基本释义:

生物电子学

网络释义

1)bioelectricity,生物电子学

2)bioelectronics,生物电子学

3)electronic biology,电子生物学

4)bioelectronics,仿生电子学;生物电子学

5)Biomolecular electronics,生物分子电子学

6)molecular bioelectronics,分子生物电子学

用法和例句

Bioelectronics is just a novel subject, which is developed from information science and life science, In this paper, major research field of bioelectronics and its development current are discussed.

信息科学和生命科学是上世纪及本世纪发展最快和影响最大的两门科学,它们对科学技术的进步和经济发展,对人类生活方式都将产生深刻而重要的影响,生物电子学(Bioelectronics)正是由生命科学和信息科学这样两个学科交叉渗透而形成的一门新兴学科。

The application of the principles of electronics to biology and medicine.

生物电子学电子学原理对生物学和医学的应用

The study of the role of intermolecular electron transfer in physiological processes.

生物电子学生理过程中分子间电子转移作用的研究

Bionics is a kind of marriage between biology and electronics.

仿生学是生物学和电子学的结合物。

biomedical nuclear electronic instrument

生物医学核电子仪器

International Federation for Medical Electronics and Biological Engineering

国际医疗电子学和生物工程学联合会

Polypyrrole-based Genolelectronics: Electrochemical DNA Biosensors

基于聚吡咯的基因电子学:电化学DNA生物传感器

Study on the Interaction of Small Biomolecules with Mimic Biomembrane by Electrochemistry Method;

生物小分子对模拟生物膜作用的电化学研究

Studies on Electrochemistry, Catalytic Kinetics and Electroanalytical Method of Small Bio/Pharmaceutical Molecules;

生物/药物小分子的电化学、电催化动力学及电分析方法研究

Master or Doctor degree on physics, electromagnetic field physics, bio-medical engineering or electronical engineering.

物理，电磁场物理，生物医学工程，电子工程专业硕士以上学位。

Theoretical Study of the Dynamics of Electron Transfer in Biomolecular System;

生物分子体系中电子转移动力学理论研究

Electron Transfer of Biomolecules at Bionic Interface and Spectrofluoroelectrochemistry;

仿生界面上生物分子的电子传递和荧光光谱电化学

Electrophysiology Study of Losartan on Prevention to Atrial Fibrillation of Rabbits Induced by Rappid Atrial Pacing;

氯沙坦对家兔房颤的电生理和分子生物学研究

Atomic physics (or atom physics ) is physics of the electron hull of atoms.

原子物理学是原子中电子云的物理学。

The Electrochemical Method on the Interaction of Drug Molecules with Host Molecule and Biomolecules;

药物分子与主体和生物分子相互作用的电化学方法研究

The compounds that make up both electrodes react with each other via the electrolyte to generate electrons.

用以制成两个电极的化学物质透过电解质互相反应，产生电子。

ionosphere radiation biophysics

电离层辐射生物物理学

non-ionosphere biophysics

非电离层生物物理学

Study on the Electrochemical Behavior of Small Biomolecules and Corrosion Inhibition of Nickel;

生物小分子的电化学行为和金属镍的防腐研究