The tibialis anterior muscle and deep fascia flaps possess regular vasa vasorum and abundant vascularity.
胫骨前肌肌筋膜瓣解剖血管恒定，血运丰富。
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。
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。
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。
It indicated that fibulae and the deep fascia or the ligament of extensors are the anatomy basis of entrapment syndromes.
提示腓骨下端骨前嵴与深筋膜或伸肌支持带是对腓浅神经皮支卡压的解剖学基础。
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。
Conclusion the thickness, connection of deep fascia in different part of upper limb are different, there are 4 intermuscular septas in forearm.
结论上肢各部深筋膜厚度、连结不同，前臂有4个肌间隔。
Objective To evaluate the application of tibialis anterior muscle and deep fascia flaps in the treatment of tibial bone tumor with proximal tibial prosthesis.
目的探讨胫骨前肌肌筋膜瓣转位在胫骨肿瘤患者人工膝关节置换术中应用的效果。
The size and shape of the skin flaps were taken according to that of the recipient area with intact deep fascia, the donor area being treated with compressive dressing.
术中切取皮瓣大小、形状和受区相同，深筋膜保持完整，包堆包扎。术后2～3周拆线。
Results There are skin, subcutaneous tissue, superficial temporal fascia, deep temporal fascia, temporal muscle and periosteoma from superficiality to depth.
结果该区层次由浅入深为：皮肤、皮下组织、颞浅筋膜、颞深筋膜、颞肌和骨膜。
Objective It would make a reconstructed ear more naturally when deep temporal fascia, which is much thinner, cover the MEDPOR ear framework instead of superficial temporal fascia.
目的试以极薄的颞深筋膜替代较厚的颞浅筋膜覆盖MEDPOR耳廓支架，以求能更清晰地显露支架的仿真外观。
Method temporal flap dissection undersurface the superficial layer of deep temporal fascia first, then subcutaneously beyond hairline in temporal area, forming a step by step dissection plane.
方法颞部首先在颞深筋膜浅层的深面分离，出发际后改在皮下层分离，形成阶梯状分离平面。
The carotid sheath was composed of all the layers of the deep cervical fascia.
颈深筋膜各层均参与颈动脉鞘的形成。
Results The frontotemporal branch of the facial nerve ran between the superficial temporalis fascia and the superficial layer of the deep temporalis fascia or in the superficial temporalis fascia.
结果面神经额颞支走行于颞浅筋膜和颞深筋膜浅层之间或颞浅筋膜内。
Polyacrylamide hydrogel injected into the loose connective tissue below the deep temporal fascia could spread down to the cheek.
注入颞筋膜下疏松结缔组织中者，充填物可经颧弓深面再向前沿面颊脂体蔓延至颊部。
Objective: To provide computerized 3D reconstruction of the deep cervical fascia and fascial space.
目的：对颈深筋膜及深筋膜间隙进行计算机三维重建以显示其立体结构。
The posterior renal fascia composed of superficial layer(lateral conal fascia) and the deep one(posterior lamella).
肾后筋膜分两层，包括侧锥筋膜和肾筋膜后叶。
The posterior renal fascia composed of superficial layer(lateral conal fascia) and the deep one(posterior lamella).
肾后筋膜分两层，包括侧锥筋膜和肾筋膜后叶。
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