一种新的生物类黄酮和植物营养素配方在增强细胞有氧糖酵解、免疫、运动表现和减轻炎症方面的评估

B. Downs, S. Banik, M. Bagchi, Bruce S. Morrison, Matt Piacentino, S. Kushner, D. Bagchi
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摘要

代谢能力与均衡的营养支持相结合,对于正常的生化和生理功能以及提高运动表现都是极其重要的。研究证实,富含结构多样的植物营养素(包括生物类黄酮)的营养保健品可能有助于提高运动、功能和生物生理能力。慢性退行性疾病的发生与厌氧事件的增加有关,即不能有效地利用氧气和水,不能利用营养物质进行细胞能量产生和管理、代谢稳态和废物清除。我们实验室使用符合WADA标准的生物类黄酮丰富的Prodosomed VMP35多营养素复合物(“Prodovite®”)进行的早期临床研究表明,它提高了有氧代谢能力,并提供了对各种慢性退行性厌氧疾病的保护。我们假设Prodosomed VMP35可能作为一种新的补充剂来提高运动成绩。该研究的目的是进行选定的重点试点研究,以证明符合WADA标准的Prodosomed VMP35在提高各种体育活动中的运动能力和表现方面的功效。在不同的运动表现/运动能力模型中评估VMP35的疗效,包括力量举重、阻力训练、骑自行车和选定的案例研究。补充VMP35可恢复有氧代谢事件,减少氧化应激,改善运动表现、恢复和免疫能力。这些初步临床研究表明,不含铁的VMP35通过恢复红细胞中的铁依赖性血红蛋白,增强血液中的中性粒细胞(免疫支持),并显着提高各种运动活动中的表现输出,从而恢复有氧代谢。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of a Novel Bioflavonoids and Phytonutrient Formulation in Enhancing Cellular Aerobic Glycolysis, Immunity, Sports Performance, and Mitigating Inflammation
Metabolic competence in conjunction with well-balanced nutritional support is extremely important for normal biochemical and physiological functions, as well as for enhanced athletic performance. Research-affirmed nutraceuticals enriched in structurally diverse phytonutrients including bioflavonoids may help to boost athletic, functional, and biophysiological competence. Occurrence of chronic degenerative disorders is associated with an increase in anaerobic events, namely, the inability to effectively use oxygen and water, and inability to use nutrients for cellular energy production and management, metabolic homeostasis, and waste removal. Earlier clinical studies in our laboratories using the WADA compliant bioflavonoid-enriched Prodosomed VMP35 Multinutrient Complex (“Prodovite®”) demonstrated that it boosted aerobic metabolic competence and provided protection against diverse chronic degenerative anaerobic disorders. We hypothesized that Prodosomed VMP35 may serve as a novel supplement to boost athletic performance. The objective of the study was to conduct selected focused pilot studies to demonstrate the efficacy of a WADA compliant Prodosomed VMP35 to improve athletic competence and performance in a variety of sports activities. The efficacy of VMP35 was assessed in different models of sports performance/athletic competence including power lifting, resistance training, cycling, and selected case studies. VMP35 supplementation restored aerobic metabolic events, minimized oxidative stress, and improved athletic performance, recovery, and immune competence. These pilot clinical studies demonstrate that iron-free VMP35 restores aerobic metabolism by restoring iron-dependent hemoglobin to red blood cells, bolstering neutrophils in the blood (immune support), and significantly improving performance output in a diverse range of athletic activities.
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