Technology: Breaking the monopoly global hegemony

Chapter 2135 Surgery
Xiao Sa, who was born in the 1980s, was still a little dazed as he looked at the bilingual agreement in front of him.

He had not expected that the Jiuzhou Technology branch would move so quickly. He had just handled some small business when he received a notice to go to the training center to sign an agreement.

Doctor Zhao Xing was still busy, and a student was explaining.

"This is a cardiac surgery agreement, which details the relevant information of the surgery, preoperative preparation, surgical risks and complications, fees and payment methods, postoperative services, etc.

Please pay attention to the information in these locations. The name of the operation is 'Jiuzhou Bionic Heart Replacement Surgery'. The preoperative preparation has been completed. We have paper reports of the test data of electrocardiogram, echocardiogram, blood test and other items, and we have also sent an electronic report to your Jiuzhou personal center.

There is the question of surgical risks and complications, and then the cost of treatment and how to pay for it…”

Although the student felt that the money issue was a bit redundant, he still followed the instructions and finished the talk. Finally, he said, "Our Saudi Mechanic Training Center Medical Rescue Service Team will provide the patient with the necessary medical care and rehabilitation guidance after the operation, as well as maintenance of the bionic heart..."

Xiao Sa did not sign blindly, but read the key points carefully and asked some questions that confused him. Only after receiving accurate answers did he sign his name.

As for payment...that's even easier than signing.

After seeing the student upload the agreement document and confirming the signature, Zhao Xing turned around and told the students beside him: "Although we are now performing remote surgery through protective glass, you must remember to keep your hands stable at all times.

When you return to the headquarters, there will be many animal patients for you to treat personally. You need to be a generalist and not be too biased towards one thing.

Mr. Gu has reminded us more than once that machines and programs will always make mistakes, and we humans must always maintain technological independence and not rely too much on external things.

Okay, next I will demonstrate how to use remote control to replace the bionic heart with the assistance of Hua Tuo."

“The first step is to determine the patient’s physical condition and the exact condition of the surgical site, and then determine whether the bionic parts to be installed meet the requirements…

As for skin preparation, allergy testing, antibiotic injection testing, blood drawing and cross-matching testing, and enema, if conditions permit, they should be done one day to one week in advance, as carefully and in order as possible.

In addition, if a life-sustaining cradle or a life cradle can be used, it should be used as much as possible for the patient to improve his physical fitness and energy in a short period of time. Of course, these conditions do not need to be forced.

Okay, now let’s start the anesthesia.”

The old man lying on the operating table soon had his heart opened under the dance of the cold robotic arm scalpel.

While the robotic arm's scalpel was dancing, the bionic heart beside it was also beating slowly in the blood with "seasonings" added, and after just a few seconds, it maintained the same beating frequency as the old man's heart. While opening the chest, Zhao Xing was like a craftsman performing a familiar chopping operation, and he could also devote his attention to teaching the students beside him.

"Our bionic heart replaces the left and right ventricles of the patient's heart, and the micro solid-state battery and control system chip are implanted in the patient's abdominal cavity to provide power. The external battery pack can charge the micro solid-state battery through an energy transmission device installed under the skin of the abdomen. Now that the technology has been upgraded, it can even be charged wirelessly, but the technology is still in the confidential stage, in order to ensure that the human bionic mechanical prosthesis and other intelligent devices can have a benign interaction as much as possible without being interfered with.

At this time, we must put aside other worldly concepts. The heart is a muscle pump that maintains oxygen supply and blood circulation through the lungs and the body. The bionic heart is like replacing a car with a damaged power system with a better one.

It will replace the original heart to transport blood to the lungs and other parts of the human body. This bionic heart can pump more than 10 liters of blood per minute. This amount of blood alone is enough to meet the daily activities needs of an ordinary person.

When Hua Tuo's surgery went smoothly, although we were just bystanders, we had to be ready to manually accept the mechanical scalpel at any time, or even be ready to rush into the operating room and perform the surgery ourselves, so we had to wear sterile surgical gowns...

This patient is very old. Although he has been taking Taoyao and other medicines for maintenance, his heart muscles can no longer keep up with the daily workload of pumping blood. The toughness of the muscles is also declining, just like old bacon that is being pickled and gradually dried..."

Zhao Xing was speaking, but the students beside him were not so relaxed.

Although this group of young people have long passed the period of anxiety and fear of performing surgery on the human body, they still feel a sense of emptiness in their hearts.

Not to mention being ready to enter the operating room for surgery at any time, they are now anxious about how to set the parameters of the equipment in each link if they are to take over the job, how to perform the operation, and how to end the bionic heart after it is installed.

The operation was long, but also very quick.

The scalpel controlled by the intelligent program AI [Hua Tuo] is like a surgeon with eight dexterous arms, and the surgical efficiency is extremely high.

6◇9◇Book◇Bar

Normally, doctors would first use a blade to cut the skin, then use an electric knife to cut the subcutaneous tissue to the sternum, and finally use a sternum saw to split the sternum, apply bone wax, use a chest brace to open the sternum to expose the pericardium, and then they can cut the pericardium open.

After the pericardium is incised, the conditions of the ascending aorta, main pulmonary artery, atria, ventricles, superior and inferior vena cava and pulmonary veins must be checked to see if they are normal before the gap between the ascending aorta and the main pulmonary artery can be separated.

Once the superior and inferior vena cava are exposed, they can be cut open and a drainage tube inserted and fixed. The tube is then connected to the artificial heart-lung machine, and the venous drainage is released during perfusion to start the transfer.

However, with the assistance of multiple cameras, electronic radars and various detectors, Hua Tuo does not need to wait and do things slowly step by step.

The speed at which the pericardium is opened before the muscles and nerves have time to respond is a miracle that all surgeons marvel at.

While the operation is proceeding rapidly, there are devices nearby that are continuously monitoring and uploading detailed changes in nerve signal data. At the same time, there are also devices that preserve the removed tissues while ensuring their biological activity.