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      Health Threats of All Stripes

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          Gene Davis (1920–1985) Niagara Knife (1967) Acrylic on canvas (294.6 cm × 546.1 cm) High Museum of Art, Atlanta, Georgia, USA. Gift of Turner Broadcasting System, Inc. “I just decided to do a stripe painting, just to be outrageous,” Gene Davis said, pondering the origins of his iconic works. “Let’s see if I can’t do something that goes in the opposite direction from painterly abstraction.” This decision “to get away from painterliness” and “move somewhere else” was at the heart of his art. “It’s something, you know, that shakes them up. It’s not a painting of a bouquet of flowers.” “I’ve never been a realist artist…. I haven’t gone through the usual classical training at all. I just bypassed the entire issue. And I’m not sorry.” Davis admitted reluctance to being bossed or instructed and professed being a free operator. All the same and despite the absence of academic training, he came to art early in life. “When I was 8, 9 years old, somewhere in that vicinity, I used to do little childlike drawings and send them in to the Washington Post ‘children’s page’… and they thought enough of them to publish them…. And then I took… a drawing course in high school.” Later in his career he taught art at the Corcoran School of Art and Design and for a time at American University, Skidmore College, and the University of Virginia. A native Washingtonian, Davis frequented art venues, particularly the Phillips Collection. “The small masterpieces of Paul Klee… made an unforgettable impression on me, and I can remember being equally smitten with the complex color harmonies of Bonnard.” But his interest did not peak until his late 20s, “Because during my early 20s, I was a very happy newspaper man. I covered the White House for 5 years.” This career included stints as sports writer for the now defunct Washington Daily News and work for United Press International and the New York Times―as a copy boy “a real elitist job to have, because it was a stepping stone to the reportorial.” “I earned my living as a writer for something like 35 years before I really was successful enough as an artist to quit my job and to paint full time. And that took place in 1968.” Davis did not “jump into the art stream” until 1949. “I started after having read an article in the New York Times about van Gogh that turned me on.” He did not join the local art scene until 1950 when he met noted Washington artist and curator Jacob Kainen, who became his mentor and introduced him to Morris Louis and Kenneth Nolan…. “In those days, the big issue was whether you were going to be a realist or an abstractionist…. I leaped right in as an abstractionist.” “What really impressed me about the abstract expressionists [Jackson Pollock and his circle] was the degree to which you could deemphasize skill and still say something that had tremendous intensity…. It’s the ‘what’ of it more than the ‘how’ of it.” But soon “All the art departments―college art departments―were grinding out little de Koonings and Pollocks…. So in that climate, it seemed that… there was no place to go.” Young painters, Davis among them, were looking for change. “Frank Stella, Noland, myself. There’s a whole group of them ―Ellsworth Kelly.” Their new direction was soon labeled “post-painterly abstraction,” and a group of artists who had not intended to band together began to be referred to as the Washington Color School, their bold work anticipating later movements. “I’d be the last person in the world to claim that Washington’s art influenced Pop Art but I think things were in the air. And they had bright, brazen colors just like we did. There was something, a common denominator that went through the ‘60s. It was an exciting period. The Kennedy era, optimism was in the air, excitement, campus rebellion―all that stuff was all―you can’t isolate any of it.” “What you see is what you see,” proclaimed Frank Stella, expressing the period’s preoccupation with art concerned only with the direct experience of color and form. Davis also elaborated on the content of color and form. “I have very, very strong subject matter in my work, which is stripes.” Invested with enough intensity, “A stripe is just as real as a… flower…. There’s no such thing as a painting about nothing…. For example, if you look at 17-th century Dutch art, you’ll see that there are endless numbers of painters who painted the same subject matter as Rembrandt―these middle class people with their big hats and their long collars and all that. So, Rembrandt’s great, and most of those people are eminently forgettable. What makes the difference? It isn’t the subject matter, obviously. It’s the form.” Niagara Knife, on this month’s cover, is one of Davis’ stripe paintings, a hallmark of his work for 20 years―the stripe as form. He painted mostly vertical stripes, because horizontal ones “carry the illusion of landscape.” He painted color stripes on the street leading to the Philadelphia Museum of Art and a parking lot in Lewiston, New York, turning them into massive works of art. He never planned more than a few stripes ahead. He improvised, allowing each color to inspire the next. “I play by eye in the same way that a jazz musician plays by ear.” In addition to form, color was of great interest to Davis. Color and interval―the distance between things, as in music. “Music is an art of sound interval, time interval, and painting―my painting―is an art of space intervals. One is time, one is space.” A frustrated musician, he often referred