Division of Physiology, Faculty of Sciences and Medicine, University of Fribourg, Fribourg, Switzerland.
Eur J Clin Nutr. 2018 May;72(5):665-679. doi: 10.1038/s41430-018-0139-5. Epub 2018 May 10.
Although Switzerland is considered a small country, it has its share in discoveries, inventions and developments for the assessment of energy metabolism. This includes seminal contributions to respiratory and metabolic physiology and to devices for measuring energy expenditure by direct and indirect calorimetry in vivo in humans and small animals (as well as in vitro in organs/tissues), for the purpose of evaluating the basic nutritional requirements. A strong momentum came during World War II when it was necessary to evaluate the energy requirements of soldiers protecting the country by assessing their energy expenditure, as well as to determine the nutritional needs of the Swiss civil population in time of war when food rationing was necessary to ensure national neutrality and independence. A further impetus came in the 1970s at the start of the obesity epidemics, toward a better understanding of the metabolic basis of obesity, ranging from the development of whole-body concepts to molecular mechanisms. In a trip down memory lane, this review focuses on some of the earlier leading Swiss scientists who have contributed to a better understanding of the field.
虽然瑞士被认为是一个小国,但它在评估能量代谢方面的发现、发明和发展方面也有自己的贡献。这包括对呼吸和代谢生理学的开创性贡献,以及对直接和间接测热法在人体和小动物(以及器官/组织的体外)中测量能量消耗的设备的贡献,目的是评估基本营养需求。第二次世界大战期间,由于需要评估保护国家的士兵的能量消耗,以评估他们的能量消耗,以及在战争时期确定瑞士平民的营养需求,因为配给食物对于确保国家中立和独立是必要的,因此产生了强大的动力。20 世纪 70 年代,随着肥胖症的流行,人们对肥胖的代谢基础有了更好的理解,从全身概念的发展到分子机制,这方面又有了进一步的推动。在回顾过去的过程中,这篇综述重点介绍了一些为更好地理解这一领域做出贡献的早期领先的瑞士科学家。