Difference between medical information engineering and biomedical engineering is as follows:
1, the disciplines are not the same. Biomedical science is a discipline in the science sector, focusing on scientific research and medical applications; biomedical engineering is a discipline in the engineering sector, focusing on practical applications.
2, involving different fields. Bioengineering involves biomedical information, medical imaging technology, gene technology, nano-therapeutic technology, academic research; biomedical engineering involves medical pharmaceuticals, medical instrumentation manufacturing and other aspects of research.
3, the development time is not the same. Biomedicine in the domestic development of a longer period of time, biomedical science is highly cross-cutting into a discipline, the domestic development time is not enough.
4, the scope of employment is different. Biomedical employment is generally gathered in the field of medicine; and bioengineering medicine employment scope includes machinery manufacturing, intelligent medical, instrumentation research and development.
I. Bioengineering is introduced as follows:
1. Bioengineering mainly studies the principles of modern bioengineering technology and its industrialization, process and engineering design and other aspects of the basic knowledge and skills in the field of pharmaceuticals, agriculture, forestry, food and other areas of product development, production, quality testing and so on.
For example, the development of biological drugs such as vaccines and antibiotics, the design of bioengineering such as artificial insemination, embryo transplantation, and cloning, the research and development of genetically modified food products, and the cultivation of hybrid rice, etc.?
2. Mainly study Fermentation Engineering, Biochemical Engineering, Cell Engineering, Genetic Engineering, General Microbiology, Fundamentals of Zoology, Bioinformatics, Biotechnology Pharmaceuticals, Biological Separation Engineering, Protein Engineering.
Some colleges and universities train according to the following specialties: edible mushrooms, fermentation engineering, biopesticides, biomass energy, microbial applications, agricultural biotechnology, food fermentation and biopreparation.
Two, biomedical engineering is introduced as follows:
1, biomedical engineering is mainly the study of life sciences, electronics technology, computer technology and information science and other aspects of the basic knowledge and skills, including biomaterials, artificial organs, biomedical signal processing methods, medical imaging and image processing methods.
For example, the research and development of artificial organs such as artificial hearts and artificial joints, the manipulation and maintenance of medical equipment such as brain CT machines and nuclear magnetic **** vibration machines, and the image processing of ultrasound and nuclear magnetic **** vibration imaging.
2, the main study of Anatomy and Physiology, Biochemistry and Molecular Biology, Bioinformatics, Biomedical Sensors, Medical Imaging, Principles of Medical Analytical Instruments, Principles of Medical Instrumentation, Frontiers of Biomedical Engineering, Magnetic **** Vibration Imaging Principles and Applications, Engineering Physiology.
Some colleges and universities train in the following specialty areas: medical devices.