to music as a way of discussing his work. “If you have a painting which has all half-inch stripes in it, multi-color, and you put a bright red over here, and another bright red over there, no more of those bright reds in the entire painting, there’s an interval established between the two reds. Because all the other colors in the painting will be something else. But these two relate.” “I paint to surprise myself.” Davis believed that shocking or even offending the viewer had an energizing effect. “Ambiguity interests me.” This could be created by the contrast of opposites. “It’s a little like Mozart, who was a master of ambiguity in that his works can often be regarded as little tinkling, felicitous things, but there’s a strong note of melancholy running throughout. You get that melancholy plus felicity and it creates ambiguity.” The breadth of a line, the distance between colors, and the interaction of colors create an optic and kinetic effect and an architectural complexity in Davis’ work that appear analytical, mathematical. Yet, it is all “intuitive and romantic.” “I’m a real shoot-from-the-hip artist.” The work invites personal interpretation, teasing the eye and challenging it to grasp the total, vibration and all. In that each stripe is individually executed to be viewed at once alone and in conjunction with the others, Davis’ Niagara Knife is not unlike the effort addressed in this month’s issue of Emerging Infectious Diseases: public health at the global level. Each laboriously painted thin or thick stripe, each narrow or wide interval, each lyrical color combination a nation; marching bands of color a dazzling array of diversity and separateness; and altogether as Davis intended them, a bright ensemble, a symphony of color, a public health collaboration as spectacular as any bouquet of flowers. “Painting stripe paintings is a vigorous kind of thing. I’ve got at least to be down on my hands and knees,” Davis explained to those curious about his craft. Laboriously, line by line, the painting becomes an integrated total. The same rigor certainly applies to drafting any international regulations, including those intended to protect public health. Outbreak by outbreak, experience with Public Health Emergencies of International Concern delineates what requires international reporting to improve global health and emergency response. Because, while individual stripes are drawn on the canvas of global health as nations agree to report to the World Health Organization those health events of concern to international health, the total picture is harder to assemble. Distinguishing which health events pose international health threats is at times as ambiguous as a Davis painting, and therefore, implementation of the International Health Regulations has not yet realized its full potential. While ambiguity can energize a work of art, it can upset a regulatory document. Generally avoided for its capacity to introduce uncertainty, ambiguity represents the human factor, addressed in the regulations by a decision instrument to guide subjective judgment. Improving the validity of the instrument, along with clarifying measurable goals and progress indicators, promises to overcome some of the ambiguity, pulling individual stripes into bands and the bands into a full form the colors of international health.

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          International Health Regulations—What Gets Measured Gets Done

          The global spread of severe acute respiratory syndrome highlighted the need to detect and control disease outbreaks at their source ( 1 , 2 ). The 2005 revised International Health Regulations (IHR) were established as a legally binding agreement providing a framework for improving detection, reporting, and response to public health emergencies of international concern (public health emergencies) ( 3 ). The global implementation of IHR began on June 15, 2007, and in an unusual episode of international consensus, all 194 WHO member states ratified the agreement. When implemented, IHR should improve global capacity to detect, assess, notify, and respond to public health threats. Properly and fully implemented, IHR should usher in a new global era of international communication, cooperation, and unprecedented security against the epidemic threats that have plagued humanity since ancient times. But there is a problem. After enactment of the revised IHR in June 2007, all member countries were required to develop and implement a minimum of core public health capacities by June 2012, the 5-year anniversary of IHR’s enforcement. Many countries did not meet the deadline and have requested a 2-year extension. In an era of limited resources, competing priorities, and political challenges, achievement of the IHR implementation goals, even with an extension, will be a challenge. Focusing efforts toward IHR implementation and capacity building and enabling all countries to measure progress toward IHR implementation is, therefore, essential. Toward this end, concrete goals and metrics for 4 of the 8 core capacities were developed by the WHO Collaborating Center for IHR Implementation of National Surveillance and Response Capacity at the Centers for Disease Control and Prevention with other US government partners in consultation with WHO and national collaborators worldwide (Table 1). This approach is in alignment with WHO’s IHR framework and facilitates measurement of implementation activities. The framework focuses on 4 of the core capacities (human resources, surveillance, laboratory, and response) and builds on WHO’s IHR Monitoring Framework