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Progressive in the field of biomedical engineering (about the spirit of promoting scientists)

Our reporter Wu Shaomin
Wang Mingshi (left) and Liu Pengfei are exploring the performance of the instrument.Photo by Wu Shaomin, a reporter from this newspaper
Wang Ming, born in 1935, Heilongjiang, former director of the Institute of Biomedical Engineering, Tianjin University, former director of the Institute of Sensor Engineering, and doctoral supervisor.Wang Mingshi presided over 25 scientific research results such as brain science research and laser balance machines, and proposed that the brain -machine interface -based brain -based magnetic field regulation technology was proposed to contribute to my country’s biomedical engineering discipline and brain science research. He has won two national invention awards.
The spirit is elegant, and the thinking is active … This is the first impression left to the reporter from Wang Ming, the former director of the Institute of Biomedical Engineering and the Institute of Sensing Engineering, 89 years old.
“The scientific attitude that I have always insisted is to keep up with the research on the research on the research of the discipline of biomedical engineering internationally and explore the new direction of brain -machine interface research.” Wang Mingshi said.
In the field of biomedical engineering research, Wang Mingshi advocates combining artificial intelligence technology development with human brain research to explore larger discipline development space.From studying clinical medical monitoring instruments to integrating brain science, Wang Mingshi started from the combination of medical and engineering, and advanced to the forefront of exploring the field of biomedical engineering …
Aware of the potential of new technology, lead the formation of Tianjin University Biomedical Engineering majors
Why the answer to Wang Mingshi is “coincidental” why he chose the field of biomedical engineering research.
In the 1950s, Wang Mingshi entered the then Beijing Academy of Aeronautics to study for automatic control sensor major, and was selected into the first light passenger aircraft “Beijing No. 1” design team developed by New China.In the 1960s, Tianjin University launched the construction of aviation instrument majors, and Wang Mingshi was responsible for teaching the “watch measurement instrument” course.For the next 10 years, he devoted himself to studying precision instruments.”These experiences laid the foundation for the later studying biomedical engineering.” Wang Mingshi said.
In the early 1970s, internationally developed a nursing system for monitoring the heart of patients with severe patients, which could monitor indicators such as heart rate and blood pressure.Wang Mingshi was keenly aware that these technologies would have huge potential.”If advanced technology is combined with medical instruments, will it change the appearance of the field of medical research? Can you form a new discipline and specialize in biomedical engineering?” Wang Mingshi recalled his thoughts at the time.
In July 1978, the National Biomedical Engineering Discipline Planning Association was held in Jixian County, Tianjin. Wang Mingshi subsequently wrote a report on “Suggestion of Biomedical Engineering in Tianjin University” and submitted it to the then President of Tianjin University Li Shusen in person.Li Shusen immediately decided: “Tomorrow, you will be transferred from the Jingyi Department to organize the major of biomedical engineering.”
It is easy to build a new major.At first, the teachers participating in the formation of new majors were assigned to a small office, which was very crowded. When the weather was hot, everyone would sweat.On a few small desks, everyone not only crowded off the office, but also stacked many research instruments.
“To get a better workplace for everyone.” Therefore, Wang Mingshi borrowed a basement from the Teaching and Research Room of the Heat Department for scientific research. He also borrowed 3 offices from the Department of Physics as teaching and activity …
Carry out multiple research to promote related technologies from theoretical research to clinical applications
After the establishment of the new professional, Wang Mingshi began to consider the issue of professional curriculum.Biomedical engineering is a cross -disciplinary discipline. The integration of medicine and engineering is the key. Students must not only master the basic theory of engineering and other engineering basic theories, but also learn medical knowledge such as physiological and clinical.
Wang Mingshi invited doctors from the Department of Internal Medicine, Surgery, Radiation Department and other departments to discuss the teaching outline and teaching plan of the professional curriculum of biomedical engineering, and invite teachers from the medical school to teach for freshmen.Since then, Wang Mingshi has gradually increased with medical experts.
In the 1980s, Wu Xianzhong, an academician of the Chinese Academy of Engineering and the dean of Tianjin Medical College, gradually realized that medical instruments had an important role in improving doctors’ diagnostic efficiency and accuracy. They wanted to cooperate with Wang Ming and study a instrument that can quickly judge the abdomen.After the team’s judgment, Wang Mingshi used a sensor to obtain the intestinal sound signal, and then analyzed with professional software to develop the intestinal sound analyzer.This experience made Wang Ming more deeply realize that precision instruments have a broad application space in the field of biomedical engineering.
