生物能量学

基本解释 (translations)

bioenergetics

词组短语

bio-energetics

与生物能量学相关的网络例句 [注：此内容来源于网络，仅供参考]

Energy content is an important determinant of an individual fish's condition and a key input variable for bioenergetics applications.

能量是一个重要的判定鱼类个体条件状况的参数，亦是生物能量学的一个重要参数。

The feeding regimes, including optimum feeding frequency, diel feeding rhythm, and optimum feeding rate, were established for gibel carp . The optimum feeding frequency for gibel carp was determined through 8week growth trial at five frequencies (2, 3, 4, 12 and 24 meals/d). Diel feeding rhythm of gibel carp was investigated by 24-hour trials at two body sizes (mean body weight: 20.5g and 76. 3g). The optimum feeding rate for gibel carp was estimated by the bioenergetics modelling and the validation trial was carried out based on the the feeding regimes of gibel carp.

异育银鲫的最佳投喂频率是通过设计5组不同的频率2、3、4、12及24次//天，经8周生长实验，然后比较鱼体生长和饲料转化效率获得的；异育银鲫的日摄食节律是通过对两组不同体重异育银鲫（平均体重20.5g和76.3g）24h内摄食率的测定而获得的；异育银鲫的最适摄食率是通过鱼类生物能量学模型的建立而获得的；最后通过生长实验对建立起来的异育银鲫投喂体系进行了验证。

I felt that time had come to make substantial changes in the treatment of macromolecules, bioenergetics.

我意识到，在大分子、生物能量学的论述方面，随着时代的发展而起着重大的变化。

Bioenergetics is defined as the study of energy transformation in living organisms.

生物能学的定义是研究活生物体间的能量转化的科学。

The technology uniquely connects core principles in the fields of bioenergetics, quantum physics and molecular biology.

该技术独特的连接核心原则领域的生物能量学，量子物理学和分子生物学。

This paper dealt with the bioenergetics of a marine economic fish—juvenile threebanded sweetlip Plectorhynchus ...

本文采用群体实验的方法，对海水经济鱼类—花尾胡椒鲷幼鱼的生物能量学进行了研究。

Energy budgets were obtained and the ecophysiological mechanisms of fish regulating its energy allocation were discussed. These results can provide basic data for the study of fish bioenergetics and fish culture.

得出了该鱼的能量收支式，并探讨了鱼类调节其能量分配的生理生态学机制，为鱼类生物能量学和养殖生产提供基础资料。

The high degree of variation in the energy content of young fish emphasizes the necessity of using appropriate energy measures for bioenergetics applications to inform fisheries management.

鱼类幼体能量状况高强度的变化强调了，在应用生物能量学模型对渔业管理过程中，采用适当的能量标准的必要性

Boyer's work also parallels and illustrates the emergence of bioenergetics in the second half of the twentieth century, rivaling achievements in evolution and molecular biology.

Boyer的工作也延伸和illustrate了［意思应为&make bright&，汉语还真不好翻译， ops：］在二十世纪的下半叶生物能量学的出现，他的工作可以和进化论及分子生物学上的成就相媲美。

Based on flow-through method under the laboratory conditions, the energy budgets were measured and the bioenergetics model s were described for seven species of fish distributed in the Bohai Sea and Yellow Sea ecosystem.

根据室内流水实验法，定量研究了黄、渤海生态系统7种鱼类能量收支组分，并建立了相应的生物能量学模式。