胫后动脉穿支骨(膜)皮瓣移植修复手部复合组织缺损

Objective To study the methods and effects of repairing composite tissue defects of the hand by transfering posterior tibial artery perforator bone(periosteum) flap.Methods Nine cases of traumatic bone and soft tissue defects in the hand underwent digital subtraction angiography (DSA) of the lower leg preoperatively.According to angiography results and the anatomical characteristics, the tibial nutrient artery or osteoseptocutaneous perforator vessel of the posterior tibial artery was selected as vascular pedicle to harvest tibial artery perforator bone (periosteum) flap.The osteocutaneous flap was transferrede to repair the bone and soft tissue defect in the hand.The volume of the harvested bone ranged from 1.5 cm× 0.6 cm× 0.4 cm to 3.5 cm×0.7 cm×0.5 cm.The area of the skin flap ranged from 4.0cm×3.5cm to 7.0cm×4.0cm.Results All the composite tissue flaps survived completely.Postoperative follow-up for 3 to 18 months revealed that the fracture line disappeared in 3 to 4 months and all fractures healed.According to the TAM system of joint function assessment/provisional upper limb function evaluation standard isled by the Chinese Hand Surgery Society,88.9% of the cases achieved satisfactory results.Conclusion Transfer of posterior tibial artery perforator bone (periosteum) flap is an ideal procedure to repair composite tissue defects of the hand.No major vessel of the donor site is sacrificed.The good size match between the vessels of the donor site and recipient site makes vascular anastomosis easy.Donor site morbidity is minor.Bone healing time is short.     

胫后动脉穿支骨(膜)皮瓣移植修复手部复合组织缺损

目的 探讨以穿支血管为蒂胫后动脉穿支骨(膜)皮瓣游离移植修复手部复合组织缺损的方法及疗效.方法 对9例外伤性手部骨、皮肤软组织缺损患者,术前行小腿部动脉数字减影血管造影,依据胫后动脉造影结果及解剖特点,选择以胫骨滋养动脉或胫后动脉发出的骨(膜)皮穿支血管为蒂,切取胫后动脉穿支胫骨骨(膜)皮瓣,游离移植修复手部骨和皮肤软组织缺损.骨瓣切取大小为1.5 c×0.6 cm×0.4cm～3.5cm×0.7cm×0.5 cm.皮瓣切取面积为4.0 cm×3.5 cm～7.0 cm×4.0 cm.结果 术后9例复合组织瓣完全存活,随访时间为3～18个月,骨缺损植骨处骨折线于术后3～4个月消失,骨折全部愈合.按照中华医学会手外科学会上肢部分功能评定试用标准中总主动活动度(TAM)系统评定法进行关节功能评价,优良率为88.9%,效果满意.结论 对于各种原因造成的手部复合组织缺损,采用胫后动脉穿支胫骨骨(膜)皮瓣游离移植修复,不牺牲主干血管,供区与受区血管管径相当,便于血管吻合,组织移植后对供区影响小,骨愈合时间短,是一种较理想的治疗方法.

Abstract：

Objective To study the methods and effects of repairing composite tissue defects of the hand by transfering posterior tibial artery perforator bone(periosteum) flap.Methods Nine cases of traumatic bone and soft tissue defects in the hand underwent digital subtraction angiography (DSA) of the lower leg preoperatively.According to angiography results and the anatomical characteristics, the tibial nutrient artery or osteoseptocutaneous perforator vessel of the posterior tibial artery was selected as vascular pedicle to harvest tibial artery perforator bone (periosteum) flap.The osteocutaneous flap was transferrede to repair the bone and soft tissue defect in the hand.The volume of the harvested bone ranged from 1.5 cm× 0.6 cm× 0.4 cm to 3.5 cm×0.7 cm×0.5 cm.The area of the skin flap ranged from 4.0cm×3.5cm to 7.0cm×4.0cm.Results All the composite tissue flaps survived completely.Postoperative follow-up for 3 to 18 months revealed that the fracture line disappeared in 3 to 4 months and all fractures healed.According to the TAM system of joint function assessment/provisional upper limb function evaluation standard isled by the Chinese Hand Surgery Society,88.9% of the cases achieved satisfactory results.Conclusion Transfer of posterior tibial artery perforator bone (periosteum) flap is an ideal procedure to repair composite tissue defects of the hand.No major vessel of the donor site is sacrificed.The good size match between the vessels of the donor site and recipient site makes vascular anastomosis easy.Donor site morbidity is minor.Bone healing time is short.     

