1.An analysis of 145 cases of acute cholecystitis treated by laparoscopy
Jingsong MEI ; Delin HE ; Dianfu PANG
Chinese Journal of Minimally Invasive Surgery 2001;0(03):-
Objective To evaluate the safety and feasibility of LC in patients with acute cholecystitis. Methods The authors retrospectively analyzed 145 cases of acute cholecystitis treated by LC from 1992~2000. Results All cases were successfully treated by LC, durations of operations being 30 to 130min with a mean 68min. Postoperative complications were found in 5 cases: Two patients underwent cystic artery bleeding, which was stopped successfully via laparoscope; the other three patients had bile leakage, bleeding of the greater omentum and subhepatic abscess, respectively, the first two cases being dealt with by open operations and the later by anti-inflammatory therapy. The success rate of LC was 96 6% (140 of 145). Conclusions LC may be applied successfully to the patients with acute cholecystitis within the first three days of incidence, after the gallbladder wall is proved ≤ 5mm by B-ultrasonography.
2.Mid-term Efficacy of Autologous Hamstring Tendon Implantation in the Treatment of Severe Anterior Vaginal Wall Prolapse
Ying YAO ; Yiting WANG ; Junfang YANG ; Yiqi GUAN ; Yu MEI ; Jingsong HAN ; Kun ZHANG
Chinese Journal of Minimally Invasive Surgery 2024;24(4):271-277
Objective To explore the safety and mid-term efficacy of autologous hamstring tendon implantation in the treatment of severe anterior vaginal wall prolapse.Methods We performed a prospective single arm clinical study.From May 2021,pelvic organ prolapse(POP)patients with severe anterior vaginal wall prolapse as the main cause who had symptoms and required surgical treatment were included.The patient was fully informed and voluntarily selected autologous hamstring tendon implantation and high sacral ligament suspension.Postoperative follow-ups were carried out on the Pelvic Organ Prolapse Quantification(POP-Q),Pelvic Floor Distress Inventory-Short Form 20(PFDI-20),postoperative satisfaction score,and Patient Global Impression of Improvement(PGI-I).Function of the lower limb on the tendon removal side,as well as postoperative complications and re-operations were recorded.Results The operation time of tendon removal was(19.7±8.3)min,the operation time of pelvic floor was(122.1±37.8)min,the median intraoperative bleeding volume was 70 ml(range,50-400 ml),and there was no intraoperative co-morbidity or postoperative fever.A total of 12 cases were followed up for(26.4±2.5)months.The measured values of Aa,Ba,and C were 3(-1-3),5(2-10),and 4(-1-10)before operation and-3(-3-3),-3(-3-3),and-6(-6-3)at 24 months after operation,respectively,with significant difference(P<0.05).The PFDI-20 scores of the 12 patients before surgery and at 24 months after surgery were 88.0 points(range,16.7-204.2 points)and 8.3 points(range,0-32.3 points),respectively,with significant difference(Z=-2.803,P=0.005).The PGI-I questionnaire showed 11 patients with significant improvement in postoperative symptoms and 1 patient with improvement.The satisfaction scores at 6 and 24 months after surgery were(4.8±0.4)points and(4.6±0.7)points,respectively.One patient experienced vaginal prolapse at 12 months after surgery,with a Ⅲ degree prolapse of the anterior wall and vaginal vault,the recurrence rate being 8.3%(1/12).Two patients had pulmonary embolism at 9 d and 2 weeks after surgery,with Clavien-Dindo Ⅱ and Ⅲ grades,and recovered after outpatient and hospitalization treatment.One patient was found fascia exposure at the vagina,and had improvement with medication treatment.All the patients had good wound healing at the tendon removal site,with normal muscle strength and lower limb activity.No re-operation was required due to recurrence or complications of tendon surgery.Conclusions Autologous hamstring tendon implantation is safe in the treatment of severe anterior vaginal wall prolapse with satisfactory mid-term efficacy.Before surgery,it is necessary to educate patients on lower limb exercise to prevent complications of venous thrombosis.