Of course, for many experts in the field of biological primary blood, in addition to paying attention to the efficacy of this new super phage, they also pay attention to the new super phage itself.
If the results of this research are true, there will be a breakthrough in the field of biosuppression or biobacterial treatment technology. With this technical achievement, or research ideas, further research and expansion research can be carried out based on this.
For example, since this technical theory can be used to cultivate new super phages targeting Helicobacter pylori in the stomach, can this technology be used to study new super phages targeting other bacteria?
Most of the diseases suffered by humans are caused by bacterial infections.
For example, Escherichia coli can cause gastrointestinal diseases in humans and even mass gastrointestinal diseases. Another example is Proteus, which can cause many urinary tract infections and other diseases. Staphylococcus aureus can cause various types of pneumonia, upper respiratory tract infections, and even meningitis. There are also meningococci, pneumococci, Clostridium tetani, Bacillus anthracis, Haemophilus influenzae, etc.
At present, the medical community generally uses corresponding antibiotics to treat infections caused by pathogenic bacteria. And according to the severity of the disease, increase the dosage of antibiotics.
But antibiotics are not a panacea. Large doses of antibiotics will cause some side effects and cause certain harm to the human body.
In addition, these bacteria are resistant to antibiotics. It may be the first time that a certain type of bacteria is sensitive to antibiotics and has a significant effect. But the second time there was no such effect, or even no effect. This is because the bacteria have become resistant to this antibiotic.
It is precisely because of this that the control over the use of antibiotics has become increasingly strict in recent years. Antibiotics are difficult to obtain unless you have a prescription.
But despite this, the human body's response to various antibiotics is becoming slower and slower. This is mainly due to environmental impact, because many of the products we currently eat, especially some meat products, contain a large amount of antibiotics. In addition, there are sources of antibiotic contamination from a variety of sources.
For example, in the early years, the control of medical waste was not strict enough, which resulted in this kind of medical waste being buried and burned together with ordinary garbage, resulting in groundwater contamination.
When people eat or come into contact with such food, water, or even supplies, these antibiotics enter the human body and develop related drug resistance in the long run.
Therefore, some biomedical experts are worried that if this situation is not suppressed, a serious human crisis may break out. If such a super pathogenic bacteria that is resistant or immune to various antibiotics mutates and spreads in human society, it will be absolutely catastrophic.
For example, the plague that was raging around the world, also known as the Black Death in European history, was caused by Yersinia pestis. If humans are infected with this bacteria, they will basically have a narrow escape from death. Even with such advanced medical technology now, it is very difficult to deal with patients infected with plague. Even if it is cured, there are still very serious sequelae.
In fact, even now, a large number of patients die every year due to infections with various pathogenic bacteria that fail to respond to treatment.
In addition, postoperative infections in many current surgeries are also a stumbling block in the scientific research of various advanced surgical technologies. Not only should the surgery be successful, but also the post-operative recovery. In particular, postoperative interference control has always been a major problem.
The research results now released by Wu Hao have undoubtedly opened up new ideas for scientists. It can be said that it will greatly promote the development of antibiotics in the future and the prevention and treatment of various pathogenic bacteria.
Moreover, this method is very safe and green, because it is not a chemical drug and cannot be absorbed by the human body, so it is safe enough.
In addition, bacteria are not resistant to it, and it is a physical attack, not a traditional chemical attack. To put it simply, this new type of super phage will directly attack pathogenic bacteria, then invade, divide, reproduce, and release. This simple and crude attack method cannot be defended by any bacteria.
Moreover, the treatment cycle will be greatly shortened, and the response is much faster than traditional antibiotics. It is suitable for some first aid and the treatment of some super-resistant bacteria.
Therefore, the entire industry knows the importance of this technological achievement, especially the huge commercial value it contains. Almost not long after the press conference ended, various pharmaceutical giants, research institutes, and even some institutions around the world contacted us in various ways.
Some are asking for detailed information on the achievements of this technology, some are confirming the authenticity of this technology, some are seeking related technology or business cooperation, some are making direct offers for acquisitions, and some are even coercing and offering inducements, etc.
As for the academic community, they hope that Wu Hao and others can disclose relevant paper information as soon as possible to facilitate related research and so on.
However, for Wu Hao and others, they do not need related business cooperation for the time being. Since they want to enter this field, they must have a plan. It is impossible to contaminate others with the benefits obtained, especially these international pharmaceutical giants who eat people without spitting out their bones.
As for publishing relevant papers and technical information, papers can be published, but those involving related technical fields are not even considered. Disclosure is not possible unless they have completed the registration of a patent for the relevant technology.
However, in order to verify the authenticity of this technology, Wu Hao authorized the Biological and Life Sciences Research Center to organize a technical forum or summit, and invite more famous biomedical experts at home and abroad to conduct actual demonstrations. Verify the authenticity and reliability of this technical achievement.
In addition to the attention in the biomedical field, there is also another field that has a strong interest in the achievements of this technology. Relevant military experts believe that since this new super phage can engulf one type of bacteria, it can engulf the second type of bacteria, the third type of bacteria, and more bacteria.
In this way, it will play a huge role in the field of military operations. Although biological warfare has been banned by international law, once such a global war breaks out, these international laws will become a piece of waste paper, and the binding force will be zero.
In fact, even now, the US Army has many such biological and bacterial laboratories all over the world, specializing in research in related fields.
As the saying goes, you must not have the intention to harm others, and you must have the intention to guard against others. Although we strictly abide by the relevant regulations, we still have to be prepared for what we should be prepared for. Otherwise, if the other party crosses the line and uses such biological weapons, we may be unable to resist.
