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Department of Cardiac Surgery, Peking University Third Hospital,Beijing,China,100191
网络出版日期:2014-11-28,
纸质出版日期:2014
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Song Wu, Feng Wan, Yong-shun Gao, 等. Sternal Reconstruction of Deep Sternal Wound Infections Following Median Sternotomy by Single-stage Muscle Flaps Transposition[J]. 中国医学科学杂志(英文版), 2014,(4):208-213.
Song Wu, Feng Wan, Yong-shun Gao, et al. Sternal Reconstruction of Deep Sternal Wound Infections Following Median Sternotomy by Single-stage Muscle Flaps Transposition[J]. Chinese medical sciences journal, 2014, (4): 208-213.
Song Wu, Feng Wan, Yong-shun Gao, 等. Sternal Reconstruction of Deep Sternal Wound Infections Following Median Sternotomy by Single-stage Muscle Flaps Transposition[J]. 中国医学科学杂志(英文版), 2014,(4):208-213. DOI:
Song Wu, Feng Wan, Yong-shun Gao, et al. Sternal Reconstruction of Deep Sternal Wound Infections Following Median Sternotomy by Single-stage Muscle Flaps Transposition[J]. Chinese medical sciences journal, 2014, (4): 208-213. DOI:
Objective To assess clinical effectiveness of using bilateral pectoralis major or plus rectus abdominis muscle flaps in treating deep sternal wound infection (DSWI) following median sternotomy. Methods Between January 2009 and December 2013
19 patients with DSWI after median sternotomy for cardiac surgery were admitted to our hospital
including 14 males (73.7%) and 5 females (26.3%)
aged 55±13 (18-78) years. According to the Pairolero classification of infected median sternotomies
3 (15.8%) patients were type II
and the other 16 (84.2%) were type III. Surgical procedure consisted of adequate debridement of infected sternum
costal cartilage
granulation
steel wires
suture residues and other foreign substances. Sternal reconstruction used the bilateral pectoralis major or plus rectus abdominis muscle flaps to obliterate dead space. The drainage tubes were placed and connected to a negative pressure generator for adequate drainage. Results There were no intraoperative deaths. In 15 patients (78.9%)
bilateral pectoral muscle flaps were mobilized sufficiently to cover and stabilize the defect created by wound debridement. 4 patients (21.0%) needed bilateral pectoral muscle flaps plus rectus abdominis muscle flaps because their pectoralis major muscle flaps could not reach the lowest portion of the wound. 2 patients (10.5%) presented with subcutaneous infection
and 3 patients (15.8%) had hematoma. They recovered following local debridement and medication. 17 patients (89.5%) were examined at follow-up 12 months later
all healed and having stable sternum. No patients showed infection recurrence during the follow-up period over 12 months. Conclusion DSWI following median sternotomy may be effectively managed with adequate debridement of infected tissues and reconstruction with bilateral pectoralis major muscle or plus rectus abdominis muscle flap transposition.
Objective To assess clinical effectiveness of using bilateral pectoralis major or plus rectus abdominis muscle flaps in treating deep sternal wound infection (DSWI) following median sternotomy. Methods Between January 2009 and December 2013
19 patients with DSWI after median sternotomy for cardiac surgery were admitted to our hospital
including 14 males (73.7%) and 5 females (26.3%)
aged 55±13 (18-78) years. According to the Pairolero classification of infected median sternotomies
3 (15.8%) patients were type II
and the other 16 (84.2%) were type III. Surgical procedure consisted of adequate debridement of infected sternum
costal cartilage
granulation
steel wires
suture residues and other foreign substances. Sternal reconstruction used the bilateral pectoralis major or plus rectus abdominis muscle flaps to obliterate dead space. The drainage tubes were placed and connected to a negative pressure generator for adequate drainage. Results There were no intraoperative deaths. In 15 patients (78.9%)
bilateral pectoral muscle flaps were mobilized sufficiently to cover and stabilize the defect created by wound debridement. 4 patients (21.0%) needed bilateral pectoral muscle flaps plus rectus abdominis muscle flaps because their pectoralis major muscle flaps could not reach the lowest portion of the wound. 2 patients (10.5%) presented with subcutaneous infection
and 3 patients (15.8%) had hematoma. They recovered following local debridement and medication. 17 patients (89.5%) were examined at follow-up 12 months later
all healed and having stable sternum. No patients showed infection recurrence during the follow-up period over 12 months. Conclusion DSWI following median sternotomy may be effectively managed with adequate debridement of infected tissues and reconstruction with bilateral pectoralis major muscle or plus rectus abdominis muscle flap transposition.
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