在 "跨学科 "方法中定位研究和学术创新t

Simeon Davies, Jeanine Marnewick, Dirk Bester, Oviety Kamati
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摘要

在开普半岛理工大学(CPUT)两个研究实体共享专业知识的基础上,采用了一种跨学科(TD)研究方法,以调查南非本土植物路依保斯(Rooibos)及其独特的生物活性化合物是否能调节氧化应激,以及是否有可能作为一种生力补充剂。由于这种独特的生物技术和体育商业合作的性质,以及南非路依保斯理事会(SARC)和相关学术界利益攸关方的支持,预计将产生各种有益成果,包括1) 利用创新技术提供科学研究结果,测量富含酚类的路依保斯对代谢和基因-饮食相互作用的反应;2) 评估路依保斯在运动过程中调节氧化应激的潜力,并强调其预期的促运动特性;3)利用科学证据,使路易波士在利润丰厚的运动补充剂市场中受益;4)为相关土著社区公平分享路易波士带来的益处提供理论依据;5)提高包括原产地名称保护(PDO)地位在内的各种政策颁布所带来的可持续经济效益。两项随机双盲安慰剂对照干预试验的结果有力地表明,路依保斯独特的生物活性化合物可能有益于运动表现和恢复,并可作为一种潜在的生力补充剂,这可能对路依保斯价值链产生进一步的积极影响,使路依保斯受益。此外,贸易发展方法承认本土生物资源的重要性,并承诺以公平公正的方式与传统知识持有者分享可持续经济利益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Positioning research and Scholarly Innovation within a “transdisciplinary” approacht
Based on the shared expertise of two research entities at the Cape Peninsula University of Technology (CPUT) a transdisciplinary (TD) research approach was adopted to investigate whether Rooibos an indigenous South African plant with its unique bioactive compounds modulates oxidative stress and potentially acts as an ergogenic supplement. Due to the nature of this unique biotechnology and sport business collaboration along with support from the South African Rooibos Council (SARC) and associated academic stakeholders, various beneficial outcomes were anticipated, including: 1) to provide scientific findings informed by the innovative technologies that measure metabolic and gene-diet interaction responses to phenolic-rich Rooibos; 2) to assess the potential of Rooibos to modulate oxidative stress during exercise and underscore its anticipated ergogenic properties; 3) to utilize scientifically derived evidence to beneficiate Rooibos in the lucrative sport supplement market; 4) to provide rationale to optimize the equitable sharing of benefits derived from Rooibos to the relevant indigenous communities, and 5) to enhance sustainable economic benefits derived from various policy enactments including the Protected Designation of Origin (PDO) status. The findings from two randomized double-blinded placebo controlled intervention trials provide a strong indication that the unique bioactive compounds of Rooibos may have benefits for exercise performance and recovery and as a potential ergogenic supplement, which may have further positive ramifications for the Rooibos value chain in terms of beneficiating Rooibos. Additionally, the TD approach has acknowledged the importance of indigenous biological resources, and the commitment to share sustainable economic benefits with traditional knowledge holders in a fair and equitable way.
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