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超耐力和正念活动期间的可持续食物支持:西班牙的案例研究。

Sustainable Food Support during an Ultra-Endurance and Mindfulness Event: A Case Study in Spain.

机构信息

Department of Health and Human Performance, Faculty of Physical Activity and Sport Sciences, Universidad Politécnica de Madrid, 28040 Madrid, Spain.

Department of Sports, Faculty of Physical Activity and Sport Sciences, Universidad Politécnica de Madrid, 28040 Madrid, Spain.

出版信息

Int J Environ Res Public Health. 2021 Dec 9;18(24):12991. doi: 10.3390/ijerph182412991.

Abstract

The present industrial food-production system is not suitably ecological for the environment. Mindful nutrition in sport is a relevant emergent sub-discipline that could help reduce environmental degradation. This case study describes a sustainable support diet during an ultra-endurance running (UR) event called the "Indoor Everest Challenge". This UR challenge involved attaining the altitude of Mount Everest (8849 m) in a simulated way, in less than 24 h, without using ultra-processed food and without wasting plastics. During this challenge, a male athlete (34 years, weight: 78 kg, and height: 173 cm) wore a SenseWear Armband (BodyMedia Inc., Pittsburg, PA, USA) accelerometer on his right arm to estimate energy expenditure. To supply his nutritional requirements, the athlete consumed only specially prepared homemade and organic food. All consumption was weighed and recorded in real-time; we determined nutrients using two databases: a food composition software, Dial Alce Ingenieria (Madrid, Spain), to measure energy and macro- and micro-nutrients, and Phenol Explorer Database (INRA Institut National de Recherche pour l'Alimentation, Paris, France) precisely to determine polyphenolic content. Most energy intake (up to 96%) came from plant foods. We found that subject consumed 15.8 g/kg/d or 1242 g of carbohydrates (CHO), (2.4 g/kg/d) or 190 g of proteins (P), and 10,692 mL of fluid. The total energy intake (7580 kcal) showed a distribution of 65% CHO, 10% P, and 25% lipids (L). Furthermore, this sustainable diet lead to a high antioxidant intake, specifically vitamin C (1079 mg), vitamin E (57 mg), and total polyphenols (1910 mg). This sustainable approach was suitable for meeting energy, CHO, and P recommendations for UR. Physical and mental training (mindfulness) were integrated from the specific preliminary phase to the day of the challenge. The athlete completed this challenge in 18 h with a low environmental impact. This sports event had an educational component, as it awakened curiosity towards food sustainability.

摘要

当前的工业食品生产体系对环境不太适宜。运动中的明智营养是一个相关的新兴分支学科,可以帮助减少环境恶化。本案例研究描述了在一项名为“室内珠穆朗玛峰挑战赛”的超长耐力跑(UR)赛事中可持续的支持性饮食。这项 UR 挑战赛涉及以模拟方式在不到 24 小时内达到珠穆朗玛峰(8849 米)的高度,不使用超加工食品,不浪费塑料。在这次挑战中,一名男性运动员(34 岁,体重 78 公斤,身高 173 厘米)在右臂上佩戴 SenseWear 臂带(美国匹兹堡市 BodyMedia Inc.)加速度计来估计能量消耗。为了满足他的营养需求,运动员只食用专门准备的自制和有机食品。所有的消耗都进行了称重和实时记录;我们使用两个数据库来确定营养素:Dial Alce Ingenieria(西班牙马德里)的食品成分软件来测量能量和宏量及微量营养素,以及 Phenol Explorer 数据库(法国巴黎 INRA Institut National de Recherche pour l'Alimentation)来精确测定多酚含量。大部分能量摄入(高达 96%)来自植物性食物。我们发现,受试者每天消耗 15.8 克/公斤或 1242 克碳水化合物(CHO),(2.4 克/公斤/天)或 190 克蛋白质(P)和 10692 毫升液体。总能量摄入(7580 千卡)的分布为 65%CHO、10%P 和 25%L。此外,这种可持续饮食导致了高抗氧化剂的摄入,特别是维生素 C(1079 毫克)、维生素 E(57 毫克)和总多酚(1910 毫克)。这种可持续的方法适合满足 UR 的能量、CHO 和 P 推荐量。身心训练(正念)从特定的初步阶段到挑战赛当天都得到了整合。运动员在 18 小时内完成了这项挑战,对环境的影响很小。这次体育赛事具有教育意义,因为它激发了人们对食物可持续性的好奇心。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/c936/8701145/ec836ad03e10/ijerph-18-12991-g001.jpg

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