by defining simple standards for these capacities ( 4 ). The focus on these 4 capacities should not imply that they are more important than other capacities (legislation, policy, and financing; coordination; advocacy and national focal point communications; preparedness; and risk communication) because implementation of IHR requires implementation of all 8 capacities. The intent is to assist partner countries in better focusing efforts, to improving efficiency at IHR implementation, and to better monitoring and evaluating progress. Focusing on the subset of IHR core capacities also will provide a foundation for an all-hazards approach for addressing public health emergencies regardless of cause. We describe the rationale, targets, and definitions for these 4 goals and means by which countries can use the data collected through monitoring and evaluation indicators for measuring progress related to these 4 core capacities. Table 1 Goals, targets, and intended use for 4 core capacities for focusing International Health Regulations implementation Capacity Goal Target/measure Intended use Human resources Ensure adequate numbers of trained personnel are available to support the response to a public health emergency A national workforce plan and 1 trained field epidemiologist for every 200,000 persons Document that a workforce plan exists and is maintained and updated, and monitor annual progress toward the goal of 1 trained field epidemiologist for every 200,000 persons. Surveillance Ensure that surveillance systems capable of detecting selected potential public health emergencies in any part of the country are established and functioning Surveillance infrastructure that demonstrates the ability to detect >3 of 5 syndromes indicative of a potential public health emergency of international concern Monitor and evaluate the effectiveness of the surveillance system, and identify areas for improvement within the country’s public health surveillance infrastructure. Laboratory Ensure access to laboratory diagnostic capabilities that can identify a range of emerging epidemic pathogens by using the full spectrum of basic laboratory testing methods Ability to perform 10 core diagnostic tests for confirmation of indicator pathogens from any part of the country Assess/measure capacity for detection will by using external/internal quality assurance for each of the 10 core tests and indicator pathogens using standard methods. Response Ensure countries have adequate rapid response capacity for public health emergencies At least 1 functioning rapid response team per major administrative unit Maintain an adequate number of rapid response teams with the necessary training, appropriate personnel, and regular outbreak responses. Human Resources A well-trained cadre of public health professionals at the national health authorities at a country’s central and local levels is needed for timely detection and response to public health emergencies. There is a worldwide shortage of public health professionals who are trained in public health practice and have had competency-based public health field experience. Building the cadre of field-trained epidemiologists available to monitor disease trends, inform decision makers about potential disease threats, and guide response during a public health emergency should be one of the first priorities in implementing the IHR. The aim of the human resource goal is to ensure adequate numbers of trained personnel for response to a public health emergency. Specific targets to measure progress toward completion of this goal are a fully adopted national workforce plan and >1 trained field epidemiologist per 200,000 population who are active in the public health sector ( 5 ). Although the workforce plan cannot ensure that trained professionals remain in the public health sector, it will at least indicate a government’s commitment to public health through stability of the public health workforce. These concrete indicators enable measurement of incremental progress and are specific enough to enable tracking of success and clear documentation of failure. Surveillance Disease surveillance is a cornerstone of public health practice. It provides for systematic and ongoing collection of data that help identify and detect disease-related aberrations that might constitute public health emergencies. Additionally, surveillance for key disease syndromes provides the foundation for interpreting signals of possible emergencies and early notification of outbreaks of potentially devastating diseases ( 6 ). The following 5 syndromes have internationally recognized standards for syndromic surveillance: severe acute respiratory syndrome, acute neurologic syndrome, acute hemorrhagic fever, acute watery diarrhea with dehydration, and jaundice with fever ( 7 , 8 ). The metrics focus on the ability to detect public health emergencies with a target of documenting that >3 of these syndromes have surveillance systems in place that meet the respective international standards. These metrics will assist countries in ensuring that efforts at disease surveillance are effective and that systemic incentives are appropriately aligned to provide early warning for a potential public health emergency. The 3 syndromes chosen will depend on national disease control priorities. These surveillance systems should include early warning surveillance data and laboratory findings, which should be analyzed by trained epidemiologists. Information for syndromic surveillance collected at the clinic or hospital level can help generate village- and district-level alerts. An alert investigation unit can