Of course, this is just an engineering prototype, and there is still a long way to go before it can be put into clinical use. We plan to spend three years carefully polishing this technology and optimizing its engineering prototype to be able to be put into use.
A formal product for clinical use. Then we plan to take more than three years to complete the first, second and third clinical trials, and strive to launch it on the market within two years.
Hearing Wu Hao's lecture, the scene couldn't help but become noisy. Three years plus three years plus two years, a total of eight years is too long. Of course, the time to develop a new drug is also similar.
It is such a long time, let alone such a cutting-edge medical product. However, everyone has full confidence in Haoyu Technology, and this time is indeed a bit too long.
Especially for many patients who are watching the live broadcast, this time has undoubtedly destroyed all their illusions, and they don’t know if they can wait until that happens.
Wu Hao naturally saw the reactions of the guests in the audience. In fact, he deliberately talked too much at this time. According to the original plan, they planned to complete all research and development and clinical trials within three years, and then spend one year
Preparing for product launch.
The reason why we say twice the time is mainly to be on the safe side. Who knows what unexpected situations may arise in the future research and development and clinical trials, so it is better to leave some room for it. Instead of disappointing people by announcing an extension, it is better to launch the product in advance.
It's a surprise.
Wu Haoni then increased his voice and continued: "In addition to the intelligent bionic electronic kidney, in fact, there are bionic projects on other organs of the human body that we are also carrying out simultaneously. For example, the intelligent bionic electronic liver, we have already had research projects in this area.
It has started, and good progress has been made so far.
Of course, compared with other organs, the liver is more complex, so bionic development technology is also more difficult. Therefore, this project is still under research. When there are results in the future, we will notify the outside world as soon as possible.
The above are some of the scientific research results of our intelligent bionic human organ project, and I am happy to share them with you today. Our original intention of setting up this project is to help more people overcome diseases and restore health to more people.
In fact, we have been continuing research on human life sciences, and it involves different fields. For example, we are currently also studying biological cloning and cultivation projects of human organs, as well as biological 3D printing technology of human organs.
First of all, let me introduce to you our human organ biological cloning and cultivation project. The scientific research goal of this project is to use human stem cell cloning and cultivation technology to clone and cultivate human organs, so that they can be used for patients who need them.
Because it uses my own stem cells for related cloning culture, the patient will not have a rejection reaction after the transplant. It can be said that this is like replacing his own organ, so it is a very good match in all aspects. This technology will also
It is the most important technical method to replace intelligent bionic electronic organs in the future.
There are currently technologies in this area, and scientists from all over the world are conducting relevant research, and we are just a newcomer who joined later.
Although we are a newcomer and do not have the rich background of some established scientific research institutions and pharmaceutical companies, we also have our own advantages. First of all, we will conduct research with a new thinking model, which will bring fresh blood and innovation to this field.
Different directions of thinking. In addition, we will also make full use of the company's existing resources, such as artificial intelligence systems and super photon computers, etc. to conduct auxiliary research.
I believe that with our participation, research in this field will surely improve and go further."
“The next step is bio-3D printing technology. As the name suggests, this technology uses 3D printing technology to print out various organs of the human body.
If bio-3D printing technology is powerful enough, it is not impossible to print a complete human body.
Of course, this is a bit too illusory. Let’s be realistic. Use cells as consumables for biological 3D printing equipment to print out corresponding organs.
As we all know, all organs and tissues are composed of cells, so can we use cells to print them out?
This technology has very unique advantages. If used properly, it can create amazing results. For example, corneal tissue looks very small, but according to current human technology, it is not possible to develop a perfect substitute.
Biological 3D printing technology can be a good solution. It can print a perfect cornea through relevant cells. Moreover, the cells used are the patient's own and will not produce any rejection reaction.
Another example is the bladder, intestines and other organs. These organs are quite special and are difficult to cultivate even using cloning technology. Then using 3D bio-printing technology, it can be solved very well and the time required is relatively longer.
short.
Even if the technology matures in the future, we will be able to print some complex organs and tissues, such as printing an entire eyeball, or printing an entire arm or leg, so that patients no longer need to wear them.
It’s a prosthetic leg.”
Having said this, Wu Hao softened his tone and said: "Of course, it is still difficult to realize these two technologies. We are currently only involved in research in these fields. Although there is a little progress, we are still far from final success.
far away.
Although it is difficult, although it will last for a long time and require a lot of investment, our goal in this area will not change. That is to use better technology to help more people get rid of the torture of the disease and restore health.
Here, I also extend an invitation to all scientific researchers, experts, and graduates who are interested in these projects. I sincerely invite you to join this grand project. Let us do something together.
It’s been an earth-shattering event.”
Hehehehe...
There was a burst of laughter, followed by a burst of warm applause. No one expected that at such an important press conference, Wu Hao would actually recruit people on the spot. Although this was not the first time he had done it
, but still surprising.
However, everyone is admiring Wu Hao more and more. Each of these projects is a very grand project. Some projects may still seem so unrealistic and illusory. But Wu Hao and the others dare to put in practice and are willing to keep working hard.
Keep going. And these efforts are not all in vain. Many of them have already produced results, such as intelligent bionic electronic prosthetics, intelligent bionic electronic prosthetic eyes, and the blockbuster technology in today's conference, intelligent bionic artificial heart, etc.
