ABSTRACT
Objective To recognize the relationship between high cutantous artery branches and descending branch of lateral femoral circumflex artery artery,and to investigate the blood supply of anterolateral thigh flap in clinical.Methods Retrospective analysis 152 cases of anterolateral thigh flap from November,2003 to December,2016.It contains cutting with descending branchs in 99 cases,cutting with lateral branchs in 43 cases,the union of them in 8 cases and high cutantous artery branches in 2 cases.Results The flaps survival in 147 cases,cutting necrosis in 3 cases and partly necrosis in 2 cases.Descending and lateral branchs were both dominance neurovascular bundle of vastus lateralis muscle,independently or commonly dominate the skin of anterolateral thigh,occurrence rate was 33.5％.Conclusion The descending branch of lateral femoral circumflex artery include lateral branch,all of which are the neurovascular bundles,supply the anterolateral thigh muscle,and divid into some perforator branches crossing the musle to the anterolateral thigh skin subsequently,which constitute "the anatomical functional unit".High cutantous artery branche is the one of all of the branches,its origin lies hight and arise from lateral branch.
ABSTRACT
Objective To evaluate the outcomes of distal leg and foot-ankle reconstruction with rotated single pedicel reverse sural neurocutaneous island flaps. Methods From June 2011 to January 2016, seventeen distal leg and foot-ankle defects cases repaired with rotated single pedicel reverse sural neurocutaneous island flap were analyzed retrospectively. In this study, 13 cases were male, and 4 cases were female. Age ranged from 25 to 65 years old, with an average age of 42.0 ± 8.3 years. Seven cases were distal leg defects, 3 cases were ankle defects, 3 cases were heel defects, and 4 cases were acrotarsium defects; all cases had bone and tendon exposure. The defects ranged from 5.0 cm × 7.0 cm-6.0 cm × 12.0 cm. The flap size ranged from 5.0 cm × 7.0 cm-8.0 cm × 15.0 cm. Results All 17 cases survived completely, without thanatosis, blisters and vascular crisis. The follow-up period was 12-48 months, and the mean was (20.0 ± 11.1) months. The color and elasticity of the flaps was excellent, with satisfactory appearances. Function and appearance of donor sites was not affected. Conclusions The rotated single pedicel reverse sural neurocutaneous island flaps have no injury on main nerves and arteries. The flaps have wide rotation angle and less invalid fold in the pedicel. The simple operation has satisfactory effects and high survival rate. It is a relatively easy procedure that can be applied toward repairing of distal leg and foot-ankle soft tissue defect.
ABSTRACT
Objective To evaluate the outcomes of thumb reconstruction with dorsal thumb rotated single pedicel reverse island flap.Methods 49 thumb-tip defects cases with dorsal thumb rotated single pedicel reverse island flap were analyzed retrospectively.37 dorsal thumb reverse island flap were performed,and 12 ulnar-dorsal reverse island flaps were performed.Results The operation time was 40-60 minutes.The mean time was 45 minutes.All 49 cases survived completely.The color of the flaps was purple,and blisters in the surface of the flaps after 1-2 days in 2 cases.After took out stitches partly,the blisters were dried and crusted,the color of the flaps with better blood circulation was normal.The follow-up period was 3-24 months,all thumbs had satisfactory appearances and functions.The two-point discrimination was 6-9mm in flaps inosculated with nerve,that was 8-10 mm in flaps inosculated without nerve.The color,texture and elasticity of flaps were excellent,and the donor sites had not been defected.Conclusion Dorsal thumb rotated single pedicel reverse island flap is a reliable option to restore function as well as appearance,long vascular pedicle with skin strap,wide rotation angle,high rate of survival.It avoided damages to the well-known arteries and nerves.It is a relatively facile procedure that can be applied toward resurfacing thumb tip defects.