then investigate these alerts, including an in-depth epidemiologic analysis. On the basis of the outcome of the analysis, rapid response teams can be deployed to respond to a public health event or outbreak. Laboratory Laboratory diagnostic capacity can help in detecting emerging or reemerging pathogens in a timely manner and can support syndromic surveillance systems by adding specificity. Given the costs associated with establishing laboratory diagnostic capacity, diagnostic capability might not be feasible for all pathogens for every country. Therefore, pooling international laboratory resources through networks of local, national, regional, and international reference laboratories is encouraged. However, countries should be able to provide certain core diagnostic tests (either through their own or through network capacity) quickly and reliably to direct disease surveillance and response activities. The metrics focus on the ability to perform 10 international reference standard tests for patients from any part of the country. The core tests and their respective indicator pathogens are selected from the IHR immediately notifiable list, the WHO Top Ten Causes of Death in low-income countries (www.who.int/mediacentre/factsheets/fs310/en/index.html), and tests and indicator pathogens selected by the country on the basis of major national public health concern (Table 2). Table 2 Core laboratory tests and indicator pathogens in the International Health Regulations Core test Indicator pathogen Turnaround time from receipt in the laboratory PCR Influenza virus* Within 24 h Virus culture Poliovirus* Within 14 d Serology HIV† Within 5 d Microscopy Mycobacterium tuberculosis† Within 3 d Rapid diagnostic test Plasmodium spp.† Within 2 h Bacterial culture Salmonella enteritidis serotype Typhi‡ Within 3 d Local priority test Local priority test§ Local priority test Local priority test Local priority test§ Local priority test Local priority test Local priority test§ Local priority test Local priority test Local priority test§ Local priority test *Selected from the International Health Regulations immediately notifiable list.
†Selected from WHO Top Ten Causes of Death in low-income countries (www.who.int/mediacentre/factsheets/fs310/en/index.html).
‡Selected from WHO Global Foodborne Infections Network ( 9 ).
§Indicator pathogens selected by the country on the basis of major national public health concern. However, achievement of laboratory diagnostic capacity requires all major components of the laboratory network to be well integrated in the national laboratory system. Components of such a system include sample collection, specimen transport, specimen processing, quality management systems, biosafety and biosecurity (specimen storage), staff, infrastructure, cold chains, reporting, and networking peripheral and central or regional reference laboratories. Data on the capacity and ability of the country to perform and report the 10 core tests can be used to monitor the ability of a country’s own laboratories or the reference laboratories to which it sends specimens to confirm and characterize these indicator pathogens and identify areas for improvement. Response To implement IHR 2005, countries must have adequate rapid response capacity. During a public health emergency, timely response to public health events and threats is essential to prevent excess illness and death and control further transmission, including transborder spread. The presence of well-trained and functioning rapid response teams at local and national levels in a country can ensure a rapid, well-coordinated, and organized public health response. These rapid response units should comprise a multidisciplinary team of trained public health professionals—medical epidemiologists, veterinarians, laboratory scientists, clinicians, chemical experts, and radiologic experts—as appropriate for the event who routinely deploy within 24 hours after a reported event. Rapid response units enhance a country’s ability to respond to outbreaks in a timely and effective manner. These teams should undergo regular exercises for responding to public health emergency events, including >2 field outbreak investigations per year. They also should be trained in the 10 basic steps for outbreak investigations ( 10 ). To meet the goal of adequate response capacity for public health emergencies, we propose a target of >1 functioning rapid response team per major administrative unit (district, province, or state). Larger administrative areas might need >1 team. Data and after-action reports from outbreak responses collected annually will enable the countries to monitor their progress, identify gaps, and improve performance. Conclusions Implementation of IHR, required of all WHO member states, was not completed by the June 2012 deadline. The aim is for all countries to develop or enhance the ability to detect and respond to public health emergencies. Additionally, possible public health emergencies of international concern also need to be reported to prevent the spread of disease around the globe. Countries need concrete and well-defined goals and indicators to monitor their progress toward implementation of IHR core capacities. Even though we described metrics for 4 of the 8 IHR core capacities, we emphasize that full IHR compliance requires implementation of all 8 capacities. Goals and progress indicators also might be useful for the other 4 capacities. Without explicit goals and targets, the promise of international consensus around IHR might be wasted, but with them there is hope that what gets measured will eventually get done.
