Bioelectronics involves application of principles of electrical engineering to biology, medicine, behavior, or health.
生物电子学的应用涉及电气工程的生物学，医学，行为或健康的原则。
Bioelectronics uses a number of methods, ideas, and techniques, such as bioelectromagnetics, instrumentation, neural networks, robotics, and sensor technologies.
生物电子学采用了一些方法，思想和技术，如生物电磁，仪器仪表，神经网络，机器人和传感器技术。
Bioelectronics helps to create and evaluate new technologies which improve understanding of biological systems, increasing efficiency and effectiveness of the medical community.
生物电子学有助于创建和评估新技术，这对提高理解生物系统，提高效率和医学界的有效性。
The class is intended to inspire molecular design of new biological materials for a broad range of applications, from bioelectronics and molecular computing to tissue engineering.
此课程的目的在于开辟新型生物材料分子设计的新领域，从生物电子学和分子计算到组织工程。
The class is intended to inspire molecular design of new biological materials for a broad range of applications, from bioelectronics and molecular computing to tissue engineering.
此课程的目的在于开辟新型生物材料分子设计的新领域，从生物电子学和分子计算到组织工程。
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