Guo Zhenyu's dedication to teaching.

In all resumes of Guo Zhenyu, his early academic experience and top scientific research achievements are the most outstanding.

This also laid a distinctive feature for his future transformation into an entrepreneur: the Confucian merchant style of combining Chinese and western, scientific management; Pay special attention to and be good at capturing the potential impact of modern science and technology on people's better life.

Having led Dianhong Pharmaceutical for many years, Guo Zhenyu gradually shifted his energy from "disease treatment" to fully exploring "disease prevention". This change also stems from his profound understanding of "disease prevention" and "personal health management" in his academic career and entrepreneurial process for many years.

1979, Guo Zhenyu, who was dissatisfied with 16 years old, was admitted to Yunnan University, becoming the third batch of college students after the resumption of the college entrance examination system in New China, and successively obtained Bachelor of Science and Master of Science degrees.

From 65438 to 0986, Guo Zhenyu taught in Yunnan University. During his two-year teaching, he was interested in the development and production of biomedical engineering and medical instruments, and was determined to make achievements in this field.

65438-0988 studied at the University of New Brunswick in Canada and served as a teaching assistant, teaching digital communication research and digital signal processing.

From 1989 to 1993, Guo Zhenyu studied at McGill University and obtained a doctorate in electrical engineering.

From 65438 to 0993, Guo Zhenyu received a postdoctoral scholarship from the Canadian government and transferred to the University of Western Ontario in Canada for a two-year postdoctoral research. His research direction is three-dimensional color Doppler imaging.

From 65438 to 0995, Guo Zhenyu went to the Medical College of the University of Montreal as an assistant professor and served as a senior researcher at the Institute of Clinical Medicine. Because of its outstanding research achievements in the diagnosis technology of stroke and cardiovascular diseases, it was awarded the "Young Scientist Research Award" by the Canadian government and became the focus of Canadian scientists' attention. Guo Zhenyu has made many achievements and won many awards in the more than one year since she finished her studies and entered the best private research institute in Canada.

This life track is almost perfect, but Guo Zhenyu is not satisfied with the status quo. He saved his energy and sought a platform to leap to a new height in world science.

65438-0996, George Washington University recruited a professor of biomedical engineering. At that time, nearly 300 professors and experts from all over the world applied for this position. After several rounds of fierce competition, Guo Zhenyu stood out, entered the George Washington University to teach, and founded the Biomedical Engineering Laboratory.

Guo Zhenyu was an assistant professor, associate professor and tenured professor at George Washington University. In the past six years, his work has been excellent and he has achieved excellent results in the world. He started the course of 10 and got the research funding of 1 1.

It has not only made new breakthroughs in biomedical engineering theory, but also made innovations in biomedical engineering practice, reaching the world leading level in medical imaging, ultrasound, intelligent medical instruments, telemedicine and breast cancer diagnosis technology.

Guo Zhenyu has developed six brand-new products, including three-dimensional power ultrasound angiography system, portable Doppler cardiovascular detector, Internet-based remote diagnosis system, maternal and infant monitor, handheld wireless patient monitor and set parameter imaging equipment, and won many research awards from the United States and Canada.

Guo Zhenyu has published more than 60 academic papers in international authoritative academic journals and conferences, and put forward a brand-new time-frequency transformation method, which shoots the signal from one-dimensional time to two-dimensional time and space, so as to extract useful information from the signal. This greatly improves the accuracy of medical signal processing and diagnosis. This theory has been widely used in the field of biological signal processing, and is called "Guo transform" in academic circles.

Because of his outstanding achievements, he was repeatedly recommended as the chairman of the medical device branch of the World Biomedical Engineering Annual Meeting.

From 65438 to 0998, Guo Zhenyu created the "non-invasive angiography diagnosis technology". 200 1 published the paper "quantitative analysis of cardiac reflux by three-dimensional color Doppler ultrasound", which was accepted by British medical textbooks; With his diligence, wisdom, breakthrough and innovation, Guo Zhenyu established academic authority in the field of international biomedical engineering research, started his own academic life and became a thriving "professor star".

In recognition of Guo Zhenyu's outstanding academic achievements, George Washington University used his star effect to select him as the representative of the school image, and printed his portrait on the enrollment billboard, which read: "Here, you can study for your degree in cooperation with world authorities." George Washington University 180 There are only two people in history, one is Washington, the first president of the United States.