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            World Health Organization Perspective on Implementation of International Health Regulations

            Throughout the >60 years that the World Health Organization (WHO) has been in existence, member states have made use of the constitutional provision that permits the Health Assembly to adopt regulations concerning sanitary and quarantine requirements and other procedures designed to prevent the international spread of disease ( 1 ). In 1951, the first such regulations, the International Sanitary Regulations, were adopted and focused on 6 communicable diseases requiring coordinated international measures to control their transmission between countries ( 2 ). By the 1990s, they had been amended and renamed the International Health Regulations (IHR); their application was reduced to only 3 diseases, and they were considered inadequate for addressing the increasingly globalized nature of health risks. In 1995, the Health Assembly called on the WHO secretariat to develop revised regulations that were more relevant to worldwide public health challenges ( 3 – 5 ). A process of intensive and wide technical consultation was followed by a series of intergovernmental negotiations in which WHO member states took control of the draft and negotiated additions and amendments to every aspect before agreeing to a final version in time for it to be adopted at the 58th Session of the Health Assembly ( 6 ). Since entering into force in 2007, the IHR have provided a legally binding global framework to support national and international programs and activities aimed at preventing, protecting against, controlling, and providing a public health response to the international spread of disease ( 7 ). Although the IHR contain articles directed toward several facets of public health security, they can be broadly summarized into 2 main areas: urgent actions to be taken with respect to acutely arising risks to public health and strengthening of national systems and infrastructure (referred to as core capacities). This article provides an overview of selected contributions to these areas made during the past 5 years. It is written from the perspective of the WHO department charged with coordinating implementation of the IHR at WHO global headquarters in Geneva and seeks to identify major achievements and continuing challenges. Establishment of National IHR Focal Points One of the early demonstrations of global commitment to implementation of the IHR has been the successful establishment of National Focal Points (NFPs) in all but 1 of the states parties to the IHR. (States parties to the IHR include all WHO member states, the Holy See [an observer to the World Health Assembly], and Liechtenstein.) NFPs are national centers, not individual persons, that occupy a critical role in conducting the communications aspects of the IHR, within their countries and internationally ( 8 ). They are responsible for proactively notifying WHO of relevant health events, responding to WHO secretariat requests for event-related information, and ensuring that messages and advice from WHO are disseminated to the relevant actors within the country. Since 2007, NFPs have been increasingly diligent in updating and confirming their contact details to WHO on an annual basis as required by the regulations. NFPs are officially sanctioned to work with WHO on IHR implementation and provide feedback to WHO on country needs and concerns for this task. Staff members who work in NFPs are a major audience for WHO training materials. The engagement of NFPs in the scientific evaluation of the IHR notification procedures has indicated that a high proportion of NFPs had a good understanding of the notification procedures and had accessed WHO training materials on this issue and has indicated that agreement was high in terms of events that must be notified when applying the procedures ( 9 ). NFPs have access to the contact details of all other NFPs through a password-protected website that enables direct communication among countries at the NFP level. For events that do not require WHO coordination (such as routine tracing of contacts for an infectious disease associated with international travel), such direct communications have been useful. Not all NFPs are able to function as expected. For example, some contact details fail to work for urgent communications, some NFPs indicate that procedures for round-the-clock communications are not yet established, and delays in responding to requests for event information often occur. Studies have indicated that NFPs know how to assess events under the IHR. Their participation in event-related communications is increasing; however, their role has been primarily providing official and accurate information on events that first gain WHO attention through informal sources such as media reports. Among the reasons identified for such less-than-optimal performance is that some NFPs lack authority or access to the necessary authority, resulting in delays in obtaining clearance for communications. Such lack of authority is also identified as a barrier to the effective intersectoral collaboration that is envisioned as critical to the NFP role within their national situation. Although NFPs generally recognize the value of engaging with government sectors outside the health ministry, they lack the convening power needed to establish solid and reliable linkages. Pilot Testing of IHR-Implementation Course A key WHO objective is to strengthen the human resources available to countries to set up and manage systems for securing global public health under the IHR framework. In partnership with established educational institutions, the WHO secretariat has been pilot testing an IHR-implementation course, which promotes a global harmonized understanding and application of the IHR framework. The IHR-implementation course