Chapter 1109: Chapter 895: Snatching the Spoils_2 Chapter 1109: Chapter 895: Snatching the Spoils_2 This still has a correction factor, for example, if the patient previously suffered from spinal tuberculosis, and the part of the spine affected by the tuberculosis, then it’s necessary to correct the function value for this situation. Each scenario corresponds to a coefficient, which, when added to it, produces a corrected function value.
Currently, whether in China or in Europe, this function is very accurate.
On one side of the screen is an introduction to the Yang-style Osteotomy function. Milton carefully calculated on the draft paper, truly a genius doctor, to be able to co up with such a thod. This must require the collection of a large amount of data to achieve, and it’s another doctor with great patience and perseverance who could collect so much data and then analyze it.
When Milton first saw this function in Yang Ping’s paper, it was just a basic introduction about the statistical data of surgery cases in the paper. Therefore, Milton also wanted to use this thod for surgery, but after trying it out, he couldn’t proceed.
In fact, at that ti, Yang Ping had not yet simplified his surgical thod. He was concerned that being too detailed might lead to many doctors overestimating their abilities and eager to try, which could easily cause so issues.
Yang Ping’s surgical thods generally went through two steps: the newly invented procedure and then the simplification of the procedure to lower the threshold and complexity of the operation.
Now that Yang Ping had simplified his procedure, he sent Song Zimo to Europe, using this conference to teach doctors from all over the world.
If the surgery is done according to the current thod, it would be very easy. After thoroughly researching the thod, Milton decided that he would use it for all future spine deformity corrections, especially for so high-difficulty surgeries where he would no longer have to rely solely on experience and luck.
The osteotomy action was extrely rapid, quickly completing the bone cutting, followed by correction and rod insertion. The entire process was smooth and did not at all seem like a day-long spinal deformity correction surgery; it was more like a simple spinal compression fracture, completely stress-free.
From skin incision to suture, the surgery was finished in one hour.
The doctors at the conference were thoroughly conquered by Song Zimo’s technique. Any one of them facing such a case on their own would not have dared to accept it and would have had to give up the surgery.
Lowering the difficulty of the case a bit, they might perform the surgery for a patient, but the operation ti could not be this fast. With twenty pedicle screws and several osteotomy sites, even at their fastest, they couldn’t possibly complete the surgery in less than three or four hours.
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At this ti, Yang Ping was busy in the System Space Laboratory.
He was currently working on not just one project but running multiple research projects concurrently; the search for other space-orientation factors was still in progress, and the study into tumor cell apoptosis was reaching a critical point.
Moreover, Yang Ping was planning to set up a third project in the System Space Laboratory. The current System Points could completely support three projects running simultaneously.
The third project was about skin. Yang Ping found skin to be a truly miraculous organ, quite different from the others.
Yang Ping’s Skin Expansion Technology did not use stem cells or space-orientation factors, for the space-orientation factors found so far were only for muscle.
His Skin Expansion Technology simply utilized healthy skin from the patient’s body. Remarkably, a large piece of skin could be expanded from just a small healthy patch, and that skin still belonged to the patient without any risk of rejection. In theory, the area of expansion was limitless.
Why can’t other organs do what skin can do?
As Yang Ping delved deeper into his research, the number of questions in his mind only increased, and they beca more and more chaotic.
Yang Ping calculated the System Points and decided to set up the third project to specifically study the skin, and also to incidentally research the liver, as it also has certain replication capabilities, sothing other organs do not possess.
If the liver could be expanded outside the body like skin, then in the future all patients needing a liver transplant would not have to wait for an allograft. It would only be necessary to extract healthy liver cells, expand and cultivate them outside the body to grow transplantable liver tissue, and then replant it back into the liver.
The more he thought about it, the more amazed Yang Ping beca at the skin as an organ. It has not only the advantages of replication but also sensitive tactile properties. Why is human intelligence far superior to other animals? It might be closely related to the sensitive tactile sensation of the skin.
A person can discern the shape and material of an object, such as wood or tal, and make basic judgnts, without using their eyes but only with the skin of their hands.
A piece of skin removed from the body and placed outside can still change to adapt to different environnts, as if it had a brain of its own.
This miraculous organ must hide many secrets. Yang Ping decided to further investigate not only content with the Skin Expansion Technology. The chanism behind why skin can expand and other organs can’t was the focus of Yang Ping’s interest.
As for the project on tumor cell death, the trajectory was becoming clearer and clearer.
After analyzing electron microscope images of tumor cells at different stages of death, it was confird that the mode of cell death was apoptosis. Who was responsible for initiating apoptosis was identified through analysis of various biochemical molecules in the environnt surrounding the tumor cells, leading Yang Ping to discover a special protein nad the K-factor.
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