1·The two insects have complex flight mechanisms with major muscles in the thorax, the chest region, which power the flapping of wings.
这两种昆虫的飞行机理比较复杂，胸部长有较多肌肉，这样它们才能有力量振动翅膀。
2·"Things are looking mighty fine," announced the prehistoric invertebrate, taking measure of his surroundings through a series of small, hexagonal eyelets located at the tip of his thorax.
“情况不错”，这只史前无脊椎动物表示，在它胸尖有一组微小的六角形小孔用来探查他周围的环境。
3·The change of the blood gases, lung aerovation and lung thorax dynamic compliance were observed after therapy.
观察治疗前后血气、肺泡充气程度和胸肺总有效动态顺应性的变化。
4·Conclusion The low blood albumin level is one of the factors leading to the thorax hydrocele absorbation at a slow speed.
结论血浆低白蛋白水平是影响部分难治性渗出性结核性胸膜炎患者胸液难以吸收的因素之一。
5·Objective To analyse CT appearances of malignant neurilemoma in the thorax and abdomen, in order to improve the diagnostic accuracy of this disorder.
目的回顾分析胸、腹部恶性神经鞘瘤的CT表现，以提高对本病的认识。
1·They had rummaged around his thorax, trying to get close to the arrowhead and the tissue around it.
他们对他的胸腔周围进行了仔细的检查，试图靠近箭头及其周围的组织。
2·The researchers analyzed thorax - the area between the neck and the abdomen - and pelvis movements, as well as speed of gait.
研究人员分析了胸腔(颈部和腹部之间的区域)，和骨盆的运动，以及步态速度。
3·Videos show cystic mass inside the thorax. Border (two surfaces) between cyst and stomach can be seen.
动态图像显示胸腔内的囊性团块，囊肿和胃部间可看到边界（两面）。
4·Excellent for the shoulder area, thorax, legs, and arms.
对于肩膀、胸腔与手臂腿部有明显的效果。
5·Pictures showing the peritoneal pseudocyst inside the thorax.
术后的图片显示胸腔内的腹膜假性囊肿。
1·The arm swing drived the thorax rotation to some extent.
手臂的摆动一定程度上带动了胸廓的旋转。
2·Proe growth of the spine and growth of the thorax are directly related.
目标。 证明脊柱的生长与胸廓的生长直接相关。
3·Results the observed indexes which represented the changes of heart, blood vessels, thorax and lung volume were changing in different degrees with age growth.
结果代表心脏、大血管、胸廓及肺体积改变的各项观测指标，随年龄增长而发生不同程度的变化。
4·Proper placement of the axillary roll is under the thorax caudad to the axilla.
腋窝卷的正确使用方法，是放在腋窝的尾端的胸廓下。
5·Respiratory frequency and arterial pressure before and after stimulating were monitored and recorded with thorax skin linking convertor and femoral arterial cannulation.
应用胸廓皮肤连接张力换能器及股动脉插管的方法记录大鼠刺激缰核前后的呼吸频率及动脉血压。