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大麝鼩能量代谢和体温调节特征 被引量:1

Energy Metabolism and Thermoregulation in Large White-toothed Shrew(Crocidura lasiura)
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摘要 为探讨大麝鼩(Crocidura lasiura)的生理生态适应特征,对其体温调节和能量代谢进行了测定。结果表明:在环境温度为17.5~27.5℃的范围内,大麝鼩的体温基本维持恒定,平均体温为(36.40±0.05)℃;热中性区为20~30℃;基础代谢率为(4.37±0.14)ml O2/(g.h);最小热传导为(0.32±0.01)ml O2/(g.h.℃)。大麝鼩的摄入能为(4.40±0.43)kJ/(g.d),消化能为(4.03±0.40)kJ/(g.d),可代谢能为(3.95±0.39)kJ/(g.d)。消化率为(91.41±0.88)%,可代谢能效率为(89.58±0.87)%。总之,大麝鼩体温和热传导相对较低,BMR较高,TNZ相对较宽,消化率较高。这些特征可能与生活习性和栖息环境密切相关。 In order to understand the adaptive ecophysiological characterstics of large white-toothed shrew(Crocidura lasiura),we messured the energy metabolism and themoregulation of this animal.Our results showed that: large white-toothed shrew could keep a stable body temperature of(36.40±0.05)℃ at the ambient temperature(Ta) of 17.5~27.5 ℃.The thermal neutral zone(TNZ) was 20~30 ℃.The basal metabolic rate(BMR) was(4.37±0.14) ml O2/(g·h).The heat conduction was(0.32±0.01) ml O2/(g·h·℃).The energy intake,digested energy,and metabolizable energy intake was(4.40±0.43) kJ/(g·d),(4.03±0.40) kJ/(g·d) and(3.95±0.39) kJ/(g·d) respectively,while the digestibility and metabolizable energy efficiency was(91.41±0.88)% and(89.58±0.87)%,respectively.These results suggest that large white-tooched shrews had relative lower body temperature,relative lower thermal conductance,high BMR,wider TNZ,higer low critical temperature,and high digestibility.
出处 《沈阳师范大学学报(自然科学版)》 CAS 2010年第2期266-269,共4页 Journal of Shenyang Normal University:Natural Science Edition
基金 国家自然科学基金资助项目(30770337 30470279) 沈阳师范大学重大原创项目
关键词 大麝鼩 能量代谢 体温调节 large white-toothed shrew(Crocidura lasiura) energy metabolim themoregulation
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