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损伤后蛋白质对热量消耗的贡献。

Contribution of protein to caloric expenditure following injury.

作者信息

Duke J H, Jørgensen S B, Broell J R, Long C L, Kinney J M

机构信息

Department of Surgery, College of Physicians and Surgeons, Columbia University, New York, N.Y., USA.

出版信息

Surgery. 1970 Jul;68(1):168-74.

Abstract
  1. There is a common clinical impression that because the nitrogen excretion after injury roughly parallels the increased resting metabolic expenditure and weight loss, the primary source of extra fuel is derived from protein. This study has been undertaken to evaluate the caloric contribution of protein to the daily resting metabolic expenditure (RME). 2. Under the most extreme circumstances of nitrogen excretion, massive soft tissue injury, the caloric contribution of protein is only 20 percent of the RME. Body fat stores are the only other major source of fuel from which the semistarved patient can meet the increased demands for energy. 3. Any form of severe injury impairs the mechanisms by which protein breakdown and nitrogen excretion are reduced. 4. Patients undergoing elective operation in this study did not have a significant rise in RME or nitrogen excretion.
摘要
  1. 临床上普遍认为,由于受伤后氮排泄量大致与静息代谢消耗增加及体重减轻情况平行,额外能量的主要来源是蛋白质。本研究旨在评估蛋白质对每日静息代谢消耗(RME)的热量贡献。2. 在氮排泄最极端的情况下,即大面积软组织损伤时,蛋白质的热量贡献仅占静息代谢消耗的20%。身体脂肪储备是半饥饿患者满足能量需求增加的唯一其他主要能量来源。3. 任何形式的严重损伤都会损害减少蛋白质分解和氮排泄的机制。4. 本研究中接受择期手术的患者静息代谢消耗或氮排泄量没有显著增加。

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