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1·The jaw is able to clench and chew because of the masseter muscle.

正是因为有咬肌的存在我们的下巴才能够进行咬合和咀嚼。

2·Bilateral symmetry of denture, masseter muscle, TMJ and jaw movement.

咀嚼肌、颞下颌关节、下颌运动左右对称。

3·The histological changes of the masseter, temporal and lateral pterygoid muscles were observed.

观察咬肌、颞肌、翼外肌的组织形态学改变。

4·It demonstrated that atrophy of masseter muscle altered the craniofacial growth and development.

实验结果证实咬肌萎缩后，确实会影响颅颜骨型态及生长发育。

5·Botulinum toxin was injected into the masseter muscle and temporal muscle in the experimental group.

实验组兔双侧嚼肌、颞肌注射肉毒杆菌毒素，对照组仅为骨关节病状态。

6·The masseter muscle is one of the most sensitive muscles, and trismus is one of the earliest symptoms.

咬肌是最敏感的肌肉之一，张口困难是最常见的早期症状之一。

7·The administration of succinylcholine can result in varying degrees of increased masseter muscle tension.

司可林也能引起咀嚼肌不同程度的收缩。

8·Objectives : To investigate a new treatment of hypertrophy of masseter on the purpose of avoiding operation.

目的：探讨下颌角咬肌肥大的非手术治疗方法。

9·Results the nutrient arteries of the masseter originated from masseteric artery and masseteric branches of adjacent arteries.

结果：咬肌营养血管来源于咬肌动脉和邻近动脉咬肌支。

10·Facial nerve was divided into three segments (parotid gland, masseter and cheek) after leaving skull from stylomastoid foramen.

面神经由茎乳孔出颅后，经腮腺、咬肌和颊区三段分布于面肌。

咬肌

1·AIM: to design and establish the animal model of selectively denervated masseter, in order to provide experimental data and theoretical evidence for clinical surgery.

目的：设计及建立选择性失神经咬肌的动物模型，为临床外科提供实验资料和理论依据。

2·The histological changes of the masseter, temporal and lateral pterygoid muscles were observed.

观察咬肌、颞肌、翼外肌的组织形态学改变。

3·When we need to discern the branches in the dissection of the facial nerve or other operations, the miditemporal fascia and the masseter fascia are the two very important marks.

做面神经解剖术或者其他手术需辨清面神经各支时，颞中筋膜和咬肌筋膜是重要的标志。