deep fascia

美 [diːp ˈfeɪʃə]英 [diːp ˈfeɪʃə]
  • 深筋膜
deep fasciadeep fascia
  1. Clinical application of deep fascia free skin graft without vascular anastomosis

    非吻合血管的深筋膜皮瓣游离移植术的临床应用

  2. Objective To observe the morphological structure of the deep fascia of upper limb .

    目的观察上肢深筋膜形态结构。

  3. Deep fascia flap graft for repairing skin and soft tissue defect in 59 cases

    用深筋膜皮瓣修复皮肤软组织缺损59例

  4. Ultrastructure investigation of deep fascia in response to gradual distraction

    缓慢牵伸深筋膜的超微结构观察

  5. Deep fascia composite autologous red bone marrow transplantation for the treatment of fracture nonunion

    自体深筋膜复合自体红骨髓移植治疗骨不连

  6. Observation of ultrastructure on deep fascia in patients with congenital clubfoot

    先天性马蹄内翻足患者深筋膜超微结构观察

  7. Principal for random flap should be followed when a deep fascia flap was made .

    深筋膜瓣的制作应依据任意皮瓣原则。

  8. Treatment of Posterior Rupture of Achilles Tendon with Deep Fascia Fatty Compound Valve

    带蒂筋膜脂肪复合瓣在陈旧性跟腱断裂手术中的应用

  9. The length of latter was 1.8 cm before perforating through deep fascia .

    第1支肌间隔动脉穿出深筋膜前长为1.8cm。

  10. Morphological anatomy of deep fascia in upper limb

    上肢深筋膜形态解剖学观察

  11. A study on the biomechanics character of nasal bone periosteum and nasal dorsum deep fascia

    鼻骨骨膜与鼻背深筋膜的生物力学特性研究

  12. The origin , incidence , site of penetrating the deep fascia and diameter of the vessels were also observed .

    本文对这些皮血管的来源、出现率、起始部位、穿深筋膜部位及外径等进行了观察。

  13. Objective : To investigate the biomechanical property of deep fascia strip grafts after replacing flexor tendons .

    目的:了解深筋膜条移植替代屈肌腱后力学性能变化情况。

  14. Aa % of the deep fascia was larger than that of the superficial fascia .

    深筋膜血管组织面积比(Aa%)值大于浅筋膜。

  15. Experimental investigations of collagen type ⅰ and ⅲ of deep fascia in response to the tension stress during limb lengthening

    张应力对深筋膜Ⅰ、Ⅲ型胶原影响的实验研究

  16. Objective To investigate the distribution and composition of collagen of deep fascia in response to the tension stress during limb lengthening .

    目的研究张应力对深筋膜Ⅰ、Ⅲ型胶原分布及构成的影响。

  17. Both problems can be solved by escharotomy of the burned skin down to the deep fascia .

    上述两个问题都可用切开焦痂直至深筋膜来解决。

  18. Clinical data : The total injuries 283 cases , among which 47 cases not hurt deep fascia , the pure tendon injuries 35 cases ;

    临床资料:急慢诊腕部切割伤患者中有确切病例的283例,深筋膜以浅的47例,单纯肌腱损伤的35例;

  19. And the stress relaxation of the nasal bone periosteum is less than that of nasal dorsum deep fascia .

    鼻骨骨膜的应力松弛程度小于鼻背深筋膜。

  20. This artery could be divided into the ascending , the transverse and the descending branches after penetrating the deep fascia .

    穿深筋膜后该动脉可分为升支、横支和降支。

  21. Dissection in the transition zone of the superficial and deep fascia above the zygomatic arch should pay attention . 5 .

    在颧弓上方剥离,注意浅深筋膜移行区。

  22. Inclusion of the deep fascia within the radial forearm flap is conventionally thought to be essential for flap viability .

    桡侧前臂皮瓣的深筋膜内容物被常规地认为对皮瓣的存活是必不可少的。

  23. The application of tibialis anterior muscle and deep fascia flap in the treatment of tibial bone tumor with proximal tibial prosthesis

    胫骨前肌肌筋膜瓣在胫骨肿瘤人工膝关节置换术中的应用

  24. The architectonics of blood vessels in the skin and superficial and deep fascia of planta under scanning electron microscope

    扫描电镜下足底皮肤及浅、深筋膜血管构筑

  25. When closing the wound , place interrupted sutures in the capsule , the deep fascia , and the skin .

    关闭切口时,应间断缝合关节囊、深筋膜和皮肤。

  26. Conclusions The tibialis anterior muscle and deep fascia flaps possess regular vasa vasorum and abundant vascularity .

    结论胫骨前肌肌筋膜瓣解剖血管恒定,血运丰富。

  27. Conventional remove knee by nearly to di - stal skin , shallow fascia , fully exposed to the deep fascia .

    常规去除膝关节由近至远端皮肤、浅筋膜后,充分暴露至深筋膜。

  28. Including deep fascia of neck and musculas platysma 's complete tenolysis is the key to successful opertation .

    包括颈阔肌、颈深筋膜的彻底松解是手术成功的关键。

  29. Small knife needle can efficiently relieve the entrapment syndromes by the way of deep fascia being separated from cutaneous branches of superficial peroneal nerve .

    针刀在腓浅神经皮支浅出处松解深筋膜,可有效解除其卡压症。

  30. This study is to investigate the biomechanical properties of human nasal periosteum and deep fascia , including tensile strength , stress-strain and stress relaxation characters under uniaxial tension system .

    本文着重研究了人鼻骨膜和深筋膜的生物力学特征,主要包括单轴拉伸下的强度、应力&应变及应力松弛。