In an academic exchanges, Wang Mingshi came into contact with the field of brain science.In 1986, when Wang Ming, who had just completed the construction of a professional discipline of biomedical engineering, he began to explore research topics combining brain science and precision instruments at Tianjin University, including neurological fiber imaging of magnetic resonance brain white quality, brain electrical codec, brain -machine interface application applicationWaiting for research.
In 2006, Wang Mingshi led the team to develop an auxiliary rehabilitation system for paralyzed patients.On this basis, the Tianjin University neuros engineering team launched the artificial neural rehabilitation robot- “Godgong No. 1” in 2014, achieving synchronous coupling of cerebral cortex and muscle activity.These research results have made the brain -machine interface technology from pure theoretical research to clinical applications.
The year of 学 still pays attention to the development of disciplines, and cultivates scientific research talents continuously
In front of the advanced optical imaging laboratory of Room 112 in the Ministry of Medicine of Tianjin University, five or six young people were busy doing tests before a precision optical equipment in a platform.
“This laboratory is an advanced optical imaging laboratory. Relying on the Ministry of Medicine of Tianjin University, we focus on optical microscopy imaging technology to create a domestic high -end micro -micro -instrument product …” Liu Pengfei, head of the advanced optical imaging laboratory of Tianjin University and the young teacher of the Ministry of Medicine.
“The foundation established by the Ministry of Medicine is a series of laboratories with brain -machine interfaces as the main research direction, but if it is a laboratory related to the research related to the interface of the machine, this laboratory has made up for the optical imaging researchThe lack of research can provide good research tools and ideas for neuroscience and other basic medical research. “Wang Mingshi introduced.
Seeing this scientific research situation of biomedical engineering, which he was promoted by him, Wang Mingshi was very pleased, “We just have to aim at the latest cutting -edge discipline.”
“Teacher Wang’s profound knowledge and personality charm deeply affected me.” Wang Mingshi’s assistant, Chen Yuanyuan, assistant researcher at Tianjin University Medical Department, said that Wang Mingshi has always paid attention to the latest developments of brain science research and often communicates and discuss with everyone.
Wang Mingshi’s student Gao Wei was admitted to Tianjin University’s biomedical instrument in 1999. He followed Wang Mingshi to participate in brain science research with Wang Mingshi during the graduate stage.Gao Wei recalled that in order to carry out the research on the reconstruction of neurofiber in the brain white, Wang Mingshi led Gao Wei and other students to check the materials and ask experts. Everyone often worked in the laboratory until late at night.
“How to extract the direction of white -quality nerve fibers from the data? How to connect the functional areas of the brain? Everything must start from scratch.” Gao Wei said that the team took two years to finally convert a large amount of magnetic resonance data into visible visible.Cerebal nerve fiber information.Based on this research result, Wang Mingshi team proposed a new reconstruction algorithm to better reflect the distribution of brain white neurofibris.
On July 3, 2023, at the first brain -machine interface conference held in Tianjin, Wang Mingshi won the brain -machine interface “Huaista Scholar Award” and “Lifetime Achievement Award”.
Cultivate more than 60 master’s degree and doctoral students, editor 10 editors, published more than 200 papers, scientific research results have won a number of national awards … Since participating in the founding of Tianjin University Biomedical Engineering Discipline in 1978, Wang Mingshi devoted himself to scientific research and herself.Teaching work has cultivated many outstanding scientific research talents.”The iterative innovation of technology requires a generation of scientific researchers to continue to work hard.” Wang Mingshi said.
Persist in innovation without stopping
Entering Wang Ming’s house, more than 10 old gentlemen created oil paintings were covered with walls.Tianma’s imagination, delicate and condensed lines, and layered colors outline Wang Mingshi’s future outlook for brain science development.
For decades, we have deeply cultivated the field of biomedical engineering and led students to participate in brain -machine interface research … Along the way, Wang Mingshi led the team to continuously promote the evolution of related technologies and insist on innovation.Nowadays, new technologies and new methods have greatly promoted the development of biomedical engineering in my country, and it is inseparable from the continuations and continuous corrections of many scientific researchers like Wang Mingshi.It is believed that with the joint efforts of a generation of scientific researchers, the disciplines and brain science research of biomedical engineering in my country will definitely make greater progress.
“People’s Daily” (06th, April 03, 2024)
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