Diagnosing a shift to a maize-dominant diet, on the basis of recognition of high population frequencies of porotic hyperostosis, has unfortunately entered the “collective consciousness ” of anthropology—because of the mythology that iron deficiency is a common cause of that phenomenon. Skull changes in patients with all forms (both primary and secondary) of iron deficiency are actually extremely rare (0.68%!). That frequency certainly does not support iron deficiency as the explanation for the high frequency of porotic hyperostosis noted (approximating 50%) in some populations. Isotopic analysis further reveals that C4 grasses (e.g., maize) actually did not become a significant part of North American human diets until the past 1000 years, l...
Osteological observations interpreted as evidence for anemia (porotic hyperostosis and cribra orbita...
Introduction: Pica is the compulsive eating of non-nutritive substances. It is often associated with...
Iron is a major component of the Earth\u2019s crust, but its own chemistry greatly limits utilizatio...
Subadult crania from four skeletal populations were examined for the presence of porotic hyperostoti...
Porotic hyperostosis is bone expansion caused by hypertrophy of blood-forming marrow. It usually aff...
Anemia in prehistory remains a “paleopathological riddle”. The problems in diagnosis and interpretat...
Cribra orbitalia and porotic hyperostosis traditionally have been viewed (at least by archaeologists...
A recent paper by Walker et al. (2009) states that iron-deficiency anaemia can no longer be regarded...
Porotic hyperostosis, characterized by small and localized perforations on the surface of cranial bo...
The purpose of this study is to evaluate, test, and amplify Lewis and Kneberg\u27s (1946) observatio...
One controversy within bioarchaeology revolves around identifying what factors cause cribra orbitali...
In the realm of nutritional anaemia, iron deficiency anaemia is the one well known and most often ci...
One controversy within the field of bioarchaeology revolves around theories that describe what envir...
Porotic hyperostosis (PH) is a well-recognised skeletal indicator of physiological stress occurring ...
Human remains recovered during archaeological investigation often are used to inform on the health a...
Osteological observations interpreted as evidence for anemia (porotic hyperostosis and cribra orbita...
Introduction: Pica is the compulsive eating of non-nutritive substances. It is often associated with...
Iron is a major component of the Earth\u2019s crust, but its own chemistry greatly limits utilizatio...
Subadult crania from four skeletal populations were examined for the presence of porotic hyperostoti...
Porotic hyperostosis is bone expansion caused by hypertrophy of blood-forming marrow. It usually aff...
Anemia in prehistory remains a “paleopathological riddle”. The problems in diagnosis and interpretat...
Cribra orbitalia and porotic hyperostosis traditionally have been viewed (at least by archaeologists...
A recent paper by Walker et al. (2009) states that iron-deficiency anaemia can no longer be regarded...
Porotic hyperostosis, characterized by small and localized perforations on the surface of cranial bo...
The purpose of this study is to evaluate, test, and amplify Lewis and Kneberg\u27s (1946) observatio...
One controversy within bioarchaeology revolves around identifying what factors cause cribra orbitali...
In the realm of nutritional anaemia, iron deficiency anaemia is the one well known and most often ci...
One controversy within the field of bioarchaeology revolves around theories that describe what envir...
Porotic hyperostosis (PH) is a well-recognised skeletal indicator of physiological stress occurring ...
Human remains recovered during archaeological investigation often are used to inform on the health a...
Osteological observations interpreted as evidence for anemia (porotic hyperostosis and cribra orbita...
Introduction: Pica is the compulsive eating of non-nutritive substances. It is often associated with...
Iron is a major component of the Earth\u2019s crust, but its own chemistry greatly limits utilizatio...