首页> 外文期刊>Human Biology: Official Publication of the Human Biology Council >The human environment and the vitamin d compromise: Scotland as a case study in human biocultural adaptation and disease susceptibility
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The human environment and the vitamin d compromise: Scotland as a case study in human biocultural adaptation and disease susceptibility

机译:人类环境与维生素D的折衷:苏格兰作为人类生物文化适应和疾病易感性的案例研究

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摘要

Year-round human habitation of environments with highly seasonal regimes of ultraviolet B radiation (UVB) depended on adaptive complexes of biological and cultural traits to ensure adequacy of vitamin D. Perturbations of such adaptive complexes resulting from changes in the physical environment, human behavior and culture, or both have had unexpected and untoward consequences for health. Scotland is an excellent case study of the changing nature of human biocultural adaptation to low-UVB environments. Occupation of Scotland after the last Pleistocene glaciation event about 14,000 YBP was made possible by maximally depigmented skin, which facilitated cutaneous biosynthesis of vitamin D3, and by a diet that emphasized foods rich in vitamin D. Changes in human subsistence and diet began with the introduction of agriculture and grazing about 5,000 YBP and accelerated greatly in the last 200 years through industrialization and urbanization. The resulting changes in domiciles, patterns of daily activity and behavior, and diet have led to reduced exposure to UVB and reduced consumption of vitamin D-rich foods. This has perturbed the "vitamin D compromise," an adaptive complex established in Scotland during the Mesolithic and Neolithic. We describe the UVB environment of Scotland from remotely sensed data and combine these data with information from the archaeological record to describe the vitamin D compromise in Scotland. Changes in human exposure to UVB and vitamin D consumption, which occurred as the result of urbanization and the dietary shift away from the consumption of oily fish, are traced. Vitamin D deficiency contributes to increased disease prevalence in Scotland, including that of the autoimmune disease multiple sclerosis, a debilitating neurodegenerative disease caused by demyelination of the central nervous system. These conditions have created an "imperfect storm" of poor health that should command the attention of public health experts and policy makers.
机译:全年处于高度季节性紫外线B环境下的人类居住环境依赖于生物学和文化特征的适应性复合物,以确保维生素D的充足。此类适应性复合物的扰动是由于物理环境,人类行为和环境的变化而引起的。文化,或两者都对健康产生了意想不到的不良后果。苏格兰是人类生物文化适应低UVB环境变化的性质的绝佳案例研究。上一次更新世冰川事件发生后,苏格兰的占领达到了大约14,000 YBP,这是因为皮肤的最大程度脱色,促进了皮肤维生素D3的生物合成,以及饮食强调了富含维生素D的食物。人类生存和饮食的变化始于介绍农业和放牧约5,000 YBP,并且在过去200年中通过工业化和城市化进程大大加快。住所,日常活动和行为方式以及饮食习惯的变化导致减少了对UVB的接触并减少了富含维生素D的食物的消费。这扰乱了“维生素D妥协”,这是一种在中石器时代和新石器时代在苏格兰建立的适应性综合体。我们从遥感数据中描述了苏格兰的UVB环境,并将这些数据与考古记录中的信息相结合来描述苏格兰的维生素D危害。可以追溯到由于城市化以及饮食从食用油性鱼类转向而导致的人类对UVB和维生素D摄入量的变化。维生素D缺乏症会导致苏格兰疾病患病率上升,包括自身免疫性疾病多发性硬化症(一种由中枢神经系统脱髓鞘引起的虚弱性神经退行性疾病)。这些情况造成了不良健康的“不完美风暴”,应引起公共卫生专家和政策制定者的注意。

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