The patient, Auntie Li, was admitted to the hospital because of "dysmenorrhea for 27 years, progressively aggravated for 3 years". On examination, the uterus was the size of a pregnant woman in her third month of pregnancy; ultrasound examination showed adenomyosis, and a hyperechoic mass in the uterine cavity showed endometrial polyps. After careful preoperative preparation by Prof. Tan Buzhen's surgical team, the patient underwent a da Vinci robotic total hysterectomy on October 27th, which went smoothly, with minimal bleeding, and the patient's vital signs were stable after the operation.
The future is here, and as an important driving force of the new scientific and technological revolution and industrial change, artificial intelligence technology is profoundly changing the world. We are in the middle of the fourth industrial revolution with AI and big data as the core - the intelligent revolution trend. In recent years, the deep integration of AI, big data, 5G and other technologies with the healthcare industry has given smart wings to health. From wearable devices set off a health management boom, to image-assisted technology for precise identification of lesions, to telemedicine so that patients in the mountains can also enjoy advanced medical services, the technological dividend greatly improves the quality of medical services, but also profoundly changes the mode of health care services and concepts, to build a new type of health care system provides an important support. Artificial intelligence-enabled healthcare presents us with a bright future. Compared with traditional surgery, the application of artificial intelligence robotic surgery has three advantages in a comprehensive manner: first of all, the biggest advantage is precision, and very accurate positioning can be found during surgery. The quality of surgery is greatly improved. Second, the surgical process is greatly simplified. The manual repeated confirmation and fluoroscopy process is subtracted, saving time. In addition, the surgery is less traumatic. Prof. Tan Buzhen said that the next step, their team will study to broaden the indications of the robot, expand the scope of surgical treatment, improve the level of treatment, to serve more patients and friends, so that more patients benefit.