Games and genes: human diversity meets cytogenetics-Mexico 1968.

IF 1.6 3区 哲学 Q1 HISTORY & PHILOSOPHY OF SCIENCE
Ana Barahona
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引用次数: 0

Abstract

The 1968 Olympic Games in Mexico included innovative practices and technological knowledge of human biology. The first time that cytogenetic techniques had been applied to athletes was in the 1966 European Athletics Championship in Budapest and used on Olympic athletes for the first time in Mexico in 1968. The Genetics and Human Biology Program (Programa de Genética y Biología Humanas, PGBH) was created for this purpose in 1966 in close collaboration with the Local Organizing Committee (Comité Organizador, CO), by Mexican geneticists Alfonso León de Garay and Rodolfo Félix Estrada who led the project. The main objective was to study the genetic and anthropological components which determine an Olympic athlete's abilities. This investigation studied 1,265 game participants and included family studies, cytological analyses, research on single genes, and the study of sex determination. In terms of influence beyond Mexico, this Program was significant as a site of transnational collaboration. It mobilized cognitive and financial resources, scientific practices, and material culture to set up a clinical laboratory in the Olympic Village. The Program also hosted three international seminars in Mexico City, two before the games, to calibrate clinical trials and anthropological tests. One in 1969 to analyze the results and proceed to their publication in 1974. This manuscript will focus on the PGBH to show how its work fits in the larger tapestry of post-1945 human biological studies. Also, to explore how the Olympic athlete populations studied can be considered laboratories of knowledge production or sites of cognition conceived as specific entities for scientific inquiry, standardization of medical practices, and the production or application of medicines. Finally, through the narrative of the different trajectories and collaborations of the leaders of the PGBH, this manuscript will show how contact between their scientific practices brought cytogenetics and sports together.

Abstract Image

游戏和基因:人类多样性与细胞遗传学相遇——1968年墨西哥。
1968年的墨西哥奥运会包括创新实践和人类生物学的技术知识。细胞遗传学技术第一次应用于运动员是在1966年布达佩斯的欧洲田径锦标赛上,1968年在墨西哥的奥运会上首次应用于运动员。1966年,墨西哥遗传学家Alfonso León de Garay和Rodolfo f lix Estrada与当地组织委员会(comit Organizador, CO)密切合作,建立了遗传学和人类生物学项目(Programa de gen和Biología Humanas, PGBH),他们领导了这个项目。主要目的是研究决定奥林匹克运动员能力的遗传和人类学因素。这项调查研究了1265名游戏参与者,包括家庭研究、细胞学分析、单基因研究和性别决定研究。就墨西哥以外的影响而言,该方案作为跨国合作的场所具有重要意义。它调动了认知和财力、科学实践和物质文化,在奥运村建立了一个临床实验室。该方案还在墨西哥城举办了三次国际研讨会,其中两次是在奥运会之前,以校准临床试验和人类学试验。一个是在1969年分析结果,并在1974年发表。这份手稿将集中在PGBH上,以展示它的工作如何适应1945年后人类生物学研究的更大的挂毯。此外,为了探索如何研究奥林匹克运动员群体,可以将其视为知识生产的实验室或被视为科学探究、医学实践标准化以及药物生产或应用的特定实体的认知场所。最后,通过对PGBH领导人的不同轨迹和合作的叙述,本手稿将展示他们的科学实践如何将细胞遗传学和体育结合在一起。
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来源期刊
History and Philosophy of the Life Sciences
History and Philosophy of the Life Sciences 综合性期刊-科学史与科学哲学
CiteScore
2.60
自引率
5.00%
发文量
58
期刊介绍: History and Philosophy of the Life Sciences is an interdisciplinary journal committed to providing an integrative approach to understanding the life sciences. It welcomes submissions from historians, philosophers, biologists, physicians, ethicists and scholars in the social studies of science. Contributors are expected to offer broad and interdisciplinary perspectives on the development of biology, biomedicine and related fields, especially as these perspectives illuminate the foundations, development, and/or implications of scientific practices and related developments. Submissions which are collaborative and feature different disciplinary approaches are especially encouraged, as are submissions written by senior and junior scholars (including graduate students).
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