Genius of the Rules-Style System

Chapter 481: Chapter 291: Swapping a BB gun for a cannon! Why isn’t it me!

"China Makes Major Breakthrough in the Study of Rheumatoid Arthritis Mechanisms.

Biomedical Research Institute: A New Unidentified Factor is the Key to Solving Rheumatoid Arthritis. ƒree𝑤ebnσvel.com

Research Speculates that Rheumatoid Factors May Be Similar to LGG Antibodies.

Zhao Yi’s Experimental Research Provides Direction for Future Studies through His Inferential Pathogenic Mechanism.

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Over the next week, a series of papers from Zhao Yi’s laboratory was published, attracting attention from the medical community both domestically and internationally.

Only within approximately three days, the findings of the rheumatoid arthritis study drew significant attention from many people in the medical field and quickly made the news in the public media.

The public media reports only focused on the research progression while the medical community gave this serious consideration. Some laboratories specializing in the research of medical mechanisms began organizing relevant experiments based on the results of Zhao Yi’s study.

The study of the pathogenic mechanism of rheumatoid arthritis is highly significant.

This research has baffled the medical community for over 20 years. Many laboratories have participated in related studies, but the pathogenesis of rheumatoid arthritis is still not completely understood.

Many people in the medical community believe that the pathology of rheumatoid arthritis is very complex and is the result of multiple factors. ƒree𝑤ebnσvel.com

The results from Zhao Yi’s laboratory identified the factor directly related to rheumatoid arthritis, laying a solid foundation for its solution. If further research can advance from this breakthrough, it will result in a significant progress in treatments.

As some media reports analyzed, "Perhaps within a few years, we’ll be able to cure rheumatoid arthritis completely instead of it simply being a chronic ailment."

At this point, many people discovered a surprising fact: the laboratory that identified the rheumatoid factor was named ’Zhao Yi’s Laboratory,’ and several of the related papers also listed Zhao Yi’s name. In other words, Zhao Yi was the leading researcher.

"Is it that Zhao Yi?"

At the beginning of the news report, some media outlets and many netizens questioned and joined in the discussion.

They quickly found the answer, "It’s that Zhao Yi!"

"I knew early on that Zhao Yi was conducting biological research. His major is in biological science, and he works at a biomedical research institute!"

"In the past, Zhao Yi has had achievements in biology, including studies in medical mechanisms and microbiology, which drew extensive attention from the medical community. However, everyone only paid attention to his mathematical achievements."

"With Goldbach’s conjecture overshadowing everything, medical research that people don’t quite understand tends to get overlooked."

"Now, Zhao Yi is definitely a top figure in the research of medical mechanisms. Remember the last time? He completed several projects and published more than a dozen papers within a few months."

"That’s why regular people shouldn’t compare themselves with geniuses."

"Zhao Yi is dedicated to biomedical research while casually proving Goldbach’s conjecture... Can you believe it? Is this even humanly possible?"

"..."

The discussions online are quite interesting. Amid some people’s admiration, others’ comments radiate with envy.

Indeed!

Everyone thinks of Goldbach’s conjecture when hearing the name Zhao Yi, considering him as a top mathematician without even envisioning any other possibilities.

Who would have thought that a top mathematician who has proven Goldbach’s conjecture could also make major breakthroughs in biomedical research?

Mathematics?

Biomedical research?

These two are inherently unrelated matters!

Mathematics can closely coincide with computing and physics. For instance, many computer experts are also mathematicians, and many physicists have even won world-class mathematics awards. However, it has never been heard of before that a medical expert could win a mathematical award, which sounds far-fetched.

But that’s the truth!

While many people are still in awe, actions have already been taken by the medical community.

In the capital city, there are two renowned research facilities. One of them is the Biomedical Research Institute of Yanhua University.

The Biomedical Research Institute has the advantage of convenience. Many of its laboratories have already announced intentions to build upon the results from Zhao Yi’s Laboratory, conducting related research with at least three labs including Dai Tianqing’s laboratory, Han Hui’s laboratory, and Huang Youming’s laboratory.

Dai Tianqing’s laboratory and Han Hui’s laboratory had been researching myocarditis-related factors over the past year.

This is similar to rheumatoid factors, both researching a type of entirely new material.

The two laboratories both have relevant experiences. Continuing this type of research easily gained approval and substantial funding.

Huang Youming’s laboratory, on the other hand, had just completed a project on osteology. Since there were no other major projects at hand, his team immediately started to work on the research of the rheumatoid factor.

Although they’re all researching new factors, the direction of research still differs.

Dai Tianqing’s laboratory and Han Hui’s laboratory focus on the properties of the rheumatoid factor, while Huang Youming’s laboratory expands on Zhao Yi’s pathogenic mechanism inference.

Huang Youming is very clever and strikingly bald.

It’s said that it’s because he lost too much hair. Continuing to keep his few strands of hair seemed pointless, so he decided to shave it all off.

Huang Youming is highly interested in the rheumatoid arthritis project and he believes that the prospects of continuing research are good. However, conducting research on the properties of the rheumatoid factor would overlap with Dai Tianqing’s and Han Hui’s research, so he decided to follow Zhao Yi’s pathogenic mechanism inference, which would involve successive validations.