生物医学工程学是现代生命科学和医学、 工程学相结合而发展起来的边缘学科

Biomedical engineering is the modern life sciences and medicine, engineering combined and developed interdisciplinary. Because of biomedical engineering is an emerging interdisciplinary, with other disciplines, such as materials, information, electronic technology, computer science are closely related, so the field is too broad and constantly evolving. Currently, the main branch of biomedical engineering are: biomechanics and biorheology, biomaterials and artificial organs, biological system modeling and control, testing and processing, medical imaging and image processing biomedical information and so on.

Biomedical engineering is a marginal discipline developed by the combination of modern life science and medicine and engineering. As biomedical engineering is an emerging interdisciplinary subject, closely related to other disciplines, such as materials, information, electronic technology, computer science, so the scope of the scope is very extensive and is constantly developing. Currently, the main branches of biomedical engineering are: biomechanics and bio-rheology, biomaterials and artificial organs, modeling and control of biological systems, detection and management of biomedical information, medical imaging and image processing.

Biomedical engineering is an interdisciplinary subject developed by the combination of modern life science, medicine and engineering. Biomedical engineering is a new interdisciplinary subject, which is closely related to other disciplines, such as materials, information, electronic technology, computer science, so it involves a wide range of fields and is in constant development. At present, the main branches of biomedical engineering include: biomechanics and bio rheology, biomaterials and artificial organs, modeling and control of biological systems, detection and processing of biomedical information, medical imaging and image processing, etc.<br>