逆行桡侧小鱼际皮瓣修复手指软组织缺损

Objective To investigate the therapeutic effect of reverse radial hypothenar flap for finger soft tissue defect. Methods From Mar. 2006 to Mar. 2010, 13 cases (14fingers) with finger soft tissue defects were treated with reverse radial hypothenar flaps pedicled with ulnar palmar digital artery of little finger. The defects were 1.9 cm× 1. 5cm -4. 0 cm× 2. 0 cm in size. The flap size ranged from 1.5cm× 2.0 cm to 4. 0 cm × 2. 0 cm. Results All the flaps survived completely with primary healing both in donor and recipient area. 12 cases(13 fingers)were followed up for 1-3 years. The flaps color was similar to the unaffected fingers. Cicatricial contracture happened in one case due to contracture of palmar fascia.The two-point discrimination distance on flap was 3.2-5. 3mm. The active and passive movement of finger joints was evaluated as excellent in 12 fingers, good in one finger. There was no complaint about the feeling at the donor site. Two months after operation, all patients could go back to work. Conclusions The reverse radial hypothenar flap is very suitable for finger soft tissue defect with less morbidity to donor site.     

腓动脉穿支腓肠神经营养血管游离皮瓣修复手足软组织缺损

Objective To report the operative techniques and clinical results of the free psroneal artery perforator sural neurecutanecus flaps. Methods Free sural neurocutaneous flap with a single unit of perforating veins and artery arising from the peroneal artery was designed to repair skin defects of hand or from the ankle to distal end of the foot. After the flap was transposed to the defect, the perforating artery was anastomozed with a branch of a nearby artery, and the small saphenoas vein was anastomosed with the cephalic vein or the great sapheneous vein to establish the flap's circulation. An alternative way was to anastomose the perforating vessels only. The sural nerve was anastomosed to innervate the flap. Results From Jan 2005 to Dec 2007, 12 cases were treated with the flaps with no flap necrosis. The size of the flaps ranged from 12 crux7 cm to 18 cm× 11 cm. The follow-up period was 7 to 27 months. Both the cosmetic and functional results were satisfactory. Two point discrimination was 7 ～ 12 mm. Conclusions The flap has all the advantages of the h'ee flap, the perforator flap and the neurocutaneous flap. It is easily performed with reliable blood supply. It's a good choice for repairing the skin defects of hands and feet.     

腓动脉穿支腓肠神经营养血管游离皮瓣修复手足软组织缺损

Objective To report the operative techniques and clinical results of the free psroneal artery perforator sural neurecutanecus flaps. Methods Free sural neurocutaneous flap with a single unit of perforating veins and artery arising from the peroneal artery was designed to repair skin defects of hand or from the ankle to distal end of the foot. After the flap was transposed to the defect, the perforating artery was anastomozed with a branch of a nearby artery, and the small saphenoas vein was anastomosed with the cephalic vein or the great sapheneous vein to establish the flap's circulation. An alternative way was to anastomose the perforating vessels only. The sural nerve was anastomosed to innervate the flap. Results From Jan 2005 to Dec 2007, 12 cases were treated with the flaps with no flap necrosis. The size of the flaps ranged from 12 crux7 cm to 18 cm× 11 cm. The follow-up period was 7 to 27 months. Both the cosmetic and functional results were satisfactory. Two point discrimination was 7 ～ 12 mm. Conclusions The flap has all the advantages of the h'ee flap, the perforator flap and the neurocutaneous flap. It is easily performed with reliable blood supply. It's a good choice for repairing the skin defects of hands and feet.     

腓动脉穿支腓肠神经营养血管游离皮瓣修复手足软组织缺损

Objective To report the operative techniques and clinical results of the free psroneal artery perforator sural neurecutanecus flaps. Methods Free sural neurocutaneous flap with a single unit of perforating veins and artery arising from the peroneal artery was designed to repair skin defects of hand or from the ankle to distal end of the foot. After the flap was transposed to the defect, the perforating artery was anastomozed with a branch of a nearby artery, and the small saphenoas vein was anastomosed with the cephalic vein or the great sapheneous vein to establish the flap's circulation. An alternative way was to anastomose the perforating vessels only. The sural nerve was anastomosed to innervate the flap. Results From Jan 2005 to Dec 2007, 12 cases were treated with the flaps with no flap necrosis. The size of the flaps ranged from 12 crux7 cm to 18 cm× 11 cm. The follow-up period was 7 to 27 months. Both the cosmetic and functional results were satisfactory. Two point discrimination was 7 ～ 12 mm. Conclusions The flap has all the advantages of the h'ee flap, the perforator flap and the neurocutaneous flap. It is easily performed with reliable blood supply. It's a good choice for repairing the skin defects of hands and feet.     

