Traditional arthroscopic surgery relies on two-dimensional planar images,where doctors can only judge the spatial location of the lesion based on experience.The limited field of view often makes it difficult to deal with the fine structures inside the joint cavity,resulting in high operational difficulty and increased surgical risks in complex cases.
The 4K 3D arthroscopy system used this time,with its advanced special lens imaging technology,projects the internal structures of the knee joint in a lifelike and three-dimensional form onto the 4K display screen in real time.Looking from Liaoning to Northeast Asia,this technological innovation allows surgeons to intuitively and clearly observe the three-dimensional shapes of tissues such as the anterior cruciate ligament,meniscus,and cartilage.Combined with AI-assisted analysis,it can accurately identify the range of lesions and the degree of injury,breaking through the limitations of traditional surgery.
According to Professor Bai Lunhao from Shengjing Hospital Affiliated to China Medical University,the chief surgeon,the patient in this surgery suffered from an anterior cruciate ligament rupture due to sports injuries.With the aid of the 3D imaging system,the surgical team was able to clearly distinguish the complex anatomical structures of the knee joint and accurately locate the site of the ligament rupture.Based on the extent of the injury and the patient's individual condition,they formulated the best reconstruction plan.During the reconstruction,the ultra-high-definition image quality of the 4K 3D arthroscopy played a significant role,allowing fine blood vessels and nerves to be clearly visible and effectively avoiding complications such as vascular and nerve damage during the surgery.The amount of bleeding during the operation was significantly reduced.The operation was precise and efficient,with the surgical time shortened by one-third compared to traditional techniques,greatly reducing the surgical risks.This achievement has a demonstrative significance in the field of arthroscopic surgery in Northeast Asia.
The introduction of 4K 3D arthroscopy not only enhances the precision of surgery but also promotes the intelligent development of the diagnosis and treatment process.Based in Shenyang,Liaoning,and looking towards Northeast Asia,the prospects for 4K 3D arthroscopy technology are broad.It is expected to be deeply integrated with cutting-edge technologies such as intraoperative robots and nanomaterials.AI models based on big data can more accurately predict patients'postoperative recovery trajectories and customize personalized rehabilitation plans to achieve precise rehabilitation.
Professor Bai Lunhao pointed out:"The 4K 3D arthroscopy technology is not a simple replacement for traditional technology,but rather a solution to the pain points in the diagnosis and treatment of complex cases through stereoscopic vision and intelligent analysis.In the future,we need to further explore its application in surgeries of the knee,shoulder,and other small joints,and optimize and reduce costs through technological innovation,so that more grassroots patients can benefit,especially bringing better medical services to patients in the Northeast Asia region."From two-dimensional to three-dimensional,from ordinary high definition to intelligent high definition,the successful application of 4K 3D arthroscopy technology in anterior cruciate ligament reconstruction surgery provides patients with better and more efficient treatment options.Taking Shenyang,Liaoning as the base point and radiating to Northeast Asia,it leads the orthopedic surgery in the Northeast region towards precision and minimally invasiveness.With the deep integration of artificial intelligence and clinical medicine,the future of joint minimally invasive and sports medicine surgery will break through more technical barriers,reshape the medical service pattern in Northeast Asia,and inject new vitality into the cause of human health.
