Abstract
Knee meniscus injuries are more likely to occur in young adults in clinical practice, and their lower age of onset and greater impact on joint function after injury also put forward higher requirements for the treatment and rehabilitation of meniscus injuries. With the rapid development of artificial intelligence technology and arthroscopic minimally invasive technology, arthroscopic meniscus plasty and perovskite nanobiomaterial repair have gradually replaced the previous open meniscus surgery of the knee joint and has become the main method of meniscus injury treatment, and the perovskite nanobiomaterial repair technique that incorporates artificial intelligence technology is also gradually being applied. Therefore, this article studies the role of perovskite nanobiomaterials in the repair of meniscus injuries in football sports and analyzes the biological characteristics of the inner and outer meniscus to provide help to improve the healing rate of meniscus injuries. The study selected six male meniscus-injured patients (meniscus injuries caused by football sports) and obtained six injured menisci. The same cross section of the same part of the meniscus was analyzed inside and outside the meniscus. At the same time, a meniscal injury step was performed on the patient. The biological characteristics of perovskite nano-biomaterials in the repair of meniscus injuries in football sports were compared and analyzed, and the patient's gait before and after surgery was also compared. Experiments have shown that the percentage of the postoperative support phase of the affected limb is significantly higher than that before surgery (P < 0.05), the percentage of the postoperative support phase and flatfoot phase decreased compared with that before surgery, and the gait cycle parameters of both lower extremities improved after surgery, obviously (P < 0.05). It explains that the arthroscopic repair of perovskite nanobiomaterials combined with the artificial intelligence technology to repair the meniscus anterior angle injury is simple and does not require special equipment, has fewer complications, is safe and reliable, and has a high clinical healing rate and a high patient satisfaction rate after surgery. The curative effect is significant; artificial intelligence technology and the application of perovskite nanobiomaterials provide more possibilities for meniscus repair.
Highlights
Meniscus injuries mostly occur in young and middle-aged people who love sports
Since the meniscus can be slightly displaced with the movement of the knee joint, if the displacement is incomplete, it is easy to cause the lower end of the femur and the upper end of the tibia to squeeze, resulting in acute injury
It is believed that artificial intelligence technology and perovskite nanobiomaterials will be more and more widely used in repairing meniscus damage in the near future
Summary
Meniscus injuries mostly occur in young and middle-aged people who love sports After the injury, they often cause knee joint pain, swelling, snapping, interlocking sensation, and restriction of movement. Foreign research on artificial intelligence technology and perovskite nanobiomaterial-repaired football meniscus damage is much earlier than in China. It is believed that artificial intelligence technology and perovskite nanobiomaterials will be more and more widely used in repairing meniscus damage in the near future. E use of artificial intelligence technology and perovskite nanobiomaterials to repair meniscus damage originated in Western countries. Compared with Western countries, my country started late in the study of artificial intelligence technology and perovskite nanobiomaterials in repairing meniscus damage. With the continuous progress and development of artificial intelligence technology and the increasing maturity of nanobiomaterials, repairing meniscus damage using perovskite nanobiomaterials fusion with artificial intelligence technology will be an important research work.
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