参考文献
|
-
Jirásek, I.,石明宗,許立宏(2011)。運動與朝聖—人工科技化與靈性。運動文化研究,17,135-177。
連結:
-
方世華(2014)。從基因治療到基因禁藥。運動教練科學,35,1-16。
連結:
-
吳忠芳(2005)。耐力運動表現與血管緊縮素轉化酶。中華體育季刊,19(4),10-16。
連結:
-
李麗珍,陳慕聰,黃宏裕,陳宗與,蘇福新(2005)。運動調控基因表現:與健康相關性之研究。大專體育學刊,7(2),287-299。
連結:
-
卓俊伶(2011)。體育與運動科學研究現況的批判與省思。體育學報,44(3),315-332。
連結:
-
林瑞興,吳銘庭(2006)。ACE 基因型與運動員心臟及耐力運動表現。中華體育季刊,20(1),31-39。
連結:
-
邱麗玲,謝玲玲,顏克典,謝伸裕(2007)。ACTN3 與 ACE 基因多形性與優秀爆發型運動員的相關性。體育學報,40(4),1-12。
連結:
-
孫芮蓁,許美智(2012)。概述運動員生物檢測護照。大專體育,118,72-77。
連結:
-
張鵬遠,毛彥明,徐台閣(2007)。血管張力素轉化酶基因與優秀跆拳道選手之關係。體育學報,40(3),29-38。
連結:
-
張鵬遠,徐台閣(2006)。血管張力素轉化酶及 α- 輔肌動蛋白基因與運動表現之關係。中華體育季刊,20(3),28-35。
連結:
-
許宏志,方世華(2019)。從治療到禁藥:基因與細胞禁藥對運動員的影響。中華體育季刊,33(4),243-250。
連結:
-
陳慕聰,李麗珍(2004)。基因晶片在運動科學研究之潛在應用價值。大專體育,72,41-44。
連結:
-
陳聰毅(2004)。運動訓練對骨骼肌肥大及能量氧化能力之基因表現的影響。中華體育季刊,18(1),28-34。
連結:
-
曾怡鈞,許美智(2013)。增進耐力運動表現之相關基因與蛋白質。大專體育,125,56-64。
連結:
-
游美惠(2000)。內容分析、文本分析與論述分析在社會研究的運用。調查研究,8,5-42。
連結:
-
湯添進,陳昱文,黃郁婷(2017)。運動社會學的發展脈絡、理論與主流議題。體育學報,50(1),1-17。
連結:
-
Al-Khelaifi, F.,Diboun, I.,Donati, F.,Botrè, F.,Abraham, D.,Hingorani, A.(2019).Metabolic GWAS of elite athletes reveals novel genetically-influenced metabolites associated with athletic performance.Scientific Reports,9,19889.
-
Antidoping Schweiz. (2021). M3 Gene and cell doping. Retrieved from https://www.antidoping.ch/en/prevention/education/mobile-lesson/m3-gene-and-cell-doping。
-
Athlome Consortium. (2016). Cohorts & funding. Retrieved from http://www.athlomeconsortium.org/cohorts-and-funding/。
-
Bomtempo, T. V.(2016).Doping genético e eugenia: Diálogos além do esporte.Revista Latinoamericana de Bioética,16(2),82-101.
-
Camporesi, S.,McNamee, M.(2018).Bio-ethics, genetics and sport.London, UK:Routledge.
-
Cantelmo, R. A.,da Silva, A. P.,Mendes-Junior, C. T.,Dorta, D. J.(2020).Gene doping: Present and future.European Journal of Sport Science,20(8),1093-1101.
-
Fischetto, G.,Bermon, S.(2013).From gene engineering to gene modulation and manipulation: Can we prevent or detect gene doping in sports?.Sports Medicine,43(10),965-977.
-
Furtado, R. N.(2019).Gene editing: The risks and benefits of modifying human DNA.Revista Bioética,27(2),223-233.
-
Kim, S.,Kleimeyer, J. P.,Ahmed, M. A.,Avins, A. L.,Fredericson, M.,Dragoo, J. L.,Ioannidis, J. P. A.(2017).A genetic marker associated with shoulder dislocation.International Jour-nal of Sports Medicine,38(7),508-514.
