配基-蛋白交互作用的分子工程学。
这一工作对于微孔功能体系的分子工程学研究具有一定的指导意义。
This work will further assist in the molecular engineering of microporous functional materials.
无机微孔材料的定向合成是目前国际微孔分子筛与分子工程学研究领域的重要前沿方向。
The rational synthesis of microporous materials is an important branch of today's molecular sieve research.
近代高新技术的成就促进了分子电子学这门涉及化学、物理、生物、材料科学及电子工程学的交叉学科的建立。
It is the modern high technology that promote the foundation of molecular electronic, which is a cross-discipline involved with chemistry, physics, biology, material science and electronics.
通过对离体培养的心肌细胞特征参数的定量分析，从细胞力学和分子生物学的角度研究药物的作用机理，是目前生物医学工程学科的前沿性课题。
Study of mechanism of medicine actions, by quantitative analysis of cultured cardiac myocyte, is one of the cutting edge researches in myocyte dynamics and molecular biology.
通过对离体培养的心肌细胞特征参数的定量分析，从细胞力学和分子生物学的角度研究药物的作用机理，是目前生物医学工程学科的前沿性课题。
Study of mechanism of medicine actions, by quantitative analysis of cultured cardiac myocyte, is one of the cutting edge researches in myocyte dynamics and molecular biology.
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