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Hengyang Central Hospital completed the first case of "hanging air-free abdomen" to cut ovarian cysts

Hengyang Central Hospital completed the first case of "hanging air-free abdomen" to cut ovarian cysts

Hengyang Central Hospital completed the first case of "hanging air-free abdomen" to cut ovarian cysts.

Red network moment Hengyang January 26 news (reporter Tan Qian correspondent Peng Jing) recently, by the Hengyang Central Hospital Department of Gynecology led by Wen Jing main knife completed a case of ovarian cyst resection, the operation using suspension type air-free abdominal single hole laparoscopic method, the first case in the hospital. While relieving the patient's pain, it reduces complications and helps to recover quickly.

The patient, Yin Moumou, went to the gynecology department of the hospital for medical treatment due to the discovery of pelvic masses during the physical examination. Upon examination, a mass about 8 cm in size may be attached to the left appendage of the lower abdomen. Wen Jing comprehensively considered the patient's medical history, examination results, needs and other factors, and decided to use suspended air-free abdominal single-hole laparoscopic surgery to relieve the patient's pain.

At present, the common laparoscopic surgery for such diseases is mostly filled with carbon dioxide gas into the abdominal cavity of the surgeon, and the operation can only be performed after forming a "pneumoperitoneal" space. However, the coca dioxide pneumogenic abdomen may have an impact on the patient's respiratory and circulatory system, leading to complications such as postoperative shoulder and back discomfort.

Suspension-type air-free laparoscopic laparoscopic surgery combines suspended laparoscopic surgery with single-hole laparoscopic surgery, organically combining the advantages of the two to provide patients with a new safe and feasible surgical procedure. While retaining the advantages of traditional pneumoperitoneoscopic minimally invasive surgery, this operation avoids complications such as hypercapnia and acidosis caused by continuous carbon dioxide pneumoperitone, improves the safety of surgery, reduces dependence on laparoscopic special instruments, and reduces the cost of surgery for patients, especially suitable for patients with poor cardiopulmonary function, elderly or obese patients. The surgical trauma is small, the postoperative incision is beautiful, and the ideal "cosmetic effect" of young patients is achieved.

It is reported that in order to better serve patients, the gynecological team of the hospital has studied technological innovation, implemented a new minimally invasive concept, and realized the diversification of minimally invasive gynecological surgery under the premise of effectively ensuring the safety of treatment, so that individualized treatment programs can be realized, and patients can recover faster, which has been unanimously praised by the outside world.

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