Endotracheal tube was removed within 5 minutes after surgery, new technology helps patients recover quickly after heart surgery

Endotracheal Tube was removed within 5 minutes after surgery, new technology helps patients recover quickly after heart surgery

14-year-old Xiao Yu is from Zhongshan. She suffered from congenital heart disease since she was a child. Her family took her to the Cardiovascular Center of the Second Affiliated Hospital of Zhongshan Medical University. After diagnosis, her atrial septal defect reached 27mm. Li Qingguo, vice president of the hospital and director of the Cardiovascular Center, successfully performed atrial septal defect repair surgery under extracorporeal circulation. Only 5 minutes after the operation, the anesthesiologist removed the ett tube for Xiao Yu who was still sleeping on the operating table!

Vice President Li Qingguo introduced that this new technology called "extubation under deep anesthesia" is to maintain deep anesthesia for extubation under the premise of ensuring the safety of the patient's vital signs and good respiratory function. Advanced extubation techniques under the promotion. It allows patients to quickly return to spontaneous breathing after surgery. Compared with traditional extubation techniques that require patients to stay in the intensive care unit (ICU) for 4 to 6 hours after cardiac surgery, patients who use "extubation under deep anesthesia" can complete tracheal tube intubation within 5 to 10 minutes after surgery.

The application of this emerging technology in cardiac surgery brings multiple benefits and advantages to patients.
First of all, due to the serious condition of cardiac surgery patients, complex surgery, large trauma, and relatively high risks, the strong stimulation of extubation under traditional awake conditions can stimulate the body's sympathetic nervous system and cause cardiovascular system complications. Using the technique of "extubation under deep anesthesia" can effectively reduce the occurrence of such accidents.
Secondly, using the "extubation under deep anesthesia" technique, anesthesiologists implement regional anesthesia by implementing nerve blocks, thereby controlling the dose of anesthesia during the operation, so that patients can wake up faster and facilitate rapid recovery.

Thirdly, this technology allows patients to quickly recover spontaneous breathing after surgery, avoiding a long period of ventilator dependence, thereby reducing the chance of infection, reducing the consumption of medical resources, reducing the medical expenditure of patients, and reducing the burden on patients and their families.

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