Was she really trying to flatter the experts? What surprised everyone even more was that she actually said that in front of everyone.
Xiao Yang's face was a little gloomy. He didn't ask anyone to take the microphone away from him. He asked her, "Do you think there will be a breakthrough in this technology? Where?"
The other party's tone was a little aggressive, as if she was angry. She thought she was introduced by Wei Guoyuan, but she turned out to be a flatterer.
Professor Hao only knew that the young female doctor praised him and his team a lot, which made him and his team a little confused. However, the two sentences in the other party's sentence, "It's easy to give up but the hardest to stick to it", suddenly touched his heart.
"Yeah." After responding twice, Professor Hao looked at Xie Wanying, waiting for her to continue.
After persisting for so long, everyone wants to make a breakthrough. Clinicians are burdened with arduous clinical research tasks, and they are no different from other researchers. They think every day that the emergence of breakthrough technologies can give patients more chances of survival.
Now some people say there is a chance of a technological breakthrough. Even if it is said by a young person, it is always okay to listen first.
The audience looked at each other: Where did the young doctor get the breakthrough from? It was hearsay. If there was a breakthrough, an expert like Professor Hao would have touted it first on the stage. Why should he be embarrassed by another young doctor and almost speechless?
"Yes." Xie Wanying turned around and faced Xiao Yang and other people who were questioning her, her voice clear and affirmative, "This technology will definitely have a breakthrough."
...
...
She was from the future, she could guarantee it.
Everyone was surprised where her confidence came from.
"Tell me more details!" Xiao Yang asked her again.
Turning back, Xie Wanying said to the lecture team: "Teacher Hao should be more familiar with radioactive particle therapy."
Radioactive particle therapy? Why did she suddenly mention this? Is this related to the bile duct radiotherapy that Professor Hao just talked about? The other doctors present were confused. Suddenly, it was not easy for them all to react. Xiao Yang, for example, had a look of confusion on his face. Radioactive particle therapy, where have I heard of this? It sounds familiar, but I can't quite remember it.
What surprised everyone the most was that Professor Hao responded to her in a way that surprised everyone else: "Do you know about radioactive particle therapy?"
The expert's words can only mean one thing: what Xie Wanying said seemed to coincide with the expert's ideas.
Wei Guoyuan smiled, pinched his chin with his fingers, and kept his eyes on Xie Wanying: This situation is almost the same as he expected. He knew that she would definitely surprise people, just like her performance when she came to the emergency room of their hospital that day. The best part is yet to come.
"The development of radioactive particle therapy originated in the early 20th century." Xie Wanying's voice came in the conference room. "At that time, mankind invented the first shelled isotope implantation in the human body. The development in this area in the following decades was not smooth, and there were many twists and turns and obstacles. The main reason is, as Professor Hao said before, that the range and dose of radiotherapy are difficult for doctors and patients to estimate. This situation continued until the late 1980s, when other disciplines had technological breakthroughs, which led to related breakthroughs in this technology. The development of MRCTb and other ultra-imaging technologies, coupled with breakthroughs in three-dimensional imaging technology software, allows doctors to make 3D treatment plans for patients more accurately, control the radiation range and dose of the radioactive source, and then implant it into the human body for radiotherapy."
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