Military Technology

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"Therefore, how to use this technology still requires us to communicate and cooperate with relevant medical institutions and expert teams to jointly promote the application of this technology in more regions and countries and restore sight to more blind patients."

In fact, there is one thing Wu Hao did not say, that is, this artificial cornea bio-3D printing system and biological cell cloning cultivation system are important controlled technologies and are strictly confidential and cannot be sold to the outside world.

Even in order to prevent technology leaks, many of the key core technologies are not patented. Because once you apply for a patent, it means disclosing the technology, and exchanging disclosure for protection is the core of patent law.

But this brings about a problem, that is, many countries do not recognize international patents, especially those involving major patented technologies related to the country and society and people's livelihood. These countries often do not recognize them.

For example, Sanguo, why are their generic drugs so widespread and so cheap? This is because they do not recognize international patent laws, so this has led to the proliferation of domestic preventive drugs.

What can I say about this behavior? It has advantages and disadvantages. The advantage is that advanced foreign technology can be obtained at a very cheap price, which is very cost-effective. For example, for many important drugs, pharmaceutical giants sell them for tens of thousands per bottle, but in Sanguo, they only cost a few hundred yuan.

Therefore, this method allows many people to benefit from it and obtain high-quality medical resources at cheap prices.

But the same disadvantages are also very obvious. First of all, the behavior of Sanguo has been criticized internationally. It is essentially a kind of banditry and is not conducive to the development and innovation of technology.

In addition, Sanguo's conniving approach has also greatly affected or even destroyed Sanguo's domestic scientific research and innovation capabilities, causing its scientific research and innovation capabilities to lose the soil for innovation, and its scientific and technological development level will be greatly lagging behind.

Finally, there is retaliation and counterattack from other countries and pharmaceutical companies. For example, some advanced pharmaceutical products and technologies will not choose to enter the country. Some new technologies emerging in this country will also receive equal treatment in the country and will not receive due protection.

This is also the reason why countries are so fiercely fighting over intellectual property rights, but they don’t dare to think about it, because this is a method that can hurt others by a thousand and hurt itself by eight hundred.

In addition, when some technology patents involve national security aspects, they may also be directly invalidated. This situation has become very common in recent years, especially when some gangsters, under the guise of national security, unscrupulously begin to violate relevant laws and rules.

And this is still in a relatively peaceful and stable period. Once a war breaks out, these so-called laws will become invalid and have no effect.

Therefore, if it involves major core technologies, it is generally not possible to directly apply for patents. Haoyu Technology's biological 3D printing system and biological cell cloning and cultivation system are strategic-level technology products. They play a very important role both for society and the country. Therefore, the core technology is of course impossible to leak.

In order to prevent others from imitating it, and also to prevent others from registering relevant technology patents first, which would in turn get stuck in Wu Hao's neck. Therefore, they will apply for many peripheral patented technologies, which is often referred to as the patent moat solution. Use numerous peripheral technology patents to set up patent barriers to ensure that core technologies will not be infringed.

Of course, according to Wu Hao's business strategy and confidentiality needs, their biological 3D printing system and biological cell cloning cultivation system will not be sold to the outside world. They will direct the establishment of relevant biological laboratories to open them to the outside world and accept relevant information. Order.

This is actually similar to the customization plan for porcelain teeth in the dental field. The hospital sends a request to provide relevant data, and then it is handed over to the factory for customized production.

The same is true for the biological laboratory. The hospital applies and provides the patient's relevant cell tissue according to relevant requirements, and then sends it to the biological laboratory for printing. After the printing is completed, it will be sent back to the hospital for surgical transplantation as soon as possible.

In this way, the pressure on hospitals and patients can be reduced. The hospital no longer has to spend so much money to buy such a set of equipment to print on its own. There is no need to spread the cost of purchasing equipment equally to each patient, thus greatly reducing the cost of patient treatment.

In addition, neither patients, hospitals, nor others have access to these devices, so technology confidentiality can be better maintained and core technologies can be prevented from being leaked.

At this point, after a slight pause, Wu Hao continued to speak to Su Qian and the many reporters in the audience: "As to whether this printed artificial biological cornea is reliable and will not cause problems in long-term use, to be honest, we cannot say this for the time being. Give the answer.

Judging from the application of our bioprinted organs and tissues in the human body before, these printed organs and tissues are in good condition and function, and there are no problems.

However, it has only been a few years since the application of this technology to clinical trials, so we are still unable to determine whether the printed organs and tissues will still be in good condition and function after a few years or more than ten years and transplanted into patients. Nothing went wrong.

So we understand the concerns you have raised. But you don’t need to worry too much. Its condition and functions will still be very good for at least a few years, and there will be no problems.

We can’t say whether there will be problems with these organs and tissues in five or six years or more than ten years. But you don’t have to worry too much. As long as you perform physical examinations normally, there will be no problems.

Let’s take a step back and say that if the organs and tissues in these transplant patients really have problems in the future, then it doesn’t matter. Since one transplantation can be completed, then the second transplantation can be completed, and then it will be good to retransplant it.

If some diseases may not allow for a second transplant, then I think there is no need to regret. After all, using this technology, we have saved and extended the lives of patients for a lot of time, or brought a lot of convenience to patients. . I believe that even if problems do arise in the future, the patients and their families will understand and will not regret today's choices and decisions.

Of course, we also take this issue very seriously. Before determining the treatment plan, we have fully communicated with the patient and the patient's family to ensure that they have sufficient informed rights before making choices and decisions. Lawyers were present throughout the entire conversation and signing process, and video recording was conducted to ensure that there would be no misunderstandings or disputes in the future. "