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Environmental Medicine: Integrating a Missing Element into Medical Education (1995)
Institute of Medicine (IOM)

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. "5 Concluding Remarks." Environmental Medicine: Integrating a Missing Element into Medical Education. Washington, DC: The National Academies Press, 1995.

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Environmental Medicine: Integrating a Missing Element into Medical Education

5
Concluding Remarks

As recently as three decades ago, the environment was not of particular concern to many Americans. Today, in some areas of the United States, it is a primary issue. Of particular concern is the recognition that some environmental agents can produce insidious adverse health effects decades after exposure occurs.

For many reasons, including the need to be able to respond appropriately to their patients’ concerns about the environment, physicians and other health care providers need to be knowledgeable about the effects of the environment on individual and community health. The most important reason is to increase their ability to make a positive difference in their patients’ health and in the well-being of their communities, and to prevent unnecessary adverse health outcomes related to environmental (including occupational) exposures. Another reason is to allow them to be more responsive to the concerns of patients who are increasingly knowledgeable and worried about environmental health issues. These and other reasons combine to necessitate an enhancement of the education of health professionals in environmental health and medicine.

The Institute of Medicine began to address these issues in a report released in 1988 entitled Role of the Primary Care Physician in Occupational and Environmental Medicine (often referred to as “The Green Book” [Institute of Medicine, 1988]). That report described the relative lack of specialists in occupational and environmental medicine and how that lack hampers the usual doctor-to-doctor mechanisms of providing both informal and formal consultative support. Based on a growing need for expertise in the emerging

Page
52
Front Matter (R1-R12)
Executive Summary (1-4)
1 Introduction (5-13)
2 Curriculum Content (14-21)
3 Implementation Strategies (22-43)
4 Changing Medical Education (44-51)
5 Concluding Remarks (52-53)
References (54-58)
Appendixes (59-60)
A: Taking an Exposure History (61-96)
B: Medical School Courses and Clerkships: Access Points for Integrating Environmental Medicine (97-120)
C: Case Studies in Environmental Medicine (121-138)
Case Study 1: Arsenic Toxicity (139-163)
Case Study 2: Seasonal Arsenic Exposure from Burning Chromium-Copper-Arsenate-Treated Wood (164-167)
Case Study 3: Asbestos Toxicity (168-188)
Case Study 4: Benzene Toxicity (189-207)
Case Study 5: Beryllium Toxicity (208-223)
Case Study 6: Cadmium Toxicity (224-243)
Case Study 7: Fetal Death Due to Nonlethal Maternal Carbon Monoxide Poisoning (244-248)
Case Study 8: Carbon Tetrachloride Toxicity (249-266)
Case Study 9: Chlordane Toxicity (267-288)
Case Study 10: Chronic Reactive Airway Disease Following Acute Chlorine Gas Exposure in an Asymptomatic Atopic Patient (289-290)
Case Study 11: Chromium Toxicity (291-311)
Case Study 12: Cyanide Toxicity (312-331)
Case Study 13: Dioxin Toxicity (332-348)
Case Study 14: Ethylene/Propylene Glycol Toxicity (349-371)
Case Study 15: Formalin Asthma in Hospital Staff (372-373)
Case Study 16: Gasoline Toxicity (374-394)
Case Study 17: Hantavirus Pulmonary Syndrome: A Clinical Description of 17 Patients with a Newly Recognized Disease (395-401)
Case Study 18: Lead Poisoning from Mobilization of Bone Stores During Thyrotoxicosis (402-409)
Case Study 19: Lead Toxicity (410-435)
Case Study 20: Legionaires' Disease: Description of an Epidemic of Pneumonia (436-444)
Case Study 21: Mercury in House Paint as a Cause of Acrodynia: Effect of Therapy with N-Acetyl-D, L-Penixillamine (445-449)
Case Study 22: Mercury Toxicity (450-472)
Case Study 23: Methanol Toxicity (473-492)
Case Study 24: Methylene Chloride Toxicity (493-511)
Case Study 25: Paint Remover Hazard (512-515)
Case Study 26: Fatal Outcome of Methemoglobinemia in an Infant (516-517)
Case Study 27: Nitrate/Nitrite Toxicity (518-537)
Case Study 28: An Outbreak of Nitrogen Dioxide-Induced Respiratory Illness Among Ice Hockey Players (538-541)
Case Study 29: Pentachlorophenol Toxicity (542-557)
Case Study 30: Aldicarb Poisoning: A Case Report with Prolonged Cholinesterase Inhibition and Improvement After Pralidoxime Therapy (558-561)
Case Study 31: Cholinesterase-Inhibiting Pesticide Toxicity (562-584)
Case Study 32: Infertility in Male Pesticide Workers (585-587)
Case Study 33: Pesticide Food Poisoning from Contaminated Watermelons in California, 1985 (588-595)
Case Study 34: Poisoning of an Urban Family Due to Misapplication of Household Organophosphate and Carbamate Pesticides (596-604)
Case Study 35: Polynuclear Aromatic Hydrocarbon (PAH) Toxicity (605-621)
Case Study 36: Polychlorinated Biphenyl (PCB) Toxicity (622-638)
Case Study 37: Ionizing Radiation (639-673)
Case Study 38: Radon Toxicity (674-694)
Case Study 39: Residential Radon Exposure and Lung Cancer in Sweden (695-700)
Case Study 40: Community Oubreaks of Asthma Associated with Inhalation of Soybean Dust (701-706)
Case Study 41: Tetrachloroethylene Toxicity (707-726)
Case Study 42: Toluene Toxicity (727-743)
Case Study 43: Occupational Asthma Due to Toluene Diisocyanate Among Velcro-like Tape Manufacturers (744-749)
Case Study 44: 1,1,1-Trichloroethane (750-766)
Case Study 45: Trimethyltin Encephalopathy (767-771)
Case Study 46: Trichloroethylene Toxicity (772-792)
Case Study 47: Vinyl Chloride Toxicity (793-811)
Case Study 48: Work-Related Disorders of the Neck and Upper Extremity (812-813)
Case Study 49: Contact Dermatitis in Surgeons from Methylmethacrylate Bone Cement (814-816)
Case Study 50: Skin Lesions and Environmental Exposures: Rash Decisions (817-861)
Case Study 51: Acoustic Trauma Caused by the Telephone: A Report of Two Cases (862-867)
Case Study 52: Behavioral and Audiologic Manifestations of Noise-Induced Hearing Loss (868-871)
Case Study 53: Reproductive and Developmental Hazards (872-892)
Case Study 54: Childhood Asthma and Indoor Enviromental Risk Factors (893-903)
Case Study 55: Populations at Risk From Particulate Air Pollution - United States, 1992 (904-908)
D: Resources: Agencies, Organizations, Services, REferences, and Tables of Environmental Health Hazards (909-970)
E: Committee and Staff Biographies (971-975)

