基本释义:

心身相互作用论

网络释义

1)mind-body interactionism,心身相互作用论

2)mindbody interactionism,心身交互作用论

3)the combination and interaction between body and mind,心身相互作用

4)Body-Mind Interaction,身心相互作用

5)interactionism,相互作用论

6)self-interaction,自身相互作用

用法和例句

Study on self-interaction of clock protein KaiB of Microcystis aeruginosa by yeast two-hybrid;

利用酵母双杂交研究铜绿微囊藻生物钟蛋白KaiB的自身相互作用

Conclusion: These experiments perfect the study of "self-interaction in varieties of vertebrates hemoglobin component" in our laboratory.

结论：本实验完善了研究室所作的“各种脊椎动物血红蛋白自身相互作用的系列研究”。

Results: There exists no interaction in Raja porosa hemoglobin component.

结果：孔鳐自身血红蛋白成份不相互作用。

Conclusion: There is no self-interaction of hemoglobin in Pisces Cyprinus carpio and Amphibia Rana catesbeiana.

结论：鲤鱼、牛蛙的血红蛋白自身不相互作用。

spin-spin interactio

自旋-自旋相互作用

Identification of the Interaction Site of ErbB2 and Its Autoinhibitor and the Mechanism of Cell Growth Inhibition by Herstatin;

ErbB2与其自身抑制因子的作用位点及其相互作用机制的研究

To study the self-interaction of Chondrichthyes (Raja porosa) hemoglobin component.

目的：研究一种软骨鱼系动物（孔鳐）自身血红蛋白成份的相互作用。

interphase interaction

相间[的]相互作用

Self-interaction Correction to Density-functional Approximations;

密度泛函中的自相互作用修正(SIC)

Interaction Between Autophagy and Anthrax Lethal Toxin

细胞自噬与炭疽致死毒素的相互作用

A Study of Self-interaction Absence of Hemoglobin in Pisces Cyprinu Carpio and Amphibia Rana Catesbeiana and Its Significance for Evolution of Species

鱼纲动物鲤鱼和两栖纲动物牛蛙血红蛋白自身不相互作用的研究及其进化意义

Objective: To study the self-interaction of hemoglobin in Pisces Cyprinus carpio and Amphibia Rana catesbeiana.

目的：研究鱼纲动物鲤鱼和两栖纲动物牛蛙血红蛋白自身的相互作用。

The Study of Phase Transitions of Quantum Spin Systems with Dzyaloshinskii-Moriya Interactions;

具有Dzyaloshinskii-Moriya相互作用的量子自旋系统相变的研究

mother infant interaction

母子相互作用母子相互作用

interpersonal interaction

人际相互作用 人际相互作用

Our own efforts are limited and we depend on the mutual co-operation of others.

我们自身的努力是有限的，还要依仗与他人相互之间的合作。

Natural bond orbital analysis was performed to reveal the origin of the interaction.

由自然键轨道分析揭示了相互作用的本质.

Studies on the Interactions in the Systems of Polymer Brushes by Self-Consistent-Field Theory;

高分子刷体系中相互作用的自洽场研究

The Spin-Obit Interaction in Organic Conjugated Polymers;

有机共轭聚合物中自旋—轨道相互作用研究