腓动脉穿支腓肠神经营养血管游离皮瓣修复手足软组织缺损

Objective To report the operative techniques and clinical results of the free psroneal artery perforator sural neurecutanecus flaps. Methods Free sural neurocutaneous flap with a single unit of perforating veins and artery arising from the peroneal artery was designed to repair skin defects of hand or from the ankle to distal end of the foot. After the flap was transposed to the defect, the perforating artery was anastomozed with a branch of a nearby artery, and the small saphenoas vein was anastomosed with the cephalic vein or the great sapheneous vein to establish the flap's circulation. An alternative way was to anastomose the perforating vessels only. The sural nerve was anastomosed to innervate the flap. Results From Jan 2005 to Dec 2007, 12 cases were treated with the flaps with no flap necrosis. The size of the flaps ranged from 12 crux7 cm to 18 cm× 11 cm. The follow-up period was 7 to 27 months. Both the cosmetic and functional results were satisfactory. Two point discrimination was 7 ～ 12 mm. Conclusions The flap has all the advantages of the h'ee flap, the perforator flap and the neurocutaneous flap. It is easily performed with reliable blood supply. It's a good choice for repairing the skin defects of hands and feet.     

腓动脉穿支腓肠神经营养血管游离皮瓣修复手足软组织缺损

Objective To report the operative techniques and clinical results of the free psroneal artery perforator sural neurecutanecus flaps. Methods Free sural neurocutaneous flap with a single unit of perforating veins and artery arising from the peroneal artery was designed to repair skin defects of hand or from the ankle to distal end of the foot. After the flap was transposed to the defect, the perforating artery was anastomozed with a branch of a nearby artery, and the small saphenoas vein was anastomosed with the cephalic vein or the great sapheneous vein to establish the flap's circulation. An alternative way was to anastomose the perforating vessels only. The sural nerve was anastomosed to innervate the flap. Results From Jan 2005 to Dec 2007, 12 cases were treated with the flaps with no flap necrosis. The size of the flaps ranged from 12 crux7 cm to 18 cm× 11 cm. The follow-up period was 7 to 27 months. Both the cosmetic and functional results were satisfactory. Two point discrimination was 7 ～ 12 mm. Conclusions The flap has all the advantages of the h'ee flap, the perforator flap and the neurocutaneous flap. It is easily performed with reliable blood supply. It's a good choice for repairing the skin defects of hands and feet.     

腓动脉穿支腓肠神经营养血管游离皮瓣修复手足软组织缺损

Objective To report the operative techniques and clinical results of the free psroneal artery perforator sural neurecutanecus flaps. Methods Free sural neurocutaneous flap with a single unit of perforating veins and artery arising from the peroneal artery was designed to repair skin defects of hand or from the ankle to distal end of the foot. After the flap was transposed to the defect, the perforating artery was anastomozed with a branch of a nearby artery, and the small saphenoas vein was anastomosed with the cephalic vein or the great sapheneous vein to establish the flap's circulation. An alternative way was to anastomose the perforating vessels only. The sural nerve was anastomosed to innervate the flap. Results From Jan 2005 to Dec 2007, 12 cases were treated with the flaps with no flap necrosis. The size of the flaps ranged from 12 crux7 cm to 18 cm× 11 cm. The follow-up period was 7 to 27 months. Both the cosmetic and functional results were satisfactory. Two point discrimination was 7 ～ 12 mm. Conclusions The flap has all the advantages of the h'ee flap, the perforator flap and the neurocutaneous flap. It is easily performed with reliable blood supply. It's a good choice for repairing the skin defects of hands and feet.     

腓动脉穿支腓肠神经营养血管游离皮瓣修复手足软组织缺损

Objective To report the operative techniques and clinical results of the free psroneal artery perforator sural neurecutanecus flaps. Methods Free sural neurocutaneous flap with a single unit of perforating veins and artery arising from the peroneal artery was designed to repair skin defects of hand or from the ankle to distal end of the foot. After the flap was transposed to the defect, the perforating artery was anastomozed with a branch of a nearby artery, and the small saphenoas vein was anastomosed with the cephalic vein or the great sapheneous vein to establish the flap's circulation. An alternative way was to anastomose the perforating vessels only. The sural nerve was anastomosed to innervate the flap. Results From Jan 2005 to Dec 2007, 12 cases were treated with the flaps with no flap necrosis. The size of the flaps ranged from 12 crux7 cm to 18 cm× 11 cm. The follow-up period was 7 to 27 months. Both the cosmetic and functional results were satisfactory. Two point discrimination was 7 ～ 12 mm. Conclusions The flap has all the advantages of the h'ee flap, the perforator flap and the neurocutaneous flap. It is easily performed with reliable blood supply. It's a good choice for repairing the skin defects of hands and feet.