United States, California, Orange County.

"Teacher, China Su is here again." A short call immediately made Malone Burke interested. He immediately put down the coffee in his hand and opened the internal page of the editor-in-chief of Journal of Sport Rehabilitation. He saw that an email was indeed forwarded.

This was what Malone Burke ordered, as long as China Su's posts to "Journal of Sport Rehabilitation" and "Medicine and Science in Sports and Exercise", they would be transferred to him. Whether it was to take a look first or to personally review it.

Malone Burke is now not only the editor-in-chief of Journal of Sport Rehabilitation, or the editor-in-chief of "Journal of Sport Rehabilitation", but since last month it has also become one of the editor-in-chief of "Medical and Science in Sports and Exercise".

He likes this Chinese Su very much. His articles are very forward-looking and inspiring, and they are almost infuriating. Even if he reads them, they are quite touched. So he specifically said that as long as Su Shen’s article is submitted, he must tell himself as soon as possible.

Let yourself see.

Sure enough, the articles that came here this time attracted the attention of Malone Burke.

"Training the Glute Medius Segment of Lower Limb Kinematics during Squats: Electromyography Study"

Interestingly, this is a topic I have never seen before. Malone Burke held the coffee and looked carefully—

Su Shen’s writing is extremely scientific and rigorous, and is a specific scientific data and specific operating methods.

This "concrete" is rare because most of them are conjectures or unproven things, especially in the field of sports science, which starts late, and many things are now in the exploration stage of the United States itself.

...

“In most cases, single-leg weight-bearing exercises showed higher levels of activity than non-weight-bearing exercises when measured using single-surface electrodes in the intermediate gluteus medius area. However, the gluteus medius is composed of three unique segments structurally and functionally, and most of the anterior and posterior segments are located deep in the superficial fascia and gluteus maximus, respectively.”

...

“100 healthy, active college students (60 males and 40 females) were recruited, with average age, height and weight of 23.8 (1.6) years, 177.5 (10) cm and 79.9 (18.5) kg for this single cross-sectional study.”

"Specific method: Instrument and electrode insertion, thin line gluteus medius electrodes are inserted into the anterior, mid and posterior segments of the gluteus medius. The electrodes of each gluteus medius segment are connected to the wireless EMG system (Delsys Inc, Boston, MA). An accelerometer (Trigno; Delsys Inc) is fixed to the iliac crest, the top of the distal lateral femur and the anterior medial distal tibia, and the retroreflective marker (Vicon) connected to the selective anatomical marker used to depict motor repetitions…"

...

It turns out that this is possible, it's amazing, why didn't I think of it before?

Malone Burke took a sip of coffee and continued to look back.

“Specific process: Each participant warmed up for at least 5 minutes and then performed 6 rehabilitation exercises in a random order of the metronome (Supplementary Video). Single-leg squats (40 bpm), single-leg bridge (40 bpm), side-length hip abduction (50 bpm), side-length clams (40 bpm), runner exercises (90 bpm), and anti-hip abduction-stretching (60 bpm), 2 minutes of rest between trial and exercise. A series of maximum autonomous isometric contractions (MVICs) (spanning 6 hip movements) were followed for data normalization (Supplementary Table S1)...”
Chapter completed!