The Sports Healer Starting from Milan

Inter Milan's resounding victory has excited countless Inter Milan fans.

This also made Lin Mu even more popular.

He simply didn't have time to enjoy the praise; he was engrossed in his thesis.

I added a dot by the way.

It cost 150 experience points to upgrade "Knee Cruciate Ligament Reconstruction" to level 4.

There are less than a hundred left, and with this great victory, the system gave us just over three hundred experience points.

[Knee cruciate ligament reconstruction: Lv4 (01/300)]

Thus, he acquired his first level 5 spell.

Swish!

A deluge of knowledge surged through his mind like a tsunami.

It feels different from before.

It's no longer about how many surgeries or dissections you've performed.

Rather, it was elevated.

He also learned how to conduct theoretical research on ACL double-beam reconstruction.

"A single beam is a compensatory reconstruction, inherently lacking a rotationally stable structure, and has an irreversible physiological defect."

Lin Mu also found several case studies published by pioneering doctors.

Although very few.

But I'm not the only one in the world doing this.

Professor Peter in Pittsburgh is developing the Freddie system, which is already showing promise.

There were also several doctors from Japan.

Katsuyuki Yasuda published a theory on the anatomy of the double bundle.

However, implementing his theory is extremely difficult and complicated, requiring the creation of four bone tunnels and resulting in poor postoperative recovery.

There's also Freddie from the US.

Chinese.

His Chinese name is Fu Haoqiang. He learned the technique in Japan last year, but because he did not have a solid advantage, he was questioned by the industry for over-studying.

So it continues to this day.

The reason why ACL double-bundle reconstruction is not recognized by the medical community.

Some people do four-bone tunnels, some do three-bone tunnels, and some do pseudo-dual-beam tunnels.

There is no standard.

Problems such as bone tunnel intersections, cortical bone fragmentation, and tunnel enlargement lead to frequent ligament loosening and joint impingement.

The postoperative recovery was also poor.

......

The following afternoon.

Lin Mu typed the last letter.

Then he transferred the paper to a USB drive and headed to Roberto Mochini's office.

"Teacher, I'm thinking that current dual-beam reconstruction relies entirely on feel. There's no fixed standard for tension adjustment at various angles of flexion and extension, such as 0°, 30°, and 90°, so it can't be quantified."

"It is easy to develop two polarized situations: the anterior medial cord is too tight, resulting in limited knee flexion, or the posterior lateral cord is too loose, leading to unstable rotation."

Lin Mu plugged the USB drive into the computer.

His meaning was very simple.

Currently, adjusting ligament tension usually involves tightening it until the bone surfaces align.

Alternatively, a fixed number of Newtons can be set.

But why put this tension?

No one can provide the answer.

Roberto Mochini looked thoughtful.

This is indeed a gap in the current medical field.

"What do you mean?" Roberto Mochini looked at his student in surprise, as if he had just realized something.

"I think there must be a formula that can solve this problem."

Lin Mu opened his paper and scrolled to the middle page.

It says on it...

The tension in the anterior medial colliculus increases linearly with increasing knee flexion angle, as shown by the formula: Tam = T0 + 0.23θ

"..."

Roberto Mochini grabbed the mouse and flipped forward.

He found that he couldn't understand it at all until he read it carefully from beginning to end several times.

Many doubts still linger in my mind.

"The other day you asked the hospital for three cadavers for knee joint research, was it for this reason?"

Roberto Mochini gasped.

Lin Mu nodded.

Of course, he didn't draw this conclusion from these three cadavers.

But it happened when he was in school.

The formula for the differential tension of the two-bundle under different knee flexion angles is clearly written in the textbook.

He just verified it.

Roberto Mochini continued watching, his brow furrowing deeper with each glance.

Lin Mu's paper was too concise.

Many minor details have been omitted.

This can prevent others from learning it.

However, it also lost some of its authority.

However, this is also an unspoken rule within the medical community.

No one would reveal the core of their research to others without any concealment.

"Tell me what this means," Roberto Mochini said, pointing to the screen.

"I am comparing the effects of different ACL surgeries by changing the position of the femoral insertion point. I have referenced Freddie's experimental data and also asked a friend from the School of Biomechanics to help me with the simulation."

Lin Mu explained in detail: "The result is that double-bundle reconstruction can significantly enhance the anteroposterior stability of the knee joint."

"This formula was also derived during this process, and there may still be some deviations. More clinical data is needed to build a more accurate mathematical model."

After Lin Mu finished speaking about Roberto Mochini, he fell silent.

His student had given him a huge surprise today.

He stared at the two formulas on the computer screen.

Currently, all research in the medical field on dual-beam reconstruction is qualitative, without any quantitative formulas.

This precisely demonstrates the importance of forest tree research.

"I have a few questions."

Roberto Mochini's eyes sharpened. "Can a formula for cadaver specimens be applied to living people? Creep during the healing process can cause the initial tension to be completely lost within weeks. Does your formula take biological responses into account?"

Because the corpse lacks metabolism, hematoma, and graft ligamentization.

However, any purely biomechanical formula faces a paradox when applied to living tissue.

Tension and healing.

If this is ignored.

The formula for forests is just a toy.

"This formula is not static, but rather a zero-reference system, because the tension after ACL reconstruction is a curve that first decreases, then increases, and then stabilizes."

Lin Mu answered very readily.

He chuckled after saying that, "Besides, the clinically experienced tension we're using now, whether it's based on feel or a uniform 40N setting, doesn't it take biological responses into account?"

"My formula may not be the final answer, but it can be questioned, revised, and proven through prospective clinical trials."

"Teacher, the human body is complex, but complexity does not mean it cannot be quantified. I think we don't need a perfect formula, but just a better formula than 'going by feeling'."

The office was so quiet you could hear a pin drop.

a long time.

Roberto Mochini leaned back in his chair and let out a long sigh. "I'll double-check the data. I'll contact my friend later. Let's get this article published in AJSM."

The Piave River truly is a place where the old waves push the new waves forward.

Each wave is stronger than the last.

The research findings on forest trees are quite surprising.

This paper is also well written, from complete formulas to mechanical data, and then to anatomical extensions and predictions of clinical outcomes.

Roberto Mochini even felt that this was a groundbreaking theoretical study.

He pressed his temples.

Martens just made a big splash at the Frontier Forum.

They have the potential to become the ones who set the clinical standards for ACL surgery.

Now Lin Mu has brought out this theory again.

This is a real confrontation.

Roberto Mochini, in any case, did not expect the forest to bear fruit so quickly.

As for AJSM, it is a world-class orthopedic journal.

He has a friend who is a reviewer for this journal.

It is possible to bypass the regular external review queue.

"Okay, teacher."

Lin Mu nodded.