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Environmental epidemiology

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72:. Socioeconomic factors also play a critical role in altering vulnerability and sensitivity to environmentally mediated factors by increasing the likelihood of exposure to harmful agents, interacting with biological factors that mediate risk, and/or leading to differences in the ability to prepare for or cope with exposures or early phases of illness. Populations living in certain regions may be at increased risk due to location and the environmental characteristics of a region. 359: 517:(ISEE) first adopted ethics guidelines in the late 1990s. The guidelines are maintained by its Ethics and Philosophy Committee, one of the earliest, active, and enduring ethics committees in the field of epidemiology. Since its inception in 1991, the Committee has taken an active role in supporting ethical conduct and promulgating Ethics Guidelines for Environmental Epidemiologists.  The most recent Ethics Guidelines were adopted in 2023. 116:"Water conducted through earthen pipes is more wholesome than that through lead; indeed that conveyed in lead must be injurious, because from it white lead is obtained, and this is said to be injurious to the human system. Hence, if what is generated from it is pernicious, there can be no doubt that itself cannot be a wholesome body. This may be verified by observing the workers in lead, who are of a pallid colour; for in casting lead, the 393:
is a concept in the environmental sciences that if an activity is suspected to cause harm, we should not wait until sufficient evidence of that harm is collected to take action. It has its roots in German environmental policy, and was adopted in 1990 by the participants of the North-Sea Conferences
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from it fixing on the different members, and daily burning them, destroy the vigour of the blood; water should therefore on no account be conducted in leaden pipes if we are desirous that it should be wholesome. That the flavour of that conveyed in earthen pipes is better, is shewn at our daily
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Environmental epidemiology studies often identify associations between pollutants in the air, water, or food and adverse health outcomes; these findings can be inconvenient for polluting industries. Environmental epidemiologists are confronted with significant ethical challenges because of the
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European Centre for Environment and Health (WHO-ECEH) claims that 1.4 million deaths per year in Europe alone are due to avoidable environmental exposures. Environmental exposures can be broadly categorized into those that are proximate (e.g., directly leading to a health condition), including
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is the summation of all risk and protective factors that ultimately determine whether an individual or subpopulation experiences adverse health outcomes when an exposure to an environmental agent occurs. Sensitivity is an individual's or subpopulation's increased responsiveness, primarily for
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concerned with determining how environmental exposures impact human health. This field seeks to understand how various external risk factors may predispose to or protect against disease, illness, injury, developmental abnormalities, or death. These factors may be naturally occurring or may be
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involvement of powerful stakeholders who may try to influence the results or interpretation of their studies. Epidemiologic findings can sometimes have direct effects on industry profits. Because of these concerns, environmental epidemiology maintains guidelines for ethical practice. The
56:. Proximate exposures occur through air, food, water, and skin contact. Distal exposures cause adverse health conditions directly by altering proximate exposures, and indirectly through changes in ecosystems and other support systems for human health. 468:
tries to answer questions such as "How does an individual's risk for disease A change when they are exposed to substance B?," and "How many excess cases of disease A can we prevent if exposure to substance B is lowered by X amount?."
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Etzel, Ruth A.; Abbas, Nivine H.; Anastario, Michael P.; Mustapha, Adetoun; Osuolale, Olayinka; Sarkar, Atanu; Soyiri, Ireneous N.; Whaibeh, Emil; Soskolne, Colin L. and the Ethics and Philosophy Committee (September 17, 2023).
402:. The United States has resisted adoption of this principle, citing concerns that unfounded science could lead to obligations for expensive control measures, especially as related to greenhouse gas emissions. 527:, epidemiologists often consider a set of factors to determine the likelihood that an observed relationship between an environmental exposure and health consequence is truly causal. In 1965, 269: 514: 1358: 339: 186: 679: 260: 133:
conducted perhaps the first environmental epidemiology study in 1854. He showed that London residents who drank sewage-contaminated water were more likely to develop
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meals, for all those whose tables are furnished with silver vessels, nevertheless use those made of earth, from the purity of the flavour being preserved in them"
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Throughout the 20th century, the United States Government passed legislation and regulations to address environmental health concerns. A partial list is below.
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to see if they have poorer health outcomes than subjects who are asked not to smoke. The study types most often employed in environmental epidemiology are:
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Kriebel, David; Tickner, Joel; Epstein, Paul; Lemons, John; Levins, Richard; Loechler, Edward L.; Quinn, Margaret; Rudel, Ruthann; Schettler, Ted (2001).
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These factors are generally considered to be a guide to scientists, and it is not necessary that all of the factors be met for a consensus to be reached.
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Balbus, John M; Catherine Malina (January 2009). "Identifying vulnerable subpopulations for climate change health effects in the United States".
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Environmental epidemiology research can inform government policy change, risk management activities, and development of environmental standards.
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devised a set of postulates to help him determine if there was sufficient evidence to conclude that cigarette smoking causes lung cancer.
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Only one chance : how environmental pollution impairs brain development--and how to protect the brains of the next generation
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and then observe the patterns that emerge. This is due to the fact that it is often unethical or unfeasible to conduct an
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Epidemiologic studies that assess how an environmental exposure and a health outcome may be connected use a variety of
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can impact the health of their patients. Another famous example of environment-health interaction is the
