Innovative technology of Shanghai Ruijin Bone Grinding Hospital
As a well-known orthopaedic hospital, Shanghai Ruijin Bone Grinding Hospital has been continuously carrying out technological innovation and application in the orthopaedic field, aiming to provide more advanced treatment schemes for patients. The innovative technology of Shanghai Ruijin Bone Grinding Hospital is introduced from four aspects.
1. Application of 3D printing technology
3D printing technology is increasingly widely used in the medical field, and has also been given full play in Shanghai Ruijin Bone Grinding Hospital. The orthopedic experts in the hospital can use 3D printing technology to customize the prosthesis suitable for the bone structure of each patient according to their specific conditions. Through 3D printing technology, doctors can accurately simulate the shape of patients' bones, carry out personalized treatment for patients, and improve the success rate of surgery and postoperative effects.
At the same time, 3D printing technology is also used to make surgical models in Ruijin Mogu Hospital. The doctor can print out the corresponding bone model according to the patient's specific condition, and simulate and discuss the surgical plan. This accurate preoperative rehearsal has an important impact on the safety and success rate of surgery.
In addition, 3D printing technology can also be applied to the printing of biological materials, such as composite printing of bone powder and stent, to provide more accurate and innovative options for orthopaedic surgery.
2. Application of precision navigation system
Shanghai Ruijin Bone Grinding Hospital widely uses accurate navigation system during surgery to provide more safe and accurate surgical treatment for patients.
The precise navigation system uses advanced imaging technology, combined with computer-assisted surgery system, to obtain the shape and position information of patients' bones in real time. Through this system, doctors can understand the virtual model of the patient's skeleton in real time during the operation, and accurately determine the incision of the operation, the position and angle of the implant, etc.
The application of precise navigation system not only improves the accuracy and safety of surgery, reduces the risk of surgery, but also shortens the operation time, reduces the surgical trauma of patients, and speeds up postoperative rehabilitation.
3. Development of minimally invasive orthopedic technology
Shanghai Ruijin Bone Grinding Hospital has made an important breakthrough in minimally invasive orthopedic technology, providing patients with safer and faster surgical options.
The orthopedic minimally invasive technology realizes the accurate diagnosis and treatment of patients' skeletal diseases through the use of small incisions, minimally invasive instruments and precise navigation systems. Compared with traditional open surgery, minimally invasive orthopedic surgery is not only less traumatic and bleeding, but also can reduce the risk of surgical complications, and improve the success rate of surgery and the quality of life of patients.
For example, Ruijin Mogu Hospital has accumulated rich experience in minimally invasive spine surgery. With minimally invasive technology, doctors can perform discectomy, interbody fusion and other operations through a minimal incision, which not only avoids the damage to the spine caused by traditional surgery, but also can better repair the patient's spinal function.
4. Application of intelligent rehabilitation aids
Shanghai Ruijin Mogu Hospital combines intelligent rehabilitation aids with traditional rehabilitation methods to provide comprehensive rehabilitation services for patients.
Intelligent rehabilitation aids include intelligent gait trainers, motion rehabilitation robots, etc. These devices can monitor the movement status of patients, and develop personalized rehabilitation training programs according to the rehabilitation needs and progress of patients. Through the application of intelligent rehabilitation equipment, patients can get more accurate and scientific rehabilitation guidance and improve the rehabilitation effect.
In addition, intelligent rehabilitation aids can also provide real-time feedback to help patients better master correct movement skills and posture, reduce wrong movements in movement, and improve the efficiency of rehabilitation training.
Summary
This article introduces several important areas of orthopaedic technology innovation in Shanghai Ruijin Bone Grinding Hospital. Through the application of 3D printing technology, the application of accurate navigation system, the development of minimally invasive orthopedic technology and the application of intelligent rehabilitation aids, the hospital has provided patients with more advanced, accurate and safe treatment solutions. The continuous development of innovative technologies of Ruijin Bone Grinding Hospital is inseparable from the efforts of the expert team and the continuous progress of technology. It is believed that in the future, these technologies will further improve the level of orthopedic medicine and benefit more patients.
