bioenergetics

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。

This paper mainly introduces the theory of bioenergetics on individuals level .

生物能量学是研究能量在生物体内转换的科学。

The bioenergetics models have been widely used in fisheries management .

鱼类生物能量学模型目前被广泛应用于渔业管理。

Progress in the study of bioenergetics models for fish

鱼类生物能量学模型研究进展

This paper reviews the development and validation of bioenergetics models for four species of fish .

本文综述了4种鱼类生物能量学模型的结构及验证。

The Methods of Bioenergetics and the Strategy of How to Reduce Fat and Lose Weight

降脂减肥的能量生物学机理及对策

Bioenergetics models for seven species of marine fish

7种海洋鱼类的生物能量学模式

Correlations between granule cell physiology and bioenergetics in human temporal lobe epilepsy

颞叶癫痫患者小胶质细胞生理学与生物能学的关系

Bioenergetics of fishes : theory and methods

鱼类生物能量学的理论与方法

Studies on the Bioenergetics of Penaeus Chinensis ⅱ . Effects of Temperature and Body Weight on Energy Budget

中国对虾生物能量学研究Ⅱ.温度和体重对能量收支的影响

Gastric evacuation rate ( GER ) of fish is an important parameter of fish bioenergetics .

鱼类的胃排空率是研究鱼类能量学的重要参数。

Mimicking the photosynthetic functions by using synthetic model compounds is important to further our understanding of the process of bioenergetics .

通过合成的模型化合物模拟光反应中心以及天线的功能对于我们理解生物体光能转换过程是非常重要的。

Bioenergetics is a very powerful technique , and it involves doing a lot of things that other people would not do .

生物能治疗是一门强有力的技术，它涉及到要做许多别人不会去做的事情。

Bioenergetics and Some Recent Progress in Studies of Decapod Crustaceans

生物能量学理论及其虾蟹类的研究进展

The bioenergetics of the grass carp was characterized by a high consumption rate , high metabolic expenditure and low growth efficiency .

草鱼的能量学特征为高摄食率、高代谢消耗、低生长效率。

This is the web page of Journal of Bioenergetics and Biomembranes .

这是《生物能学和生物膜期刊》的网页。

There are a lot of life experiences that are needed : working on yourself , working on your problems , and learning how to do bioenergetics .

其中需要大量的人生经历：修通你自己，修通你个人的问题，学习如何做生物能治疗。

Bioenergetics of Hybrid Tilapia ( oreochromis niloticus × o.aureus ) reared in seawater , in relation to compensatory growth

海水养殖罗非鱼补偿生长的生物能量学机制

Based on flow-through method under the laboratory conditions , the energy budgets were measured and the bioenergetics models 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。

It is concluded that the bioenergetics models should be refined and rigorously validated before being used for fisheries management . Obviously , EVA model turns out a scientific appraisals to motivate the managers .

生物能量学模型必须在结构上进行改进，并经过严格地验证，才能应用到渔业管理。

Decreases in the partitioning coefficient for leaf nitrogen in Rubisco and in bioenergetics were found with increasing exposure to UV B radiation which may cause a decrease in the synthesis of these compositions and in photosynthetic rate .

UV-B辐射降低叶氮在Rubisco和生物力能学组分的分配系数，可能使这些组分合成减少，使叶片光合速率下降。