Pterygoid的意思、翻譯和例句

是什麼意思

「翼狀」這個詞通常用於解剖學中,指的是與翼或翅膀有關的結構,尤其是與顳顎部位的肌肉或骨骼相關的部分。這個詞最常見於描述顳顎肌(pterygoid muscles),這些肌肉對於下顎的運動至關重要。

依照不同程度的英文解釋

  1. A part of the jaw that helps you move it.
  2. Muscles in your face that help you chew.
  3. Muscles that control jaw movements.
  4. Muscles related to the lower jaw and chewing.
  5. Muscles that assist in moving the jaw for eating.
  6. Muscles that are crucial for the function of the jaw and its movements.
  7. Muscles involved in the complex movements of the jaw.
  8. Muscles that play a significant role in mastication and jaw articulation.
  9. Anatomical structures that facilitate the intricate motions of the mandible.
  10. Muscles that are essential for the mechanics of chewing and jaw function.

相關英文單字或片語的差別與用法

1:Pterygoid muscle

用法:

指的是一組位於顳顎部的肌肉,主要包括內翼肌和外翼肌。這些肌肉對下顎的移動非常重要,特別是在咀嚼食物時。內翼肌主要負責下顎的提升和閉合,而外翼肌則協助下顎的前推和側向運動。

例句及翻譯:

例句 1:

內翼肌是主要負責下顎閉合的肌肉之一。

The medial pterygoid muscle is one of the main muscles responsible for closing the jaw.

例句 2:

外翼肌在咀嚼過程中幫助下顎前推。

The lateral pterygoid muscle helps in protracting the jaw during chewing.

例句 3:

這兩塊翼狀肌肉協同工作以實現複雜的咀嚼動作。

These two pterygoid muscles work together to achieve complex chewing movements.

2:Pterygoid process

用法:

指的是顳骨的一個突出部分,通常與翼狀肌的附著有關。這個結構為下顎的運動提供了一個重要的支撐點,並且在頭顱的解剖學中扮演著重要角色。

例句及翻譯:

例句 1:

翼狀突是顳骨的重要解剖結構。

The pterygoid process is an important anatomical structure of the sphenoid bone.

例句 2:

翼狀突為翼狀肌的附著提供了穩固的基礎。

The pterygoid process provides a stable base for the attachment of the pterygoid muscles.

例句 3:

了解翼狀突的結構對於學習顱骨解剖學至關重要。

Understanding the pterygoid process is crucial for learning about cranial anatomy.

3:Pterygoid plate

用法:

指的是翼狀突的平坦部分,分為內外兩片,這些平坦的結構是翼狀肌附著的地方,並且在咀嚼和下顎運動中起到關鍵作用。

例句及翻譯:

例句 1:

內翼狀板是內翼肌的附著點。

The medial pterygoid plate is the attachment point for the medial pterygoid muscle.

例句 2:

外翼狀板與外翼肌的功能密切相關。

The lateral pterygoid plate is closely related to the function of the lateral pterygoid muscle.

例句 3:

這些翼狀板在顳顎部的運動中扮演著重要角色。

These pterygoid plates play an important role in the movements of the temporomandibular region.