Abstract
BackgroundDeep dead space may be thought as an independent risk factor of the poor infection control after flap reconstruction in complex limb wounds. But it can be easily neglected. The conventional skin flap and musculocutaneous flap are difficult to obliterate the deep dead space in irregular shape effectively. It was investigated that the clinical application of chimeric anterolateral thigh perforator flap in the treatment of complex wounds complicated with deep dead space of the extremities in the paper.MethodsFifty-six cases complicated with deep dead space wounds were registered in group. Following thorough debridement and treatment with VSD, the granulation tissues grew with well-controlled infection. And then the chimeric anterolateral thigh perforator flap was used to obliterate the deep dead space and repair the wounds. The postoperative flap survival and infection conditions were evaluated.ResultsOverall, the infection was effectively controlled, without persistent exudation or sinus tract formation after wound healing. While 5 cases lost to follow-up, the remaining 51 cases were followed up until 15 months on average. Generally, the affected extremities recovered satisfactorily with normal appearances and texture of the flaps, along with normal functions. Importantly, no recurrence of infection was observed.ConclusionDuring the grafting of chimeric perforator flap pedicled with lateral thigh muscle flap, the muscle flap is recommended to obliterate the deep dead space while the skin flap is being used to cover the wound. The combination of these two technologies performed well in the repair and reconstruction of the complex wounds of the extremities, possessing potential for broader clinical application.
Highlights
Deep dead space may be thought as an independent risk factor of the poor infection control after flap reconstruction in complex limb wounds
Free flaps were recommended to be used in the treatment of extensive soft-tissue defects or complex wounds, while patients with poor surrounding soft tissue could not accept the local pedicled flap
We believe that these wounds complicated with deep dead space may be an independent risk factor of the poor infection control after flap reconstruction, and the management of deep dead space plays an important role throughout the reconstruction of complex limb wounds
Summary
Deep dead space may be thought as an independent risk factor of the poor infection control after flap reconstruction in complex limb wounds. High clinical efficacy has been reported in a large number of studies Among these studies, free flaps were recommended to be used in the treatment of extensive soft-tissue defects or complex wounds, while patients with poor surrounding soft tissue could not accept the local pedicled flap. Local deep dead space was constantly observed during the second debridement and a large quantity of inflammatory tissues was noted We believe that these wounds complicated with deep dead space may be an independent risk factor of the poor infection control after flap reconstruction, and the management of deep dead space plays an important role throughout the reconstruction of complex limb wounds
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