Engel Holger, Gazyakan Emre, Cheng Ming-Huei, Piel David, Germann Guenter, Giessler Goetz
Department of Plastic and Hand Surgery, Burn Center, Trauma Center Ludwigshafen, Plastic and Hand Surgery, The University of Heidelberg, Ludwigshafen, Germany.
Microsurgery. 2008;28(7):489-94. doi: 10.1002/micr.20538.
From April of 2003 through September of 2006, 70 free anterolateral thigh (ALT) flaps were transferred for reconstructing soft-tissue defects. The overall success rate was 96%. Among 70 free ALT flaps, 11 were elevated as cutaneous ALT septocutaneous vessel flaps. Fifty-seven were harvested as cutaneous ALT myocutaneous "true" perforator flaps. Two flaps were used as fasciocutaneous perforator flaps based on independent skin vessels. Fifty-four ALT flaps were used for lower extremity reconstruction, 11 flaps were used for upper extremity reconstruction, 3 flaps were used for trunk reconstruction, and 1 flap was used for head and neck reconstruction. Total flap failure occurred in 3 patients (4.28% of the flaps), and partial failure occurred in 5 patients (7.14% of the flaps). The three flaps that failed completely were reconstructed with a free radial forearm flap, a latissimus dorsi flap and skin grafting, respectively. Among the five flaps that failed partially, three were reconstructed with skin grafting, one with a sural flap, and one with primary closure. The free ALT flap has become the workhorse for covering defects in most clinical situations in our center. It is a reliable flap with consistent anatomy and a long, constant pedicle diameter. Its versatility, in which thickness and volume can be adjusted, leads to a perfect match for customized reconstruction of complex defects.
从2003年4月至2006年9月,共转移了70个游离股前外侧(ALT)皮瓣用于重建软组织缺损。总体成功率为96%。在70个游离ALT皮瓣中,11个被提升为皮支皮瓣,57个被切取为肌皮“真”穿支皮瓣,2个皮瓣被用作基于独立皮肤血管的筋膜皮穿支皮瓣。54个ALT皮瓣用于下肢重建,11个皮瓣用于上肢重建,3个皮瓣用于躯干重建,1个皮瓣用于头颈部重建。3例患者(占皮瓣的4.28%)出现皮瓣完全失败,5例患者(占皮瓣的7.14%)出现部分失败。完全失败的3个皮瓣分别用游离桡动脉前臂皮瓣、背阔肌皮瓣和植皮进行了重建。在部分失败的5个皮瓣中,3个用植皮进行了重建,1个用腓肠皮瓣进行了重建,1个进行了一期缝合。游离ALT皮瓣已成为我们中心大多数临床情况下覆盖缺损的主要手段。它是一种可靠的皮瓣,解剖结构一致,蒂直径长且恒定。其厚度和体积可调节的多功能性使其非常适合复杂缺损的定制重建。