1)Parascapular flap肩胛旁皮瓣
英文短句/例句
1.PARASCAPULAR FLAP GRAFTING FOR BURN SCAR DEFORMITY肩胛旁皮瓣移植治疗烧伤瘢痕畸型
2.Microvascular Study and Clinical Using of Transmidline Scapular Flap Vascularied by Contralateral Circumflex Scapular Artery跨越人体中线肩胛皮瓣的微血管构筑和临床应用研究
3.Scapular osteocutaneous free flap for complex tongue,oral floor and mandibula econstruction游离肩胛区骨皮瓣在舌和口底及下颌骨联合缺损修复中的应用
4.Applied anatomy of spine scapula flap with the superficial branch of transverse cervical artery for occipito cervical fusion以颈横动脉浅支为蒂肩胛冈骨瓣枕颈融合术的应用解剖
5.USE OF SCAPULAR FREE FLAPS IN ORAL AND MAXILLOFACIAL SURGERY: --REPORT OF 21 CASES肩胛区游离瓣在口腔颌面外科的应用——附21例临床报道
6.Conclusion The dorsal-shoulder skin flap with full blood and enough length,and fit the repairing of a cervical defect and it is a simple practical method with satisfactory results.结论:以颈胸椎旁为蒂的背肩部皮瓣血循环丰富,有足够的长度,可以满足颈部缺损创面的修复。
7.His shoulder was broken.他的肩胛骨折断了。
8.relating to the shoulder blade and upper arm bone.与肩胛骨和上肱骨有关。
9.omoclavicular triangle肩胛舌骨肌锁骨三角
10.a feather covering the shoulder of a bird.覆在鸟类肩胛部的羽毛。
11.omotracheal triangle肩胛舌骨肌气管三角
12.trigonum occipitale肩胛舌骨肌斜方肌三角
13.fascioscapulohumeral dystrophy肩胛肱骨筋膜营养不良
14.The scapula is a triangular bone.肩胛骨是一个三角形骨。
15.Discomfort may be localized in the intrascapular area.不适感位于肩胛区间。
16.For selected cases, using omohyoid myofascial flap to repair the partial laryngeal defect and reconstruct glottis is available and practicable.经过仔细选择病例 ,肩胛舌骨肌瓣修复喉部分切除术后缺损、重建声门是积极有效和切实可行的。
17.The outer end of the scapula to which the collarbone is attached.肩峰肩胛骨的尾端，与锁骨相连
18.If one takes such a picture of an unswaddled infant sleeping at room temperature," hot spots" can be seen in the skin overlying brown fat deposits in the neck and interscapular area.如果有人拍下未包裹的婴儿在室温下睡觉的照片，将可在颈部和肩胛间的皮肤有“热斑”。
相关短句/例句
Parascapular free flap肩胛旁游离皮瓣
3)scapular skin flap肩胛皮瓣
1.Application of pre-expanded scapular skin flap in repair of the thoracic scar;预扩张肩胛皮瓣在胸部瘢痕修复中的应用
4)Scapular region flap肩胛部皮瓣
5)island-=0 scapula flap岛状肩胛皮瓣
6)Bony skin flap of scapula肩胛骨骨皮瓣
延伸阅读
超低旁瓣为了增强现代舰用天线系统的抗干扰能力,必须提高天线旁瓣的测量精度.基于此给出了用平面近场技术测量超低旁瓣天线时,旁瓣测量总误差与待测天线参数、近场幅相随机误差的数学模型:在相同的测量条件下,天线旁瓣越低,旁瓣测量误差越大;旁瓣测量总误差随着近场测量幅相误差的增大而增大;近场分布的口径效率与旁瓣电平的误差方差成反比.建立了近场幅相随机误差所引起的误差谱的表达式.对随机误差对远场方向图的影响进行了计算机仿真验证:结果表明,幅相误差主要影响远场方向图的旁瓣;该验证方法首次采用阵元数较少的线阵,仿真效果接近采用多阵元平面阵的情况.
