缝匠肌

缝匠肌、阔筋膜张肌肌蒂骼骨瓣血液供应的应用研究

Study of Application of Blood Supply of Pedicled Iliac Bone Flaps with Sartorius , with Tensor Fasciae Latae and with Both of Them

升支分布于阔筋膜张肌、缝匠肌等；降支分布于股四头肌下部和膝关节；横支穿股外侧肌至股骨后面。

Ascending branch of the distribution of the tensor fascia lata and sartorius ; descending branch of the distribution of the quadriceps lower and knee ; transverse branch wear the vastus lateralis muscle to the femur behind .

缝匠肌桥接狗股神经缺损后神经再生的HRP逆行观察

Observation on the HRP of Nerve Regeneration after Femoral Nerve of Dog Bridged with the Sartorius

隐动脉起始部外径（1.14±0.23）mm，营养缝匠肌的下1/3段和膝内侧上部的皮肤。

The saphenous artery supply the lower 1 / 3 part of sartorius and superior medial part of genicular skin with its extenal diameter of ( 1.14 ± 0.23 ) mm .

结论带缝匠肌髂骨块髋臼造盖，可稳定和维持髋臼顶部弧形截骨的位置，提高髋臼有效宽度，恢复髋臼指数及正常CE角，使髋关节获得同心圆复位。

Conclusion Shelf procedure with sartorius muscle pedicled ilium bone can stabilize and keep position of arch osteotomy on the upper of the acetabulum , improve the width of acetabulum , recover acetabulum index and CE angle and obtain concentric alignment .

隐动脉长10.9±3.3cm，起点外径1.8±0.6mm。分支营养缝匠肌下部、膝内侧上部皮肤，并参与吻合形成膝关节动脉网。

The saphenous artery supply the lower part of sartorius and superior medial part of genicular skin with a stem length of 10.9 ± 3.3 cm and external diamter of 1.9 ± 0.6 mm .

应用缝匠肌治疗伸膝功能障碍

Application of sartorius muscle for treatment of extensor dysfunction of the knee

自体缝匠肌桥接狗股神经和正中神经缺损的实验研究

Experimental Study of Dog Femoral and Median Nerve Bridge with Auto-sartorius Muscle

缝匠肌后移重建臀肌术

Transposition of sartorius muscle for the reconstruction of gluteal muscles

带缝匠肌蒂髂骨移植治疗股骨头缺血坏死

Treatment of avascular necrosis of femoral head with Muscule pedicled ilium bone graft

缝匠肌骨瓣血供特点及临床应用

The Blood Supply features of Sartorial Pedicle Bone flap and its Clinic Application

缝匠肌（处于大腿中部）使体式更加完善。

A muscle mid-thigh , the sartorius , works to refine this action .

股直肌、缝匠肌皮瓣移位修复腹壁缺损的应用解剖学

Applied anatomy of musculocutaneous flap translocation for repairing the defect of abdominal wall

缝匠肌深层肌间筋膜蒂髂骨瓣的解剖学基础

Anatomic Basis on Transposition of Iliac Bone Flaps Pedicled with Sartorius Muscular Fascia

人的缝匠肌肌纤维型分布

The distribution of fiber types in human sartorius

61例分别联合应用股方肌或缝匠肌肌骨瓣。

Sixty-one cases were treated by uniting musculus quadratus femoris or sartorius muscle-bone flap .

缝匠肌在股四头肌成形术中的应用

Application of sartorius muscle in the quadricepsplasty

缝匠肌蒂骨瓣植骨治疗45例青壮年股骨颈骨折

Treatment of Fracture of the Femoral Neck in Young Adults with Sartorial Pedicled Iliac Bone Grafts

采用经股骨粗隆外侧小切口带缝匠肌髂骨瓣植入方法进行治疗。

The fractures were treated by minor incision and grafting with sartorius muscle iliac bone flap .

缝匠肌的颅侧部主要由Ⅱ型肌纤维组成，尾侧部主要由Ⅰ型肌纤维组成。

The muscular bridge from cranial portion was mainly made of ⅱ type of muscle fiber .

应用缝匠肌治疗髌骨外侧移位

Use of the sartorius muscle in the treatment of the lateral dislocation of the patella Magnetic Shift

其中16例应用缝匠肌皮瓣旋转填补腹股沟创面法。

Meanwhile , we used rotating sartorius myocutaneous flaps to cover the inguinal wounds in 16 patients .

结论利用缝匠肌改善髌骨切除后的伸膝功能，是一理想的治疗方法。

Conclusion The technique can recover the knee motion function after patellectomy , it is on effective method .

骨折断端或骨质缺损处采用带缝匠肌的髂骨瓣填充。

The position of fracture or the area of bony defect was filled with the sartorial-pedicled ilium bone .

由此可知缝匠肌尾侧部是一个最适宜神经再生的肌肉。

From above , caudal part of sartorius muscle is a suitable bridge to premise of nerve regeneration .

阔筋膜张肌缝匠肌骨瓣移植治疗股骨颈骨折

Treatment of femoral neck fracture with muscle bone flap of both musculus tensor fasciae latae and musculus sartorius

缝匠肌骨瓣移植及内固定治疗青壮年股骨颈骨折

Treatment of femoral neck fracture in young adults by transferring of M. sartorius bone flap and internal fixation

缝匠肌髂骨（膜）瓣修复股骨颈骨折及头坏死&解剖学研究及临床观察

Anatomy and Clinic of Repairing Femoral Head or Neck with Iliac Bone or Periosteum Flap with Sartorius Muscle

方法：解剖教学用成人尸体6例12侧，观察缝匠肌的大体形态及其营养动脉的来源分支走行；

Methods : To observe the anatomic structure and the distribution of sartorial nutrient arteries on 6 adult cadavers .

腰肌与耻骨肌、股直肌和缝匠肌协作，使直腿一侧髋部折叠。

The psoas conspires with the pectineus , rectus femoris and Sartorius muscles to bend the straight leg hip .