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OCR for page 52
Environmental Medicine: Integrating a Missing Element into Medical Education 5 Concluding Remarks As recently as three decades ago, the environment was not of particular concern to many Americans. Today, in some areas of the United States, it is a primary issue. Of particular concern is the recognition that some environmental agents can produce insidious adverse health effects decades after exposure occurs. For many reasons, including the need to be able to respond appropriately to their patients’ concerns about the environment, physicians and other health care providers need to be knowledgeable about the effects of the environment on individual and community health. The most important reason is to increase their ability to make a positive difference in their patients’ health and in the well-being of their communities, and to prevent unnecessary adverse health outcomes related to environmental (including occupational) exposures. Another reason is to allow them to be more responsive to the concerns of patients who are increasingly knowledgeable and worried about environmental health issues. These and other reasons combine to necessitate an enhancement of the education of health professionals in environmental health and medicine. The Institute of Medicine began to address these issues in a report released in 1988 entitled Role of the Primary Care Physician in Occupational and Environmental Medicine (often referred to as “The Green Book” [Institute of Medicine, 1988]). That report described the relative lack of specialists in occupational and environmental medicine and how that lack hampers the usual doctor-to-doctor mechanisms of providing both informal and formal consultative support. Based on a growing need for expertise in the emerging

OCR for page 53
Environmental Medicine: Integrating a Missing Element into Medical Education field of environmental medicine, the report recommended that physicians improve their ability to identify conditions caused by environmental contaminants, to obtain patient histories that include environmental risk conditions, and to make appropriate diagnoses and referrals. “The Green Book” states that most individuals with occupational or environmental illnesses obtain their medical care from physicians who are not specialists in either occupational or environmental medicine. Primarily for this reason, the report states that “at a minimum, all primary care physicians should be able to identify possible occupationally or environmentally induced conditions and make the appropriate referrals for follow-up” (Institute of Medicine, 1988:5) The report also states that primary care physicians should know basic principles of disease related to chemical exposure; know how to take an appropriate exposure history; be sensitive to the ethical, social, and legal implications of the diagnosis of environmental disease; and be alert to opportunities to prevent or mitigate illness and exposure. Two subsequent IOM reports addressed the related topics of medical information needs (Institute of Medicine, 1990) and the physician shortage in occupational and environmental medicine (Institute of Medicine, 1991). As follow-up to the previous IOM reports in this area, the Agency for Toxic Substances and Disease Registry requested that the IOM address issues related to enhancing the content of environmental medicine in medical education; additional support was subsequently provided by the Environmental Protection Agency and the National Institute for Occupational Safety and Health. With the understanding that all medical schools are different and that what is learned is more important than what is taught, the IOM committee responded to its charge by establishing competency-based learning objectives that it felt should apply to all graduating medical students. In order to facilitate the achievement of these objectives and to implement a strategy of enhancing the integration of environmental medicine in medical education, the committee compiled a series of case studies that should be used for teaching and learning about the fundamental and myriad effects of the environment on health. It is the sense of this committee that using these cases and others like them will help teach the basic and clinical sciences and enhance the capabilities of future physicians to practice medicine. The committee is optimistic about the ease with which these competencies can be taught, the eagerness with which they will be learned, and the improvements that will be experienced in the practice of medicine as a result of their achievement and application.

Representative terms from entire chapter:

medical education