Lu Ming knew that during this period, life sciences and medical laboratories were conducting technical research on cell totipotency, which was related to the treatment of human cancer.
This scientific research content is mainly based on the therapeutic effect of combined bacterial colonies.
After all, combined colonies are only effective against non-cancerous lung diseases.
If the patient suffers from lung cancer or other cancers that affect the function of the lungs, the therapeutic effect of the combined colony will be affected.
In the end, it can only improve the patient's quality of life, but has little effect on saving lives.
Now that Qu Ping is calling herself, it means that life sciences and medical laboratories should have made major breakthroughs.
Lu Ming asked Wang Xiang to go back to work first and pay attention to the reaction of the American market, while he went to the life sciences and medical laboratory first.
In the laboratory.
Qu Ping and others looked exhausted.
For them, there is absolutely no such thing as a weekend or a legal holiday.
There are only two stages of experimentation and experiment completion.
But scientific research outlives life.
The history of human development has always been accompanied by the history of technological progress.
Experiments are never done.
Therefore, the staff in Qu Ping's life science and medical laboratories could only take breaks alternately.
However, most researchers in the laboratory have their own ideals.
For them, working in the laboratory and overcoming technical problems one by one is much more enjoyable than going on vacation.
I saw Lu Ming coming.
Qu Ping was very happy.
"Master, you are finally here, come and see our scientific research results."
Qu Ping said: "We all know that highly differentiated animal cells are not totipotent. Plant cells are totipotent. The nuclei of highly differentiated animal cells are still totipotent."
"In fact, cancer is generally an abnormal mutation process of cells."
"If we are to find a solution to cancer, the most critical thing is to solve the problem of cell totipotency."
"Why cancer cells can proliferate indefinitely is because mutations in certain genes of cells cause a certain cell in a local tissue to lose normal control of its growth at the genetic level, causing it to undergo clonal abnormal proliferation and form new organisms."
"According to the current scientific level of mankind, there is no way to completely suppress cells. This kind of abnormal mutation means that we cannot completely prevent the occurrence of cancer. What we have to do is how to solve the cancer after it occurs."
"I always thought surgery was the best solution."
"Radiotherapy and chemotherapy not only kill cancer cells, but also our normal cells. If surgery can be performed normally, radiotherapy and chemotherapy are not as lethal as surgery."
"Targeted therapy can solve the problem in a certain sense, but it only solves the problem of killing cancer cells. It is only positioned more accurately and can protect our other cells from working normally to the maximum extent. There is no way to fundamentally solve the problem of cells. The problem of abnormal mutation.”
"One of the most troublesome problems with the current surgical treatment of cancer is that the cancer cells spread too fast and have become cancerous in some important locations. It is impossible to perform surgery at all. Once the surgery is performed, you will definitely die on the operating table. .”
"This is similar to how we treated lung diseases."
"Because the lung is an irreplaceable organ, until we develop a combined colony therapy, patients with severe lung disease will die unless there is a suitable organ source for lung transplantation."
"The same pattern of deaths from cancer is similar to the above."
"Most cancer deaths are caused by organ failure."
Qu Ping couldn't wait to show Chen Xiao the results of the laboratory.
Qu Ping said: "Suppose we can adopt a method so that when a person becomes an adult, his cells can ensure totipotency and differentiate into the organs or tissues we want according to our intentions."
"And use it to replace organs and tissues that have aged or become cancerous."
"So although we cannot prevent the occurrence of cancer, we can save the lives of cancer patients to a certain extent."
"We have inferred through big data simulations. Assuming that the setting I just set is true, we can solve most of the common cancers on the market."
Qu Ping couldn't control her heart, and she pulled Chen Xiao's hand with excitement and walked deeper into the laboratory.
Deep in the laboratory.
Qu Ping's staff brought over a glassware.
Inside the glass vessel was a light yellow solution, with a mass of white tissue soaked in the solution.
Qu Ping said: "This is an embryonic tissue that we cultured using the nuclei of mouse skin cells."
"If we go by what was said in the past, this is actually part of cloning technology."
"But it is completely different from cloning in the past. Our technology is simpler, safer, and uses a wider range of materials."
"Master, let's sit down and talk."
The laboratory staff immediately poured Chen Xiao a cup of strong coffee.
Qu Ping glared at this.
The staff then realized something was wrong and quickly changed it to a cup of oolong tea.
Because everyone stays up late for a long time in the laboratory, and their work and rest schedules are reversed.
Strong coffee or strong tea has become one of the must-have drinks for everyone to refresh themselves.
The staff didn't react just now and made a cup of strong coffee as usual.
Chen Xiao doesn't have to stay up late, so this arrangement is certainly not appropriate.
But Chen Xiao didn't take it seriously because he knew everyone was working hard.
Those who achieve great things don't stick to trivial matters.
Qu Ping is indeed an expert in biology. "Mammary gland cells were used in the cultivation of the cloned sheep "Dolly". Sheep's mammary gland cells are highly differentiated cells, but after the nucleus of the mammary gland cell and the cytoplasm of the unfertilized egg cell are fused into one cell, this is the use of mature cells. Nuclear totipotency of cells.”
"However, this technology is very troublesome to apply and the cost is quite high. Although Dolly the Sheep has been around for more than 10 years, the related technology is still immature, and there is no way to apply it in clinical medicine. .”
"It's different here."
Qu Ping took out a thick stack of information and handed it to Chen Xiao and said: "When we were studying joint colonies, we have discovered that the repair ability of human cells is enhanced when they coexist with joint colonies."
"After further research, we found that the combined colony can produce a complex enzyme that can stimulate the activity of cells, making cells younger, healthier, and capable of self-healing."