is for public health professionals, mainly those belonging to NFPs but also those from other related sectors from national or international organizations in public and private sectors. The course is delivered over 5 months as on-the-job training. The 210 total learning hours consist of 12 weeks of distance learning with tutoring and a 6-week break used to finalize assignments and prepare for the 2-week face-to-face session. The first 3 pilot IHR-implementation courses have been operated by the WHO Department of Global Capacities, Alert and Response in collaboration with the University of Pretoria, South Africa; Georgetown University Law Center, USA; the University of Geneva, Switzerland; and Institut Bioforce Développement, France. Implementation of the courses involved the contributions of several WHO departments: Food Safety, Zoonoses and Foodborne Diseases; Protection of the Human Environment; Health Action in Crises; and Health Systems and Services. WHO Regional Offices have been mobilized to identify and sponsor participants. The IHR-implementation courses have been delivered in English to 89 participants from 57 countries in all 6 WHO regions. Post-training evaluation of the first 2 courses conducted in 2011 indicated that the course content was relevant to participants’ work, improved their understanding of IHR, and increased their confidence when dealing with the topic. Competencies developed have been put into practice, and material from the course has been re-used at the national level. The opportunity to engage with peers from other countries during and after the course was considered especially valuable. In light of the positive evaluation and continuing need, organization of additional courses at the national level is planned. A need to provide the course in languages other than English requires new institutional partners and additional resources. Some of the IHR-implementation course contents are being developed into stand-alone modules for potential integration into other established training opportunities such as field epidemiology training and Masters of Public Health programs. Monitoring of Progress of IHR National Core Capacities One of the most substantial obligations introduced by the IHR is the commitment of states parties to develop, strengthen, and maintain national capacities to identify, investigate, assess, and respond to public health events in their territories and to develop, strengthen, and maintain routine and emergency public health capacities at certain designated points of entry. These obligations were introduced in acknowledgment that effective national systems are the essential underpinning to any global health security and that such systems are the mechanisms needed to prevent many public health events from reaching the level of international significance. The IHR capacities are described in functional terms in Annex 1, and a major milestone toward implementation has been to reach a consensus on the scope and technical components that can be expected to contribute to the required functionality. For surveillance and response, the capacities are grouped under the following 8 main headings: National legislation, policy and financing Coordination and NFP communications Surveillance Response Preparedness Risk communication Human resources Laboratory A range of potential health hazards can fall under the IHR capacity requirements. These hazards have been identified as infectious, zoonotic, food safety, chemical, and radiologic/nuclear. To help states parties assess their capacity, a monitoring framework was developed. The framework represents a consensus of technical expert views drawn globally from WHO member states, technical institutions, partners, and from within WHO. The framework incorporates current knowledge and concepts that have been successfully used to monitor capacity-development activities. It builds on the experts’ knowledge of current capacities of states parties, existing regional and country strategies for capacity development, and other available resources and tools, particularly other tools used for IHR core capacity assessment by states parties. Using a checklist of 20 indicators, the IHR monitoring process assesses status of implementation in 8 areas of core capacity, development of capacities at points of entry, and development of capacities for the IHR-relevant hazards. An annual questionnaire is used to collect data on the core capacities; country responses are stored in a secure database at WHO, accessible only to IHR NFPs and the secretariat through use of tools that ensure country confidentiality. The questionnaire is made available in several formats, including through the Internet. To ensure that the full spectrum of relevant hazards is covered, NFPs are advised to lead the process of completing the questionnaire, in close collaboration with officials responsible for the various capacity areas and including other sectors. Outputs of the monitoring framework include country profiles for all reporting countries and detailed NFP reports on strengths, weakness, and gaps; profiles for the 6 WHO regions; and aggregated global reports for the World Health Assembly. This information has enabled states parties to measure progress and identify where improvements are needed, thereby providing evidence for program planning, recommendations, and decision making. At the global level, this monitoring information is used by the secretariat to comply with the Health Assembly request for an annual report on IHR implementation from WHO, including information provided by states parties and on the secretariat’s activities. Thus, WHO governing bodies can take account of the progress when directing secretariat activities. The analysis also enables better identification of the priority areas toward which the secretariat and other development partners can focus their support to countries. From a