While he was introducing it, the original three-sided virtual holographic projection screen appeared above his head, which displayed this device and related principles.
Under the screen, Wu Hao also connected the pictures on the screen and continued to introduce.
"Of course, if you want to print out more types of drugs, you have to rely on the participation of major pharmaceutical companies. Only they can build the drug ingredients and manufacturing processes into complete drug ingredient data according to our requirements, which is equivalent to
Drug design drawings, our drug 3D printing system can print out drugs based on this drug design drawings.
This does not mean that pharmaceutical companies should hand over all these drug formulas for free. That is not the case. This method is unscientific, unrealistic, and not long-term.
So we changed our thinking, why can't we use this method to cooperate with pharmaceutical companies to sell drugs."
Selling medicines? After hearing Wu Hao's words, everyone in the audience, including the audience watching the live broadcast, couldn't help but wonder. How could they cooperate since they had already taken away the jobs of pharmaceutical companies?
Wu Hao smiled and nodded and repeated: "Yes, that's right, it's cooperation. The pharmaceutical company sells the formula data and then produces it with this set of equipment. This is equivalent to allowing the pharmaceutical company to skip the expensive and complicated pharmaceutical process and directly
Sell related drug formulas. This set of equipment requires formula data for each production, which means that pharmaceutical companies can charge a penny for each production.
In this way, pharmaceutical companies can make a profit just by selling formula data and authorization. Also because it is connected to our drug 3D printing system, there will no longer be any counterfeit drugs or imitation drugs.
The emergence of pharmaceuticals.
The income that pharmaceutical companies can obtain through this method is much higher than that of traditional agent sales, and the results are quick and the profit time is long. It does not require huge investment in production materials, so it can be said that it is a multi-purpose product.
In addition, this method will also change the current highly judgmental structure of the pharmaceutical industry, making it easier for laboratories and small pharmaceutical companies that cannot invest in building factories to develop new drugs. This is equivalent to directly eliminating the need for them to build factories and production processes, making it easier for them to develop new drugs.
More scientific research results can be converted quickly, which will also help treat more patients."
“In addition to these advantages, the biggest advantage of this drug printing system is that it can achieve individual customization.
In the past, the drugs we took had standard specifications and fixed ingredients produced by various pharmaceutical companies. Therefore, while these drugs treated related diseases, they also caused a series of other problems.
This is mainly because the conditions of different patients are different. For the same disease, the combination of drugs may also be different due to the patient's constitution and condition. However, the specifications of these drugs are uniform and the ingredients are fixed.
It is difficult to make changes, so it often causes a series of problems.
As for our drug 3D printing system, it can print customized drugs for patients or doctors, such as reducing the content of certain ingredients in the drug, or reducing the weight specifications of each drug, etc.
.
We can even print a dazzling variety of medicines together, so that patients can take the medicines more conveniently. Instead of having too many medicines that are easy to forget or have difficulty swallowing, they will cause various problems and increase the pain of the patients.
.”
Looking at the surprised and undigested people in the audience, Wu Hao emphasized and continued: "Even using this drug 3D printing system, we can also introduce the AI system, or artificial intelligence, into the entire treatment process.
Let robots treat patients.
Compared with the uneven medical skills of doctors, powerful artificial intelligence systems can continuously improve their diagnosis and treatment of diseases through continuous learning and training, and will eventually surpass humans.
People may be affected by some external factors and make misjudgments, but artificial intelligence systems will not. It can calculate the best treatment through countless disease treatments, and then prescribe the most accurate prescription.
The drug 3D printing system can print customized drugs specifically for patients based on this precise prescription. The curative effect achieved in this way is much more efficient, accurate and reliable than conventional outpatient treatment."
Looking at the many guests in the front row who looked in disbelief and even doubtful, Wu Hao smiled and said: "In fact, the current modern medical diagnosis and treatment process has been very standardized. Under normal circumstances, it only needs to be based on these standardized diagnosis and treatment processes.
Based on the results of diagnosis and treatment, we can draw conclusions about the condition and then carry out targeted treatment according to the guidance.
So now there are actually many artificial intelligence systems involved in daily diagnosis and treatment, such as common Internet drug inquiries, remote smart medical care, and smart triage systems in hospitals, etc."
Our artificial intelligence medical diagnosis and treatment system is much more advanced and in-depth than the AI systems currently on the market. Its huge database continuously collects diagnosis and treatment data and case information from major hospitals in the world, and then continuously
In-depth study and training to master the latest and most cutting-edge medical diagnosis and treatment technology in the world.
Then we can connect this set of equipment to the outpatient clinics of hospitals at all levels through various terminals. In this way, patients no longer need to go to big hospitals in big cities, but can enjoy it just at home or even in community hospitals.
The best medical diagnosis and treatment services.
We know that the busiest department of the hospital is the outpatient department. Basically 80% of the diseases are diagnosed and treated in the outpatient department. Only 20% of the patients require further hospitalization. In other words, using our set of artificial intelligence
The medical diagnosis and treatment system can treat 80% of basic diseases, which can greatly alleviate the current shortage of medical resources.
After using this intelligent medical diagnosis and treatment system, when patients come to the hospital for medical treatment, they only need to register first, and then use a series of independent examination equipment to conduct relevant tests on the patient's own condition. Such as height, weight, blood pressure, blood lipids, and blood sugar.
Wait. After completing this series of related basic examinations, the system will guide the patient to a special clinic, where he will be received by the relevant port robot of the artificial intelligence system. Through the intelligent voice system, the patient will be asked about his condition, past history and other oral information. Related
The equipment will conduct physical examination, auscultation, etc. on the patient's body.
Even, the patient can lie down in a special treatment room and follow the relevant system instructions to carry out the relevant diagnosis and treatment procedures, and the previous blood and urine routines can be performed directly during the basic examination after registration.
After completing these basic diagnosis and treatment, the intelligent medical diagnosis and treatment system will have a general understanding of the patient's condition, and then arrange the next examination process. For example, blood routine, urine routine, chest X-ray, CT, B-ultrasound and other examination methods