"We further studied this method, extracted this enzyme, and in this enzyme environment, extracted the nuclei of ordinary somatic cells of mice."
"We took advantage of the totipotency of the cell nucleus and cultured it into fully differentiated mouse tissue."
"Master, what do you think happened when we were training?"
Qu Ping did not answer the question immediately, but handed the glassware to Chen Xiao to look at.
Chen Xiao then checked carefully and looked at the glassware.
It was found that there were some differences among the cultivated tissues.
Chen Xiao did not study biology or medicine, but he still learned a lot about biology and medicine through the system.
The color of a healthy tissue must be flesh-colored and slightly yellow.
But this piece of tissue in the glassware actually has some green dots on it, and these dots are distributed in sheets, not everywhere in the tissue.
This feeling is very much like that - it looks like this when the combined bacterial colonies are always on the tissue or skin surface.
Qu Ping said with some helplessness: "Maybe it's because the enzyme we isolated still contains the spores of the bacterial colony, and after our long-term concept and application, the combined bacterial colony has been very adapted to human tissues and organs."
"So these colonies naturally develop symbiosis with the tissues we culture."
This is indeed a major technological discovery.
Qu Ping added: "Then what is the result of symbiosis?"
"We found that after the symbiosis between the colonies and the newly grown tissue, the tissue grew faster, and mouse liver cells differentiated under our induction."
"In addition, she has stronger anti-viral, anti-bacterial or anti-mutation abilities."
"We set up experimental groups and control groups."
"The experimental group is the mouse liver cells we cultured and differentiated, while the control group is the normal liver cells of mice."
"We exposed both groups to tumor-inducing conditions."
"Including drugs as well as radioactive elements."
"After being exposed to this environment for a long time, the liver cells of the control group, that is, the normal mice, developed multiple tumors, which eventually led to cirrhosis."
"And our experimental group is the liver cells that were artificially induced to differentiate and the liver cells that coexisted with the combined bacterial colony. There was no change in the liver function and the liver structure was completely normal."
Qu Ping did not elaborate too much, but you can imagine how difficult the experiment was.
And with such research results, it is definitely a research result that can subvert the history of human medicine.
Chen Xiao flipped through the entire result report of the experiment and understood that this time Changtian Technology's life and medical laboratory had a total of three experimental results.
The first experimental result is that under the action of special enzymes, the laboratory can regain totipotency of body cells through a simpler procedure.
Somatic cells with totipotency can differentiate into the tissues or organs we need under laboratory induction.
The second experimental result is that the laboratory obtained a subtype of combined colonies.
This subtype can naturally associate with totipotent cells and live symbiotically in differentiated tissues or organs.
The symbiotic collection of bacterial colonies and tissues and organs can survive well in relatively harsh environments.
Moreover, the vitality of the cells is very strong and the health level is also very high. The entire assembly is very young and strong and has good antibacterial, antiviral and anticancer effects.
The third experimental result is that the induction and differentiation of totipotent somatic cells to form symbionts with bacterial colonies does not necessarily have to be completed in an incubator.
This can be done completely in the environment of the experimental donor.
It was clearly written in the experimental report that when the laboratory was conducting experiments on mice, cells with fully differentiated capabilities were sown on the livers of the mice.
Subsequently, through induction of differentiation, a new liver grew on top of the mouse's liver.
During tumor induction in this mouse.
The old liver had multiple tumors, but the new liver had no problems at all. It was very clean and complete, and its liver function was normal.
Saw this research result.
Chen Xiao was still a little surprised.
Technology systems and real-world technology complement each other.
Some systematic knowledge can promote scientific progress.
But to put this knowledge into practice, or to derive greater scientific and technological achievements from this knowledge, you must rely on yourself.
The life medicine laboratory of Changtian Technology has completely grasped this law.
And one new technological achievement burst out after another.
This time's research results have opened up a new direction for human cancer treatment.
We can completely rebuild a new organ at the location of the lesion to replace the organ troubled by cancer cells.
For systemic cancers that are common throughout the body, such as leukemia or lymphoma, this method can also be used to rebuild the body's immune system, but the operation is more difficult than rebuilding the liver or pancreas.
This method of treating cancer is definitely much safer, more reliable and longer-lasting than target cell therapy or neutron and proton radiotherapy that are currently common on the market.
Whether it is targeted therapy or radiotherapy and chemotherapy, it is impossible to truly cure most cancers. It can only slow down the spread of cancer cells and improve the quality of life.
But Changtian Technology’s cell-based pluripotent therapy can truly treat cancer.
However, the current research results are only a small introduction, and more research and clinical trials are needed on how to operate it.
Chen Xiao firmly believes that after the research results are published this time, the technological level of medical biology will be greatly improved.
Chen Xiao told Qu Ping: "At present, in our intensive care center, there are fewer and fewer patients with simple lung diseases, while there are more and more patients with comprehensive diseases, especially lung cancer, accompanied by lung diseases."
"Lung cancer is a highly proliferative cancer. Removing the lungs alone is not enough. Please submit the laboratory's research results as a paper to me as soon as possible."
"We will strive to publish the paper within a month, and I will also strive for more animal experiments and even clinical experiment indicators from the country."
“Only when research results enter clinical practice can the technology be truly implemented.”
Of course Qu Ping was very happy to hear this and said: "We will complete this task immediately."
But Chen Xiao was a little confused at this time.
Follow the guidance given by the technology system.
It may not be an unrealistic fantasy for human beings to achieve true immortality.
After leaving the laboratory, Chen Xiao took a deep breath.
Nagasawa Island in spring is indeed refreshing.
But in the United States in spring, this will not allow Changtian Technology to make money in the American market so smoothly.
On the same spring day, Jobs was already bedridden. He was in so much pain that he even needed to take some informal painkillers. .
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