Investigating fluoride toxicity in a Middle Woodland population from west-central Illinois: A discussion of methods for evaluating the influence of environment and diet in paleopathological analyses

Elizabeth A. Nelson, Christine L. Halling, Jane Buikstra

Research output: Contribution to journalArticle

1 Citation (Scopus)

Abstract

Diet is a key factor in the health of individuals and of communities, both ancient and modern. In studies of ancient health, termed paleopathology, most paleodiet researchers have focused on estimates of the nutritional quality of diet across distinctive menus, comparatively evaluating quality of life across space and time. Health, however, can also be affected by environmental dietary factors, including toxic levels or deficiencies of trace elements and minerals. In this paper, we emphasize the importance of rigorous differential diagnosis in paleopathology and the multiplicity of factors that may influence an individual's response to environmental stressors. Our example develops from observations of pathology in remains from the Ray site, a 2000 year-old Middle Woodland cemetery from west-central Illinois. We had previously developed a differential diagnosis for an environmental condition, wherein an abundance of fluoride placed people at risk for poor health. Here we use this differential diagnosis, published in detail elsewhere, as an example to illustrate the importance of linking environmental, dietary, epidemiological, and physiological factors in developing a well-supported differential diagnosis. We also consider directions for future studies that link molecular biology, geo-chemical and isotopic analysis to knowledge of past fluoride toxicity.

Original languageEnglish (US)
Pages (from-to)664-671
Number of pages8
JournalJournal of Archaeological Science: Reports
Volume5
DOIs
StatePublished - Feb 1 2016

Fingerprint

health
environmental factors
physiological factors
cemetery
pathology
biology
quality of life
Differential Diagnosis
Diet
Woodland
Toxicity
Health
Illinois
community
Paleopathology
time
Minerals
Quality of Life
Molecular Biology
Multiplicity

Keywords

  • Bioarchaeology
  • Fluorosis
  • Illinois
  • Middle Woodland
  • Molecular analyses
  • Paleopathology
  • Skeletal

ASJC Scopus subject areas

  • Archaeology
  • Archaeology
  • History

Cite this

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title = "Investigating fluoride toxicity in a Middle Woodland population from west-central Illinois: A discussion of methods for evaluating the influence of environment and diet in paleopathological analyses",
abstract = "Diet is a key factor in the health of individuals and of communities, both ancient and modern. In studies of ancient health, termed paleopathology, most paleodiet researchers have focused on estimates of the nutritional quality of diet across distinctive menus, comparatively evaluating quality of life across space and time. Health, however, can also be affected by environmental dietary factors, including toxic levels or deficiencies of trace elements and minerals. In this paper, we emphasize the importance of rigorous differential diagnosis in paleopathology and the multiplicity of factors that may influence an individual's response to environmental stressors. Our example develops from observations of pathology in remains from the Ray site, a 2000 year-old Middle Woodland cemetery from west-central Illinois. We had previously developed a differential diagnosis for an environmental condition, wherein an abundance of fluoride placed people at risk for poor health. Here we use this differential diagnosis, published in detail elsewhere, as an example to illustrate the importance of linking environmental, dietary, epidemiological, and physiological factors in developing a well-supported differential diagnosis. We also consider directions for future studies that link molecular biology, geo-chemical and isotopic analysis to knowledge of past fluoride toxicity.",
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AB - Diet is a key factor in the health of individuals and of communities, both ancient and modern. In studies of ancient health, termed paleopathology, most paleodiet researchers have focused on estimates of the nutritional quality of diet across distinctive menus, comparatively evaluating quality of life across space and time. Health, however, can also be affected by environmental dietary factors, including toxic levels or deficiencies of trace elements and minerals. In this paper, we emphasize the importance of rigorous differential diagnosis in paleopathology and the multiplicity of factors that may influence an individual's response to environmental stressors. Our example develops from observations of pathology in remains from the Ray site, a 2000 year-old Middle Woodland cemetery from west-central Illinois. We had previously developed a differential diagnosis for an environmental condition, wherein an abundance of fluoride placed people at risk for poor health. Here we use this differential diagnosis, published in detail elsewhere, as an example to illustrate the importance of linking environmental, dietary, epidemiological, and physiological factors in developing a well-supported differential diagnosis. We also consider directions for future studies that link molecular biology, geo-chemical and isotopic analysis to knowledge of past fluoride toxicity.

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