total of 194 states parties, the questionnaire elicited 128 and 156 responses for 2010 and 2011, respectively. Because not all states parties responded to the questionnaire, the reports produced might not completely reflect IHR core capacity development strengths and weaknesses at the regional and global levels. Evaluating implementation status in nonresponding countries is challenging, especially because some of these countries face the greatest implementation difficulties. With the goal of improving the validity and consistency of self-reported data, several multicountry workshops and trainings have been held and standardized data collection and analysis tools have been promoted. Such challenges are also being addressed by identifying several supplementary information sources that might partially reflect national IHR capacities and including such information in an additional report to the 2012 Health Assembly. The biggest challenge involved in implementing the IHR is ensuring that the IHR core capacities are present in all countries of the world. Ensuring IHR core capacities is also the area in which the IHR have the greatest potential to make a major contribution to world health; as the process approaches a key 5-year milestone on June 15, 2012, all efforts are being refocused on this issue. Interagency Collaboration for Public Health at Points of Entry Although many IHR provisions address international travel and transport and public health activities at points of entry (ports, airports, and ground crossings), these have not been areas in which WHO or many member states had strong preexisting programs. Attention has therefore been focused on leveraging interagency and multisectoral collaboration at all levels to achieve the public health objectives. For example, the Cooperative Arrangement for the Prevention of Spread of Communicable Disease through Air Travel project ( 10 ) is an initiative of the WHO sister agency the International Civil Aviation Organization, through which countries can receive support for realizing IHR objectives relating to air travel. Other collaborations include the International Tourism Response Network ( 11 ), regional networks such as the Risk Assessment Guidance for Infectious Diseases Transmitted on Aircraft project (initiated by the European Centre for Disease Prevention and Control) ( 12 ), and the European Commission ship sanitation training network project ( 13 ). To facilitate information sharing and coordination among authorities responsible for health measures and development of IHR core capacities at points of entry, WHO supports a specialized network for ports, airports, and ground crossings: the PAGnet ( 14 ). During the 2011 nuclear accident in Japan, the 2010–11 cholera epidemic in Haiti, and the 2009 influenza A (H1N1) pandemic, PAGnet offered a communication platform to public health officials at points of entry around the world, facilitating timely information sharing on response measures that helped avoid overreaction and unnecessary barriers to international travel and trade. Although assessments have shown many IHR capacities at certain points of entry in several countries, countries differ widely in the levels of capacity, the allocation of responsibilities, and the priority given to this area of public health. This heterogeneity makes it more difficult to provide guidance and advice that is relevant to the national and local contexts of all ports, airports, and ground crossings around the world. Private industry and commercial organizations, which involve a variety of governmental sectors in addition to health, are key actors for the implementation of IHR provisions affecting travel and transportation. WHO must use its convening power, its neutrality, and its focus on public health objectives to help the disparate actors reach consensus. Pandemic Influenza and Convening of the Emergency Committee Around the world, many IHR provisions are used daily. Thus far, however, the full range of provisions relating to global emergencies have been applied to only 1 event: the 2009–2010 influenza pandemic. The IHR define a category of events with the term “public health emergency of international concern.” The WHO director-general follows defined procedures to determine which events are so characterized. The key practical outcomes of such a determination are the provision of relevant information to all states parties, the convening of an IHR Emergency Committee to advise the director-general regarding the event, and the issuance of IHR temporary recommendations. The first IHR Emergency Committee was convened on April 25, 2009, to advise the WHO director-general about the determination of the first public health emergency of international concern under the IHR. That this first meeting of the Emergency Committee took place by teleconference within 48 hours of the decision to convene it demonstrated that the procedures established by the IHR could work in practice. The continued work of this committee, providing advice to the director-general for more than a year, demonstrates the commitment of its members to support the governments of the world and WHO in their responses to the emergency. During the influenza pandemic, the NFP network developed much-needed momentum and provided early information and situation updates as the virus was identified around the world. The WHO secretariat was able to provide updates, announcements, and advice to countries through the event information site for NFPs with timing that was coordinated with its provision of public information. The duration of the public health emergency of international concern posed several challenges for the procedures established for IHR implementation. For example, the decision to protect the impartiality of the advice given by members of the IHR Emergency Committee (by not publishing their names until after their work was completed) was