The application of infrared remote control in surgical navigation is an innovative technology, which helps doctors navigate more accurately during surgery through accurate positioning function. The following is the specific help of infrared remote control in surgical navigation:
- Precise location of the tumor: During surgery, the infrared remote control can be used in combination with fluorescent navigation technology. The doctor first injects a molecular fluorescent dye into the patient and then illuminates the test area with a near-infrared lens controlled by an infrared remote control. After the fluorescent dye enters the tumor cells, near-infrared light is emitted under the excitation of infrared light. The fluorescence navigation device obtains real-time images of the tumor according to the superposition of near-infrared light and visible light, which helps doctors to accurately locate the tumor in real time through the display screen.
- Reduce surgical errors: Infrared remote control can reduce surgical errors by controlling near-infrared light sources. Because infrared light is minimally harmful to the human body, this technology can provide precise surgical navigation without increasing the risk to the patient.
- Improve surgical efficiency: The infrared remote control can remotely control the equipment in the operating room, such as shadowless lights and cameras, so that the doctor can adjust the equipment Settings without leaving the patient during the operation, improving the surgical efficiency.
- Real-time data transmission: Infrared remote control can also be used for real-time data transmission. In the surgical navigation system, the infrared remote control can transmit the position data of the surgical tool, which is used to calculate the position and pose of the surgical tool in the three-dimensional medical image of the patient, so as to achieve real-time surgical navigation.
- Reduce operating time: Through the navigation system controlled by the infrared remote control, the doctor can reduce the manual operation during the operation, thus reducing the operating time. This technology can automatically register the mark points, which solves the problem of the mark points falling off, and is convenient to use in some surgical sites where it is not convenient to paste the mark points.
- Improve surgical safety: The use of infrared remote control can reduce the error during surgery and improve the safety of surgery. Due to the safety of infrared light and the side-effect free properties of fluorescent dyes, this technique can ensure the safety of patients during surgery.
- Convenient remote guidance of experts: The infrared remote control can also enable experts outside the operating room to watch the operation situation in real time through video content, and if necessary, adjust the equipment in the operating room through remote commands to provide immediate guidance and help.
- Strong anti-interference ability: The application of infrared remote control in surgical navigation also has the characteristics of strong anti-interference ability. Due to the anti-interference characteristics of infrared data transmission, the infrared remote control can work stably even in complex surgical environments to ensure the accuracy of surgical navigation.
In summary, the infrared remote control greatly improves the accuracy, efficiency and safety of surgery through accurate positioning, real-time data transmission and remote control functions in surgical navigation. The application of this technology not only provides a powerful tool for doctors, but also brings safer and more effective surgical treatment for patients.