In order to ensure people's health in all aspects and full -cycles, the "cross -border academician group" spends on the development of great health and the cutting -edge development

On August 5th, the 2022 World Health Academician Forum was held in Wuhan in the form of a whole process. Chen Xiaoping, an academician of the Chinese Academy of Sciences, the president of the Wuhan Medical Association, and the professor of hepatobiliary surgery at Tongji Hospital of Huazhong University of Science and Technology, said in a speech for the forum that as one of the important forums of the World Health Fair, the World Health Academician Forum has been held for the fourth consecutive year. It is hoped that through the wisdom and pragmatic strategies of Chinese and foreign experts, we will gather into a strong scientific and technological forces to build a healthy China, laying a solid foundation for all -round and full -cycle to ensure people's health and a solid foundation.

For the first time in the forum, a "cross -border academician group" was established, inviting the Nobel Nobel Prize in Chemistry, Aaron Chekhanovo, Foreign Academician of the Chinese Academy of Sciences, David Cole, an academician of the British Academy of Medical Sciences, and professor of oncology at Oxford University. Ye Chaohui, academician of the Chinese Academy of Sciences, Deng Zixin, academician of the Chinese Academy of Sciences, Yuan Yaxiang, academician of the Chinese Academy of Sciences, and academicians such as Gu Dongfeng, academician of the Chinese Academy of Sciences. Applications, biomedicine, etc. carry out the exchanges of advanced multi -disciplinary technologies for medical care, share the advanced achievements of global medical technology, and discuss the close relationship between scientific development and the world's great health.

【Dazzling】

"Hubei made" innovation achievements internationally lead

The theme of this forum is "Healthy Intelligent Exchange to the Future". Academicians shared from different levels of relevant hot issues, theoretical research, cutting -edge technologies, etc. from different levels. Among them, the two "Hubei made" innovative achievements were remarkable.

Lung cancer ranks first in the onset of malignant tumors in my country, and urgently needs to improve the level of detection technology for lung diseases, and accurately screen lung disease. However, conventional pulmonary imaging detection methods are more vaguely displayed; magnetic resonance imaging technology can only display fuzzy "black holes".

Academician Ye Chaohui.

"The clinical magnetic resonance imaging signal mainly comes from the signal of the aquatic proton in the human body, but the lungs are cavity tissues, and the water content is small. Can they change their minds and use gas to achieve imaging?" According to Ye Chaohui, a researcher at the Institute of Technology Innovation, the team developed a medical gaseous gas generator according to new ideas, which can enhance the magnetic resonance signal by 70,000 times, and the image display is clearer through the rapid imaging technology of the lungs. At present, when patients are checked, they only need to inhale the special gaseous gas, and the screen gas can be clearly displayed from the whole process of the lungs from inhalation to filling and gradually brightening. Structural health.

Academician Ye Chaohui said that at present, the scientific and technological achievements are the world's leading worldwide, and the "clinical human lung gas magnetic resonance imaging equipment" has been registered in the world's first medical device to enter clinical medical devices.

Academician Deng Zixin.

Deng Zixin, an academician of the Chinese Academy of Sciences and dean of the School of Pharmacy of Wuhan University, shared the application and exploration of the team's use of synthetic biology in the field of great health. Through artificial design, the introduction of microorganisms to participate in synthetic drugs and large health products, which not only simplifies processes, reduces costs, but also is more environmentally friendly. In 2018, Academician Deng Zixin's team creative uses microbial fermentation to participate in the synthesis of vitamin E, quickly subverting traditional industries, and changing the situation of previous chemical synthesis of vitamin E and monopoly by technology for many years.

"In the future, synthetic biotechnology will make the design of new drugs such as puzzles. As long as there is a compound structure, different genes and proteins can be derived from various compounds in the cells, and all types of derivatives can emerge in batches. "Academician Deng Zixin looked forward to the development prospects of synthetic biology in the field of great health, which can subvert traditional craftsmanship, break the existing monopoly, and drive traditional industries to transform and upgrade to high -end industries, and give birth to a number of new products with independent intellectual property rights.

【Focus】

Pay attention to "personalization", making diagnosis and treatment more accurate

Academician Aaron Chekhanovo.

The discovery of penicillin has epoch -making significance in the history of medicine, but with the development of the times, the traditional "one -size -fits -all" treatment model has been replaced by more precise, targeted, and targeted personalized medicine. In 2004, Academician Aaron Chekhanovo, a foreign academician of the Chinese Academy of Sciences, introduced the development history of this modern treatment model. He believes that with the development of personalized medicine, people can get the most accurate treatment and are expected to overcome more diseases. The per capita life expectancy has further extended and can live up to 120 years old.

Professor David Cole.

David Cole, an academician of the Academy of Medical Sciences and a professor of oncology at Oxford University, introduced the research of the team: using artificial intelligence and digital pathology, designing "digital biomarkers" for patients, and predicting the possibility of cancer recurrence according to different curves , Tailor -made treatment schemes; can also develop genetic testing methods through artificial intelligence and molecular biology research to develop high -risk patients, formulating more suitable chemotherapy schemes for tumor patients, which can reduce pain and toxic side effects, reduce the health service system system The burden.

Academician Gu Dongfeng.

However, Gu Dongfeng, an academician of the Chinese Academy of Sciences and the prevention of heart disease and epidemiologist, also reminded that the old concept of "serious medical treatment" as soon as possible, and more from preventing the disease from preventing the occurrence of diseases.

【Construction】

"Cross -border" cultivate talents, first learn the "language" of the other party

One of the highlights of this forum comes from the "cross -border academician group" formed for the first time. In addition to inviting academicians in the fields of medicine, biology, this forum also invited academicians in the field of mathematics, academicians of the Chinese Academy of Sciences, and scientific research on mathematics and system science in the Chinese Academy of Sciences Hospital researcher Yuan Yaxiang. Academician Yuan Yaxiang.

Academician Yuan Yaxiang believes that many tasks in the health field are related to mathematics, as small as personal physical examination data analysis and predictive physical condition. Auxiliary diagnosis and treatment, medical image exploration, big data modeling, etc., mathematics is everywhere.

"To promote the cross -cooperation of mathematics and health, first of all, you need to learn each other's language for each other's language." Academician Yuan Yaxiang analyzed that mathematicians like to use abstract symbols. Medical scholars often talk about professional terms. In order to better carry out cross -cooperation and solve practical problems.

In addition, strengthening cross -cooperation should start with talent training. Academician Yuan Yaxiang suggested that when cultivating mathematicians, you cannot simply only pursue mathematical accomplishments, but also be able to open up interest during the course settings, so that mathematicians can learn more about other disciplines; scientists in other fields must also be trained in professional talents. Strengthen the training of mathematics, so that mathematical skills, knowledge and methods can promote the development of disciplines.

Academician Yuan Yaxiang also encouraged experts for the mathematical and health circles: "Now is the good era of scientific research. We must cherish opportunities, strengthen cross -cooperation, and promote the application of mathematical achievements in the medical field." )

[Edit: Yu Lina]

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