In our case study, we expended significant time and resources to obtain county and city ordinances through online code libraries, jurisdiction Web sites, and (most notably) visits to offices to scan documents ourselves.A concerted effort is needed to ensure that local laws of all kinds are stored online in organized, searchable, and open access systems. Such an effort is vital to achieve the aspirational goals of policy surveillance at the intrastate level.This article considers health and human rights implications for people deprived of liberty during the COVID-19 crisis. The health risks of incarceration for individual and community health, particularly in overcrowded and underresourced prisons and detention centers, are well known, but with the COVID-19 pandemic have become a public health emergency.Physical distancing in prisons is hardly manageable, and protective means are poor or lacking. Emergency releases have been shown to be feasible in terms of public safety but lack sustainability in reducing the number of people living in detention, and, globally, only a small proportion of them have been released. Without controlling the infection inside prisons, global efforts to tackle the spread of the disease may fail. People living in detention are not only more vulnerable to infection with COVID-19 but they are also especially vulnerable to human rights violations induced by inappropriate restrictions under the pretext of infection control. Therefore, alternatives for detention should be promoted and the number of incarcerated people radically decreased.This article calls on policymakers and all professionals involved in public health and criminal justice not to waste the opportunities provided by the crisis but to act now.Under international law, the United States is obligated to uphold noncitizens' fundamental rights, including their rights to health. However, current US immigration laws-and their enforcement-not only fail to fulfill migrants' health rights but actively undermine their realization and worsen the pandemic's spread.Specifically, the US immigration system's reliance on detention, which precludes effective social distancing, increases risks of exposure and infection for detainees, staff, and their broader communities. International agreements clearly state that the prolonged, mandatory, or automatic detention of people solely because of their migration status is a human rights violation on its own. But in the context of COVID-19, the consequences for migrants' right to health are particularly acute.Effective alternatives exist other countries demonstrate the feasibility of adopting and implementing immigration laws that establish far less restrictive, social services-based approaches to enforcement that respect human rights. To protect public health and realize its global commitments, the United States must shift away from detaining migrants as standard practice and adopt effective, humane alternatives-both amid COVID-19 and permanently. (Am J Public Health. Published online ahead of print April 15, 2021 e1-e7. https//doi.org/10.2105/AJPH.2021.306253).Objectives. To create a tool to rapidly determine where pandemic demand for critical care overwhelms county-level surge capacity and to compare public health and medical responses.Methods. In March 2020, COVID-19 cases requiring critical care were estimated using an adaptive metapopulation SEIR (susceptible‒exposed‒infectious‒recovered) model for all 3142 US counties for future 21-day and 42-day periods from April 2, 2020, to May 13, 2020, in 4 reactive patterns of contact reduction-0%, 20%, 30%, and 40%-and 4 surge response scenarios-very low, low, medium, and high.Results. In areas with increased demand, surge response measures could avert 104 120 additional deaths-55% through high clearance of critical care beds and 45% through measures such as greater ventilator access. ABT-199 order The percentages of lives saved from high levels of contact reduction were 1.9 to 4.2 times greater than high levels of hospital surge response. Differences in projected versus actual COVID-19 demands were reasonably small over time.Conclusions.
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