-
Lewandowska, A.,Leźnicki, M.(2016).Doping w sporcie jako problem etyczno-społeczny.Journal of Education, Health and Sport,6(7),548-555.
-
Locke, L. F.,Spirduso, W. W.,Silverman, S. J.,項靖(譯),陳儒晰(譯),陳玉箴(譯),李美馨(譯)(2001).論文計劃與研究方法.臺北市:韋伯.
-
Loland, S.(2002).Fair play in sport: A moral norm system.New York, NY:Routledge.
-
Mazzeo, F.,Santamaria, S.,Montesano, P.,Rinaldi, M.,Madonna, G.(2020).Updated evidence report for the anti-doping research: Analysis from 2008 to 2018 for performance-enhancing drugs and gene doping test development.Journal of Physical Education & Sport,20,2378-2385.
-
Mehlman, M. J.(2009).Genetic enhancement in sport: Ethical, legal, and policy concerns.Performance-enhancing technologies in sports: Ethical, conceptual and scientific issues,Baltimore, MD:
-
Neuberger, E. W. I.,Simon, P.(2017).Gene and cell doping: The new frontier-Beyond myth or reality.Acute topics in anti-doping,Basel, Switzerland:
-
Nussbaum, R. L.,McInnes, R. R.,Willard, H. F.(2001).Genetics in medicine.Philadelphia, PA:W.B. Saunders.
-
Parens, E.,Johnston, J.(2019).Human flour-ishing in an age of gene editing.New York, NY:Oxford University Press.
-
Ranisch, R.(2021).When CRISPR meets fantasy: Transhumanism and the military in the age of gene editing.Transhumanism: The proper guide to a posthuman condition or a danger-ous idea?,Cham, Switzerland:
-
Synovitz, R., & Eshanova, Z. (2014, January 09). Uzbekistan plunges into gene pool to spot future Olympians. RadioFreeEurope. Retrieved from https://www.rferl.org/a/uzbekistan-genetic-testing-children-athletes/25224941.html
-
Tanisawa, K.,Wang, G.,Seto, J.,Verdouka, I.,Twycross-Lewis, R.,Karanikolou, A.(2020).Sport and exercise genomics: The FIMS 2019 consensus statement update.British Journal of Sports Medicine,54(16),969-975.
-
The Hastings Center. (2021a). Genetics. Retrieved from https://www.thehastingscenter.org/category/genetic-testing-screening/。
-
The Hastings Center. (2021b). Special reports. Retrieved from https://www.thehastingscenter.org/publications-resources/special-reports-2/。
-
Unal, M.,Unal, D. O.(2004).Gene doping in sport.Sport Medicine,34(6),357-362.
-
van der Gronde, T.,de Hon, O.,Haisma, H. J.,Pieters, T.(2013).Gene doping: An overview and current implications for athletes.British Journal of Sports Medicine,47(11),670-678.
-
Vlahovich, N.,Fricker, P. A.,Brown, M. A.,Hughes, D.(2017).Ethics of genetic testing and research in sport: A position statement from the Australian Institute of Sport.British Journal of Sports Medicine,51(1),5-11.
-
Wang, G.(2016).O-34 Discovery genome-wide association studies of elite sprint performance with imputation and replication.British Journal of Sports Medicine,50(1),A19.
-
World Anti-Doping Agency. (2021). Prohibited list documents. Retrieved from https://www.wada-ama.org/en/resources/science-medicine/prohibited-list-documents。
-
李祖遠(1996)。從分子生物學的角度看運動訓練的專一性。中華體育季刊,10(2),74-80。
-
周資眾,巴唐志強,方進隆(2014)。從基因角度探討運動選材。屏東教大體育,17,145-153。
-
林建光(2013)。導論。賽伯格與後人類主義,臺中市:
-
莊泰源,林聯喜,黃頂翔,林信甫,丁詩同(2011)。運動選才的過去、現況及未來展望。臺大體育,52,17-26。
-
許嫚真,詹貴惠(2011)。運動禁藥之紅血球生成刺激劑。臺灣體育論壇,2,21-30。
-
蔡友月(2017 年 10 月 24 日)。為何世大運原住民選手那麼厲害?揭開種族基因論點的迷思。資料取自 https://twstreetcorner.org/2017/10/ 24/tsaiyuyueh/。
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