interspinal

简明释义

英[ˌɪntəˈspaɪnəl]美[ɪntərˈspaɪnl]

adj. 椎间的；[解剖] 棘突间的

英英释义

单词用法

同义词

反义词

例句

1.Interspinal ligaments injury can be most effectively treated by the combination of blocking and needle knife loosing.

棘上棘间韧带损伤：因棘间韧带损伤所致，疗法有封闭加小针刀松解术等。

2.We concluded that the posterior column structures, especially the supraspinal ligaments and interspinal ligaments, would play an important role in maintaining the stability of the spine.

从结果分析可以认为后柱结构、特别是棘上韧带和棘间韧带对维持脊柱稳定，防止胸腰椎过度屈曲起重要作用。

3.We concluded that the posterior column structures, especially the supraspinal ligaments and interspinal ligaments, would play an important role in maintaining the stability of the spine.

从结果分析可以认为后柱结构、特别是棘上韧带和棘间韧带对维持脊柱稳定，防止胸腰椎过度屈曲起重要作用。

4.The animal models were established by removing the muscle groups, the supraspinal and interspinal ligaments in the neck of rats.

模型组通过颈肌切断及棘上、棘间韧带切除术，建立动静力失衡性颈椎病大鼠模型；

5.Inflammation in the interspinal 脊椎间的 area can lead to significant pain and discomfort.

在 interspinal 脊椎间的 区域的炎症可能会导致显著的疼痛和不适。

6.Physical therapy often focuses on strengthening the interspinal 脊椎间的 muscles to support the spine.

物理治疗通常侧重于增强 interspinal 脊椎间的 肌肉，以支持脊柱。

7.An injury to the interspinal 脊椎间的 discs can result in herniation and nerve compression.

对 interspinal 脊椎间的 椎间盘的损伤可能导致突出和神经压迫。

8.During the surgery, the surgeon had to carefully navigate the interspinal 脊椎间的 spaces to avoid nerve damage.

手术中，外科医生必须小心地穿过 interspinal 脊椎间的 空间，以避免神经损伤。

9.The doctor explained that the interspinal 脊椎间的 ligaments are crucial for spinal stability.

医生解释说，interspinal 脊椎间的 韧带对脊柱的稳定性至关重要。

作文

The human body is a complex structure, and understanding its components is essential for both medical professionals and those interested in anatomy. One of the key elements of the spine is the concept of the interspinal (脊间的) ligaments. These ligaments play a crucial role in providing stability and support to the vertebral column. They are located between the spinous processes of adjacent vertebrae, connecting them and limiting excessive movement. This function is vital for maintaining proper posture and protecting the spinal cord. In the field of medicine, particularly in orthopedics and neurology, the knowledge of interspinal (脊间的) structures is crucial. Injuries or diseases affecting these ligaments can lead to significant pain and mobility issues. For instance, conditions such as spinal stenosis or herniated discs can compromise the integrity of the interspinal (脊间的) ligaments, leading to nerve compression and debilitating symptoms. Therefore, understanding the anatomy and function of these ligaments aids in diagnosis and treatment planning. Furthermore, the interspinal (脊间的) ligaments also contribute to the overall biomechanics of the spine. They assist in maintaining the alignment of the vertebrae during movement, which is essential for activities ranging from simple walking to complex athletic maneuvers. Without the support of the interspinal (脊间的) ligaments, the spine would be more susceptible to injuries, and the risk of developing chronic back pain would significantly increase. In addition to their mechanical functions, the interspinal (脊间的) ligaments are also involved in proprioception, which is the body's ability to sense its position and movement. This sensory feedback is crucial for coordination and balance. When the interspinal (脊间的) ligaments are injured, this proprioceptive feedback can be disrupted, leading to difficulties in movement and an increased risk of falls. Moreover, rehabilitation programs often focus on strengthening the muscles surrounding the spine to better support the interspinal (脊间的) ligaments and improve overall spinal health. Exercises that enhance core stability, flexibility, and strength can alleviate pressure on these ligaments, promoting recovery and preventing future injuries. In conclusion, the interspinal (脊间的) ligaments are integral to the structure and function of the spine. Their role in providing stability, facilitating movement, and contributing to proprioception underscores their importance in both health and disease. Understanding these ligaments can lead to better management of spinal disorders and improved outcomes for individuals suffering from back pain. As we continue to explore the intricacies of human anatomy, the significance of the interspinal (脊间的) ligaments will undoubtedly remain a focal point for research and clinical practice.

人类身体是一个复杂的结构，理解其组成部分对医学专业人士和对解剖学感兴趣的人都是至关重要的。脊柱的一个关键元素是interspinal（脊间的）韧带的概念。这些韧带在提供脊柱稳定性和支持方面发挥着至关重要的作用。它们位于相邻椎骨的棘突之间，连接它们并限制过度运动。这一功能对于保持正确的姿势和保护脊髓至关重要。在医学领域，特别是在骨科和神经学中，了解interspinal（脊间的）结构是至关重要的。影响这些韧带的损伤或疾病可能导致显著的疼痛和活动问题。例如，脊柱狭窄或椎间盘突出等病症可能会损害interspinal（脊间的）韧带的完整性，导致神经压迫和严重的症状。因此，理解这些韧带的解剖和功能有助于诊断和治疗计划的制定。此外，interspinal（脊间的）韧带还对脊柱的整体生物力学产生影响。它们在运动过程中帮助维持椎骨的对齐，这对于从简单的走路到复杂的运动表现都是必不可少的。如果没有interspinal（脊间的）韧带的支持，脊柱将更容易受到损伤，发展慢性背痛的风险将显著增加。除了机械功能外，interspinal（脊间的）韧带还参与本体感觉，即身体感知其位置和运动的能力。这种感官反馈对于协调和平衡至关重要。当interspinal（脊间的）韧带受伤时，这种本体感觉反馈可能会被破坏，导致运动困难和跌倒风险增加。此外，康复程序通常专注于增强脊柱周围肌肉的力量，以更好地支持interspinal（脊间的）韧带并改善整体脊柱健康。增强核心稳定性、灵活性和力量的锻炼可以减轻这些韧带的压力，促进恢复并防止未来的损伤。总之，interspinal（脊间的）韧带对脊柱的结构和功能至关重要。它们在提供稳定性、促进运动和贡献本体感觉方面的作用突显了它们在健康和疾病中的重要性。理解这些韧带可以更好地管理脊柱疾病，并改善遭受背痛的个体的结果。随着我们继续探索人类解剖学的复杂性，interspinal（脊间的）韧带的重要性无疑将继续成为研究和临床实践的重点。