The smallest "post -00s", the main "post -90s"!They let the lungs "killer" have nowhere to hide the shadow

The Yangtze River Daily Da Wuhan Client September 21 (Reporter Xu Wei Wei Photography Report) There are such people in the Institute of Precision Surveying Science and Technology Innovation of the Chinese Academy of Sciences. The main force, most people are a doctoral degree. They are facing the people's lives and health, and "ten years like one day" overcome the problem of magnetic resonance imaging in the pulmonary gas. It is common for them to fight for an experiment for a reagent for a reagent. Sometimes it takes seven or eight hours to wait for an experimental result to wait for seven or eight hours. A group of people. Through unremitting efforts, I finally completed the continuous improvement of the lung gas magnetic resonance imaging from "not to see" to "see", from "seeing" to "seeing", from "seeing" to "good -looking", right Pulmonary diseases have played a vital role in early detection, early diagnosis, and early treatment.

The current clinical magnetic resonance imaging technology such as chest penetration and CT is derived from the signal of water proton in the human body. The lungs are cavity tissue, so it cannot achieve fine imaging. When imaging, the lungs are like a "black hole". Their lung gas magnetic resonance imaging equipment developed by them, using hyperlifted gas gas as a contrast agent, can realize the corners of the lungs of the lungs, provide clear lung magnetic resonance images for clinical clinical clinics, let the lungs allow the lungs "Killer" has nowhere to hide.

Part of the research team members of the Institute of Precision Surveying Science and Technology Innovation of the Chinese Academy of Sciences took a group photo.

Zhu Xun designed a magnetic resonance film synthesis route.

Wang Ruifang used pH to test the acid and alkali of the contrast agent.

Qiu Maosong concentrated synthetic small molecules with a rotary evaporator.

Professor Chen Shizhen used the human lung gas magnetic resonance imaging equipment to experiment, and put on a special "small vest" for "patients".

Professor Chen Shizhen used human lung gas magnetic resonance imaging equipment for experiments.

Professor Chen Shizhen extracted the super -氙 gas.

Jiangmou used mice to do magnetic resonance imaging experiments.

Jiangmou used mice to do magnetic resonance imaging experiments.

Wu Xuan's nuclear matrix is ​​prepared to prepare cell experiments.

Cell Biography Experiment.

Do the tail vein injection for the mouse.

Wu Xuan used a small animal live fluorescent imaging instrument to experiment, obtaining the fluorescent images of mice, and seeing whether the film reaches the mouse lesions.

Wu Xuan checked the mouse used in the experiment.

Professor Chen Shizhen (third from left) led students to watch the result of the magnetic resonance imaging of the human lung gas.

【Edit: Wang Rongfei】

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