Yanhua University, Biodical Research Institute.
Central laboratory.
Zhao Yi and several researchers were discussing the characteristics of the 2CV-Bing Hydrogen Molecule. They conducted a new antiviral experint and found that the 2CV-Bing Hydrogen Molecule had so effect in resisting the common influenza virus, but the effect was not particularly noticeable.
It is understandable.
The reason the 2CV-Bing Hydrogen Molecule showed significant effects against the AIDS virus was due to the non-existence of a comparable substance. In the past, there were hardly any substances that directly resisted the AIDS virus. Drugs could only be developed by blocking gene synthesis and eroding proteins.
The regular flu virus is a different matter.
There are already many drugs on the market that target the influenza virus. Compared to them, it is difficult for the 2CV-Bing Hydrogen Molecule to stand out.
"But it still has an effect. Most importantly, it doesn’t have side effects. Even if we inject more 2CV-Bing Hydrogen Molecules, it won’t induce a specific response."
Dai Tianqing concluded, "To thoroughly study the 2CV-Bing Hydrogen Molecule, we still need to research its specific molecular chanism with the AIDS virus’ spike protein."
This aspect is still not thoroughly researched.
The 2CV-Bing Hydrogen Molecule combines with the spike of the AIDS virus. We only know that it reacts with so substance on the spike. Whether it binds, lts the protein, or ’sticks’ to the spike, remains uncertain.
Zhao Yi used the "Causality Law" to derive the result.
The 2CV-Bing Hydrogen Molecule combines with the protein of the AIDS virus spike, transforming into a more stable protein structure, which rendered the AIDS virus spike dysfunctional.
This reaction is quite coincidental.
The AIDS virus spike, like encountering a natural enemy, reacts with the 2CV-Bing Hydrogen Molecule, thus drastically reducing the spike’s effectiveness.
"Perhaps because of this reason, the 2CV-Bing Hydrogen Molecule has only standard effects against other viruses." Unless a virus’s spike possesses a protein that functions similarly to the AIDS virus, even if there is a similar protein structure, the effect would be extrely small or even non-existent.
After the discussion on the 2CV-Bing Hydrogen Molecule ended, everyone began to talk about other topics. The team congratulated Zhao Yi on his completion of the ’Supersymtry Problem’ analysis.
Dai Tianqing said, "I read the reports. Impressive, Zhao Yi. Another top-notch achievent, this ti in physic."
"It should be considered mathematics, shouldn’t it?" Li Ming held a different opinion.
"Physics! Supersymtry is definitely physics. It’s about the interaction of particles. I study dicine, but I also understand physics!" Dai Tianqing’s statent was very firm.
"But from what I understand, theoretical physics is mathematics!" The two started to argue whether supersymtry was a mathematical or physical problem.
Everyone else found it hilarious.
Zhao Yi explained with a smile, "It’s Mathematical Physics. Particle mathematics, theoretical physics; both interpretations are correct."
With that, the two stopped arguing.
With a pat on Zhao Yi’s shoulder, Dai Tianqing exclaid, "When will you complete so groundbreaking dical research? Our institute is still counting on you to shine!"
All eyes turned to Zhao Yi after Dai Tianqing finished speaking. The look on their faces was sowhat regretful.
Zhao Yi, as a researcher at the Biodical Research Institute, has made many achievents in dical research, but the 2CV-Bing Hydrogen Molecule discovery was the only one that shook the world.
However.....
That research still needed to be kept confidential.....
Over the past two years, every ti Zhao Yi made a world-shattering achievent, it was in mathematics and physics. Everyone in the School of Sciences was elated, as if they were celebrating the New Year every day, with exciting news every day.
In contrast, Yanhua University’s College of Life Sciences was much more ’low-key.’ They only received two awards at the national science and technology awards ceremony. Zhao Yi received the mathematics award, but the School of Sciences still drew attention.
Although the accomplishnts in mathematics and physics belong to Zhao Yi himself, because he is at Yanhua University, people easily associate his achievents with Yanhua University.
This influence is substantial.
Last year, for example, there was a sudden increase in students applying to Yanhua University’s College of Science. The average admission score was nearly twenty points higher than the previous year.
In comparison, the number of students applying to the School of Life Sciences also increased, but not by much, and the admission score was not much higher than last year.
One can see from this that outsiders pay more attention to Yanhua University’s College of Science rather than the School of Life Sciences. However, the fact is, the School of Life Sciences is Yanhua University’s largest, best, and most influential college.
Thus, everyone from the Biodical Research Institute was eager for the ’confidential period’ to pass more quickly. So even tried to inquire about the progress of the pharmaceutical company developing drugs related to the 2CV-Bing Hydrogen Molecule. The earlier the drug developnt stage is completed, the sooner their achievents could be published.
These results were sure to shock the world!
...
As to Dai Tianqing, Li Ming, and others’s frustration about achievents being attributed to mathematics or physics, all Zhao Yi could do was laugh. He also wished for significant biodicine research findings. But the field of biodicine is different from mathematics; many outcos depend on ’discoveries’ and ’luck.’ Ability alone is not sufficient.
Take the 2CV-Bing Hydrogen Molecule for example.
If they hadn’t accidentally found that the samples made from Fan Lei’s blood had the property of resisting AIDS, they wouldn’t have discovered that the 2CV-Bing Hydrogen Molecule could combine with the AIDS virus spike, significantly weakening the virus’s ability to invade cells.
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