Abstract
<p class="PaperKeywordTitle">Medical signal processing is a compulsory course in our university’s undergraduate biomedical engineering programme. Recently, application of medical signal processing in supporting new drug development has emerged as a promising strategy in neurosciences. Here, we discuss the curriculum reformation in biomedical signal processing course in the context of drug development and application in central nervous system, with a particular emphasis in knowledge integration. </p>
Highlights
Modern medicine development technology is a multi-disciplinary topic and has received considerable attention in recent years
The drug development technology using medical signal processing is an international frontier in the field of modern medical technology
We propose to focus on the application of medical signal processing on pharmacokinetics and pharmacodynamics of the drug development in teaching, highlighting combination with the implementation principles, the technical methods and applications
Summary
Modern medicine development technology is a multi-disciplinary topic and has received considerable attention in recent years. In order to develop a solid foundation, wide knowledge, high cultural quality, and strong adapt ability of multi-disciplinary talent, we are carrying education reform on personnel training mode and optimized programme curriculum in the major of biomedical engineering. The new curriculum aims to enhance strong links between theories and practical applications with wide range of content covering multi-disciplinary topic areas. Without a carefully planned curriculum, it is difficult to cover this course with the allocated contact hours. This article will explore the theoretical and experimental aspects of combining biomedical signal processing and central nervous system (CNS) drug development [1]
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