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9篇 您的检索式:作者名="BO Andersen Lars"
    题名 作者 年代 出处 被引量
1New unstable Variants of green fluorescent protei for studies of transientgene expression in Bacterin显示文摘Jens bo Andersen claus sternberg Lars kongsbax Poulsen 1998Applied and environmental microbioogy1998,6,:1
2Global physical activity levels: surveillance progress, pitfalls, and prospects显示文摘Pedro C Hallal Lars Bo Andersen Fiona C Bull Regina Guthold William Haskell Ulf Ekelund 2012The Lancet2012,,9838:1
3Physical Activity Levels and Patterns of 9-and 15-yrOld European Children显示文摘Riddoch Chris J BO Andersen Lars Wedderkopp Niels 2004Medicine & Science in Sports & Exercise2004,36,1:1
4Influence of temperature on mechanical properties of jute/biopolymer composites显示文摘Alexandra L?vdal Louise L?cke Laursen Tom L?gstrup Andersen Bo Madsen Lars Pilgaard Mikkelsen 2012J Appl Polym Sci2012,,3:1
5Daily physical activity and its relation to aerobic fitness in children aged 8–11?years显示文摘Magnus Dencker Ola Thorsson Magnus K. Karlsson Christian Lindén Jesper Svensson Per Wollmer Lars Bo Andersen 2006European Journal of Applied Physiology2006,,5:1
6Active Travel to School and Cardiovascular Fitness in Danish Children and Adolescents显示文摘ASHLEY R. COOPER NIELS WEDDERKOPP HAN WANG LARS BO ANDERSEN KARSTEN FROBERG ANGIE S. PAGE 2006Medicine & Science in Sports & Exercise2006,,10:1
7Evidence-based intervention in physical activity: lessons from around the world显示文摘Gregory W Heath Diana C Parra Olga L Sarmiento Lars Bo Andersen Neville Owen Shifalika Goenka Felipe Montes Ross C Brownson 2012The Lancet2012,,9838:1
8青少年体力活动、久坐行为和长期心血管风险:综述及方法讨论的前瞻性研究(英文)显示文摘目前,体力活动或久坐行为对青少年心血管健康的长期影响尚不清楚。本研究采用叙事研究范式综述关于'健康青年中肥胖与其他心血管疾病生物学风险因素的关系'的前瞻性研究,所纳入研究的随访时间均超过2年。这些研究表明身体活动对肥胖,特别是对心血管健康指标有长期的有益影响,但其中少数研究提出较高水平的身体活动与较严重的肥胖相关。此外,在不考虑体力活动的情况下,久坐时间与肥胖和心血管健康指标并不相关。本文还讨论了隐含其中因果链的不确定性,并提出一些替代性建模策略,以提升未来研究中对这一关系的认识。本文最后探讨了现有评价体力活动及久坐时间的测量方法。Jakob Tarp Jan Christian Br?nd Lars Bo Andersen Niels Christian M?ller Karsten Froberg Anders Gr?ntved 2016Journal of Sport and Health Science2016,5,2:0
9Children's exercise capacity at high altitude in Tibet显示文摘Maximal oxygen uptake(exercise capacity) is a vital parameter in the evaluation of adaptation to high altitude,providing an index of the integrated function of the oxygen transport system.Previous studies of maximal oxygen uptake in population at high altitude have mainly focused on adults and adolescents,though data on children are uncommon.Maximal oxygen uptake can be measured directly,using an oxygen analyser,or indirectly through the development of equations for estimation from the maximal power output(W_(max)).Such estimations and studies of the physiological aspects of children's capacity to work and live at different altitudes in Tibet ancestry were not reported previously,although differences similar to those seen in adults may be expected to occur.The present paper summarized the findings of studies on exercise capacity among children living at high altitude in Tibet.Bianba Lars Bo Andersen Hein Stigum Ouzhuluobu Espen Bjertness 2014中国应用生理学杂志2014,30,6:0
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