目的了解腰大肌间隙神经阻滞的临床应用。
Objective To study the clinical application of nerve block anesthesia in space of psoas major.
在每个节段均暴露出腰大肌、腰丛和神经根。
At each segment, the psoas muscle, lumbar plexus, and nerve roots were dissected.
肾旁后间隙向内侧可延伸至腰大肌的后外侧缘。
The posterior pararenal spaces may extend posterolateral to psoas.
右腰大肌肿胀。
目的：探讨腰大肌的作用及其与人类腰曲形成的关系。
Objective: To investigate the relationship of musculus psoas major role and the formation of lumbar curvature.
臀大肌与腰大肌(位于大腿前侧上方)共同工作，保持骨盆前后两侧的平衡。
The gluteus maximus in the buttocks works with the psoas (located high at the front of the thigh) to balance the pelvis from front to back.
方法：解剖并研究20个腰椎节段，分析腹膜后隙、腰大肌和腰丛之间的关系。
Methods: Twenty lumbar segments were dissected and studied. The relationship between the retroperitoneum, psoas muscle, and the lumbar plexus was analyzed.
释放儿活动自由的腰大肌与稳定承受重量的坐骨盆是我们内在安定安稳感的来源。
And a released, flowing psoas, combined with a stable, weight-bearing pelvis, contributes to the sensations of feeling grounded and centered.
步行带动腰椎向前弯曲并随左右下肢运动而旋转、侧弯，其主要作用力来自腰大肌。
Walking brought along the lumbar vertebra to bend forward and rotate with the movement of right and left lower limbs. The main force to finish this movement came mainly from musculus psoas major.
结论：双侧腰大肌不对称及腰大肌萎缩变细可能均是腰椎间盘突出的解剖因素之一。
Conclusion: Both the asymmetry between right and left psoas muscles and the amyotrophy or attenuation of the psoas muscle are probably the anatomical factors which lead to lumbar disc herniation.
目的：观察连续腰大肌间沟阻滞用于全膝关节置换术后镇痛的疗效，并与硬膜外镇痛进行对比研究。
Objective: to determine the effects of continuous lumbar plexus block on postoperative pain after total knee replacement (TKR) surgery, and compare with the effects of epidural block.
如果你在瑜伽坐姿与站姿感到膝盖和腰部有负担那是你的身体在传达给你一个讯息-你该延展你的腰大肌了。
In your yoga practice, if you feel strain in your knees or lower back in seated and standing poses, your body may be telling you that you need to lengthen your psoas.
对哈白猪10种不同肌肉的嫩度测定表明：腰大肌是最嫩的肌肉，与前人对肉牛不同肌肉嫩度的测定结果一致。
The ranking of 10 muscles tenderness from Harbin White pigs indicated that M. psoas major was the most tender, which corresponded with previous work on beef meat tenderness.
所取标本中实验椎间盘髓核作大体、电镜下和光镜下观察，相应水平的终板、脊髓、神经根和腰大肌作大体、光镜下观察。
The specimens including nucleus pulposus, end-plate, spinal cord, nerve root and greater psoas muscle were observed macroscopically and microscopically.
所取标本中实验椎间盘髓核作大体、电镜下和光镜下观察，相应水平的终板、脊髓、神经根和腰大肌作大体、光镜下观察。
The specimens including nucleus pulposus, end-plate, spinal cord, nerve root and greater psoas muscle were observed macroscopically and microscopically.
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