not helpful when their work went on for more than a year and was under intense media speculation. Also, the rules adopted for temporary recommendations were designed to allow them for only a limited amount of time, which was just barely compatible with the pandemic experience. The IHR did not prevent several countries from applying restrictive travel- and trade-associated measures not recommended by WHO, although several such measures were discontinued or modified after communication with the WHO secretariat. The IHR Review Committee was concerned by the restrictive measures and provided recommendations on how they can be more effectively addressed ( 15 ). Establishment of External IHR Review The potential to learn lessons from the 2009–2010 pandemic influenza experience and the need to address public concerns regarding the WHO response led to the establishment of the first IHR Review Committee. The remit of this committee was expanded (by the WHO Executive Board from a periodic review of the functioning of the IHR, as required under IHR Article 54) to include an independent, external review of the international response to pandemic influenza. Although the secretariat provided administrative and logistic support, the committee, under the chairmanship of Harvey Fineberg, enjoyed complete autonomy in interpreting their mandate, defining their methods of work, and identifying their evidence. In doing so, they followed the requirements of the IHR in ensuring states parties the opportunity to observe and engage in formal committee meetings. After more than a year, the committee delivered its final report to the 64th Health Assembly, at which the approach taken was commended and the recommendations were endorsed by the member states. Despite findings that WHO faced systemic difficulties and some shortcomings in addressing the influenza pandemic, the committee concluded that the actions taken were motivated by public health concerns and found no evidence of misconduct. The 15 recommendations in this report have gone on to form a major component of the biennial work plans of the relevant WHO departments. The exhaustive work of the IHR Review Committee made heavy demands on the time of its expert members and on WHO resources. WHO should take advantage of the exceptional opportunity to learn from this analysis of the pandemic experience. The IHR allow review committees to give advice broadly on the functioning of the regulations, and it can be foreseen that in future years, committees will need to be convened with markedly different tasks, for example, advising on the granting of a second round of extensions to the core capacity time frame. At such time, the working methods of such a future review committee will need to be reassessed to fit with its mandated task. Conclusions The IHR are a legal tool designed to contribute to the achievement of public health goals, in which success is seen and measured in improvements to public health rather than adherence to any particular article of the document. At the same time, given the large number of initiatives for and influences on public health outcomes, it will always be hard to tease out and identify the specific contributions of such an instrument to global health. This article indicates some of the direct effects that IHR implementation is having on public health practice. Where states and WHO are building on preexisting programs, the IHR have boosted continuing commitment and momentum. An example at the international level is the WHO program for management of acute public health events; an example at the country level is the program to strengthen capacity in public health laboratories. In addition to boosting existing programs, some new activities relating to IHR provisions have been successfully established, such as the NFP network and the Emergency Committee. The lessons and experience of the past 5 years need to be drawn upon to provide improved direction for the future. The member state–driven negotiations provide a legacy of ownership and commitment from countries, which continues to be evident in the nature and number of interventions concerning IHR during meetings of WHO governing bodies. As we approach the 5-year target date of June 2012, the immediate challenge is for WHO and the states parties to live up to the intention of the IHR national core capacity requirements and to make the best use of the opportunity for countries to continue their efforts beyond that date as anticipated under the extension procedure provided by the IHR.
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              Author and article information

              Journal
              Emerg Infect Dis
              Emerging Infect. Dis
              EID
              Emerging Infectious Diseases
              Centers for Disease Control and Prevention
              1080-6040
              1080-6059
              July 2012
              : 18
              : 7
              : 1218-1219
              Affiliations
              [1]Centers for Disease Control and Prevention, Atlanta, Georgia, USA
              Author notes
              Address for correspondence: Polyxeni Potter, EID Journal, Centers for Disease Control and Prevention, 1600 Clifton Rd NE, Mailstop D61, Atlanta, GA 30333, USA; email: pmp1@ 123456cdc.gov
              Article
              AC-1807
              10.3201/eid1807.AC1807
              3376828
              7603ccbc-57ff-438b-9316-11401a5b969b
              History
              Categories
              About the Cover
              About the Cover

              Infectious disease & Microbiology
              international health regulations,emerging infectious diseases,about the cover,art science connection,washington color group,gene davis,health threats of all stripes,niagara knife,post painterly abstraction,art and medicine

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