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to include a requirement that pesticides have reasonable certainty that they do not cause human harm
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biological reasons, to that exposure. Biological sensitivity may be related to developmental stage,
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Acknowledgement that the environment impacts human health can be found as far back as 460 B.C. in
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began to formally adopt the precautionary principle into its laws as a Communication from the
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to regulate chemicals, including the ability to ban substances that are shown to harm humans
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Please help update this article to reflect recent events or newly available information.
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in humans. For example, a researcher cannot ask some of their study subjects to smoke
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in nature, meaning researchers look at people's exposures to environmental factors
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Comprehensive Environmental Response, Compensation, and Liability Act
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introduced into environments where people live, work, and play.
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Table of Selected U.S. Laws Relating to Environmental Health
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Boulakia, Jean David C. (1972). "Lead in the Roman World".
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Journal of Exposure Science and Environmental Epidemiology
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Some statistics and approaches used to estimate risk are:
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Environmental Epidemiology: Study Methods and Application
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Created worker protections standards and established the
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Generally considered to be one of the founders of modern
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Environmental epidemiology : principles and methods
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Environmental epidemiology studies are most frequently
238:(NAAQS) for environmental and public health protection 1364: 953:"The Precautionary Principle in Environmental Science" 1210:"Ethics Guidelines for Environmental Epidemiologists" 270:
National Institute for Occupational Safety and Health
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International Society for Environmental Epidemiology
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International Society for Environmental Epidemiology
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approaches to attempt to quantify the relationship.
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National Institute of Environmental Health Sciences
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Federal Insecticide, Fungicide, and Rodenticide Act
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Federal Insecticide, Fungicide, and Rodenticide Act
741:Journal of Occupational and Environmental Medicine 1127:(4th ed.). Philadelphia: Saunders Elsevier. 824:"Ripple Effects: Population and Coastal Regions" 680:"Ostrava Declaration on Environment and Health" 197:users and manufacturers must register with the 1294:Baker, D.; Nieuwenhuijsen, M.J., eds. (2008). 201:; pesticides must not cause unreasonable harm 8: 1162:Introduction to environmental epidemiology 1098:Centers for Disease Control and Prevention 907:Vitruvius : Ten Books on Architecture 394:in The Hague by declaration. In 2000, the 1330:International Epidemiological Association 1266: 992: 716:Handbook of Developmental Neurotoxicology 1239:Journal of the Royal Society of Medicine 151: 939:On the Mode of Communication of Cholera 714:Slikker, William Jr., Chang, Louis W., 638: 1367:current events in environmental health 1185: 1014: 1012: 236:National Ambient Air Quality Standards 1298:. New York: Oxford University Press. 1156: 1154: 1152: 1088: 1086: 1084: 7: 170:Federal Food, Drug, and Cosmetic Act 794:. Oxford: Oxford University Press. 207:Federal Water Pollution Control Act 941:(2nd ed.). London: John Churchill. 261:Occupational Safety and Health Act 14: 1354:Environmental Health Perspectives 957:Environmental Health Perspectives 108:, wrote to discourage the use of 718:, p. 460, 1998, Academic Press, 357: 37:chemicals, physical agents, and 864:American Journal of Archaeology 325:clean-up and research programs 66:pre-existing medical conditions 1233:Hill, Austin Bradford (1965). 615:Occupational safety and health 255:and industrial waste disposal 218:, set water quality standards 1: 790:Grandjean, Phillipe (2015). 753:10.1097/JOM.0b013e318193e12e 278:Toxic Substances Control Act 179:Food and Drug Administration 1320:"ENVIRONMENTAL EPIDEMIOLOGY 1022:The precautionary principle 849:On Airs, Waters, and Places 331:Food Quality Protection Act 315:Indoor Radon Abatement Act 86:On Airs, Waters, and Places 1402: 905:Pollio, Vitruvius (1999). 145:U.S. government regulation 112:, citing health concerns: 17:Environmental epidemiology 1365:Environmental Health News 1031:10.1163/9789004189195_003 851:. London: Wyman and Sons. 687:World Health Organization 610:Occupational epidemiology 525:correlation and causation 523:To differentiate between 366:This section needs to be 34:World Health Organization 1251:10.1177/0141076814562718 646:Merrill, Ray M. (2008). 251:Specified standards for 244:Solid Waste Disposal Act 68:, acquired factors, and 52:, and other broad-scale 545:Consistency of evidence 542:Strength of association 450:Cross-sectional studies 391:precautionary principle 349:Precautionary principle 1192:: CS1 maint: others ( 536:Bradford Hill criteria 520:Bradford Hill factors 123: 1123:Gordis, Leon (2009). 595:Environmental science 429:environmental factors 411:Observational studies 137:than those who drank 114: 54:environmental changes 44:, and those that are 1386:Environmental health 1019:Wybe, Douma (1996). 969:10.1289/ehp.01109871 847:Hippocrates (1881). 590:Environmental health 529:Austin Bradford Hill 445:Case-control studies 1067:European Commission 1025:. pp. 65–100. 937:Snow, John (1855). 554:Biological gradient 492:Regression modeling 421:without intervening 400:European Commission 154: 96:experienced by the 425:experimental study 214:Also known as the 164:Brief Description 152: 1305:978-0-19-852792-3 696:on April 30, 2019 502:Attributable risk 387: 386: 346: 345: 177:Created the U.S. 1393: 1309: 1281: 1280: 1270: 1230: 1224: 1223: 1221: 1219: 1214: 1204: 1198: 1197: 1191: 1183: 1158: 1147: 1146: 1120: 1114: 1113: 1111: 1109: 1100:. 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Index

epidemiology
World Health Organization
microbiological
pathogens
distal
climate change
environmental changes
Vulnerability
pre-existing medical conditions
genetic factors
Hippocrates
drinking water
lead poisoning
ancient Romans
Vitruvius
architect
lead pipes
fumes
epidemiology
John Snow
cholera
clean water
Federal Food, Drug, and Cosmetic Act
Food and Drug Administration
Federal Insecticide, Fungicide, and Rodenticide Act
Pesticide
EPA
Federal Water Pollution Control Act
Clean Water Act
Clean Air Act

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