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PresentationsRaising Healthy Children in a Toxic World, Philip J. Landrigan, MD, MSc (45 min)Environmental factors that impact children’s health include persistent organic pollutants, heavy metals, pesticides, trans fat, electronic media, and transportation options that promote sedentary lifestyles. National research initiatives are underway to clarify the impact of these factors. This talk will recommend specific actions that parents, health care providers, architects, and community planners can take to mitigate these factors. The cost of taking action is less than the long-term cost of failure to address environmental health risks. Objectives include (1) summarize current knowledge of environmental threats to children’s health; (2) describe major research initiatives that are seeking to further understand pediatric environmental hazards, with particular emphasis on the National Children’s Study; and (3) describe successful approaches to prevention of disease of environmental origin in children. Leading by Example: Going Green in Pittsburgh, Devra Lee Davis, PhD, MPH (40 min) Patterns of cancer and other chronic illnesses in children cannot be explained by known risk factors. The role of environmental factors in contributing to these patterns is a matter that merits serious concern. The University of Pittsburgh Medical Center (UPMC) has created programs within the hospital environment and community to reduce the use of materials and policies that involve cancer causing agents. Nine major teams have been developed to address activities ranging from retrofits and new construction, maintenance and operations, patient and staff nutrition and other quality of life issues. These changes have been well received and have had a positive impact on the community. The new children’s hospital of Pittsburgh will incorporate many of these policies into its new facility in an effort to promote the hospital serving as a living laboratory of toxic reduction and disease prevention. Objectives include (1) identify material and policies that contribute increased cancer risk; (2) define key features of healthy buildings; (3) outline the benefits of the green building program for the community; and (4) highlight policy opportunities to promote healthier practices within the health care environment and local community. Download the presentation here (pdf 3 MB). Building Healthy Children: Economics and Ethics, panel (95 min) Overview, Henry Falk, MD, MPH (15 min) Healthy Homes, Kristen Welker-Hood, RN, MSN, ScD (20 min) Healthy Schools and Day Care, Nancy Moreno, PhD (20 min) Healthy Communities, Reginald Adams (20 min) Green Healthcare, John Porretto, BA (20 min)Ethics Panel Discussion…Question and Answer Session, Henry Falk, MD, MPH, moderator (30 min) *Early Exposures…Long-term Impacts, Katherine M. Shea, MD, MPH (40 min) The most critical windows of development occur during fetal life and early childhood. Two case studies will be discussed which illustrate the impact of fetal and early lifetime exposures on long-term health as well as the potential for prevention through public policies which minimize or prevent toxic exposures. Neurodevelopment will be highlighted in the context of larger global environmental challenges to children's health. Objectives include (1) describe critical windows of fetal and early childhood development; (2) describe how the history of chlorpyrifos use and regulation in the U.S. is a children's environmental health success story; (3) explain the statement "mercury is the new lead"; and (4) understand the challenges of preventing early toxic exposures within the context of larger environmental change. Download the presentation here (pdf 1 MB). *Asthma and the City, Herman Mitchell, PhD (40 min) The urban environment often exacerbates asthma. The most important indoor triggers include cockroaches, dust mites, rodents, and indoor cats. Outdoor air pollutants, including ozone and particulate matter, are also associated with increased respiratory morbidity in the population. City governments, builders, and homeowners can mitigate asthma risk through preventive actions. Objectives include (1) identify asthma triggers that are most important in urban environments; (2) list preventive actions that individuals, builders, and governments can take to decrease the risk of asthma exacerbations. *Obtaining an Environmental History in the Well and Sick Child, Michael W. Shannon, MD, MPH (40 min) The pediatrician is regularly faced with the need to obtain an environmental history. First this need appears in every well child visit in the form of anticipatory guidance; in such a setting, discussions about lead, tobacco smoke, carbon monoxide and other environmental threats to children are routine. Second, when a child is evaluated for an illness, environmental etiologies must be considered and ruled out through an appropriate history. Finally, parents may present with specific concerns about an environmental illness, e.g., lead poisoning. In this lecture, principles for obtaining an environmental history in all these situations will be reviewed. Objectives include: (1) describe proper anticipatory guidance pertaining to environmental concerns for well child visits; (2) explain how to uncover an environmental etiology with appropriate history taking; and (3) outline the principles of risk communication that apply to discussing environmental concerns with parents. Download the presentation here (pdf 1 MB). *Diagnostic Conundrums, Teri Lee Turner, MD, MPH, MEd (40 min) Careful history taking can reveal environmental illness that would otherwise go undetected. For instance, a patient with repeated emergency room visits for asthma could be exposed to cat dander at school. Repeated episodes of gastroenteritis could be caused by contaminated well water. A patient with unusual neurological symptoms and developmental delay could be exposed to mercury. These cases illustrate the importance of environmental toxicants in everyday pediatric practice. Objectives include (1) describe real cases where environmental factors caused or exacerbated illness in pediatric patients; and (2) identify resources in public health departments to aid the practicing pediatrician faced with environmental issues. Download the presentation here (pdf 394 KB). *Audience Response System will be used. |
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