clonic

简明释义

英[ˈklɒnɪk]美[ˈklɑːnɪk]

adj. 阵挛的；阵挛性的

英英释义

单词用法

同义词

反义词

例句

1.Objective to study psychological state and affected factors in epileptic children with generalized tonic-clonic seizure (GTCS), and give them psychological intervention.

目的研究全身性强直阵挛发作(GTCS)癫痫患儿的心理状态及影响因素、并给予干预措施。

2.Generalized tonic-clonic seizure (GTCS) may induce the injury and repair of the brain cells.

癫痫全面性强直阵挛发作(GTCS)可诱导脑细胞的损伤与修复过程。

3.Conclusion Sodium valproate and phenytion sodium have the certain clinical efficacy in treatment of generalized tonic-clonic seizure. But phenytion sodium has the more and worse untoward reaction.

结论丙戊酸钠、苯妥英钠治疗癫痫全面性强直阵挛发作疗效肯定，但苯妥英钠不良反应多。

4.Conclusion: Intractable occipital epileptic patients always had abnormal MRI image, general tonic clonic seizure with unilateral severity sign, more vision auras and good surgical outcome.

结论：顽固性非肿瘤枕叶癫痫患者的特点多有结构异常，以单侧为主的强直-痉挛性癫痫多见，幻视先兆常见，手术效果好。

5.There were no organizational generalized tonic clonic seizure and absence seizure in generalized seizures.

全身性发作中缺乏完整的全身强直阵挛性发作及失神发作。

6.Methods Intravenous lidocaine was used in 10 patients with tonic clonic seizures, the efficiency and side effects were observed.

方法对10例难治性强直阵挛发作癫痫持续状态患者持续静脉注射利多卡因，观察其疗效及副作用。

7.These images are from a 34 year old man, who had a long history of headache, and a single tonic-clonic convulsion.

这些影像取自一名34岁男性，有很长的头痛史，并伴有单一强直性阵挛。

8.The patient exhibited clonic 痉挛的 movements during the seizure.

患者在发作期间表现出痉挛的 clonic 动作。

9.In clonic 痉挛的 seizures, the muscles contract and relax rapidly.

在痉挛的 clonic 癫痫发作中，肌肉快速收缩和放松。

10.The neurologist explained that clonic 痉挛的 activity can indicate certain types of epilepsy.

神经科医生解释说，痉挛的 clonic 活动可能表明某些类型的癫痫。

11.We need to monitor for any clonic 痉挛的 movements in the patient’s recovery phase.

我们需要在患者恢复阶段监测任何痉挛的 clonic 动作。

12.The child experienced a series of clonic 痉挛的 jerks while playing.

孩子在玩耍时经历了一系列的痉挛的 clonic 抽搐。

作文

The term clonic refers to a type of muscle contraction that is characterized by rhythmic, repetitive movements. This term is often used in medical contexts, particularly when discussing seizures or certain neurological disorders. Understanding the concept of clonic contractions is essential for both medical professionals and those interested in human physiology. In the context of seizures, a clonic seizure is marked by alternating contractions and relaxation of muscles. This can lead to jerking movements that are typically involuntary and can affect various parts of the body. For instance, during a clonic seizure, an individual may experience rapid shaking of the arms and legs, which can be alarming for both the person having the seizure and any witnesses. It is crucial to recognize the signs of such seizures and provide appropriate assistance. The understanding of clonic movements extends beyond seizures. In sports medicine, athletes may experience clonic contractions due to fatigue or muscle strain. These contractions can impact performance and recovery, making it important for athletes to manage their training and physical health effectively. By recognizing the signs of clonic contractions, athletes can take steps to prevent injury and maintain optimal performance levels. Moreover, the study of clonic activity has implications for rehabilitation. Individuals recovering from strokes or other neurological conditions may exhibit clonic movements as their muscles regain strength and coordination. Physiotherapists often incorporate exercises that address these movements to help patients regain full control over their bodies. By focusing on the nature of clonic contractions, therapists can tailor rehabilitation programs to meet the specific needs of their clients. In conclusion, the term clonic encompasses a range of involuntary muscle movements that have significant implications in various fields, including neurology, sports medicine, and rehabilitation. Understanding clonic contractions not only aids in the diagnosis and treatment of medical conditions but also enhances our knowledge of human movement and muscle function. As research continues to evolve, the insights gained from studying clonic activity will undoubtedly contribute to improved health outcomes for individuals experiencing these types of muscle contractions.

术语clonic指的是一种肌肉收缩类型，其特征是节律性、重复性的运动。这个术语常用于医学领域，特别是在讨论癫痫发作或某些神经系统疾病时。理解clonic收缩的概念对医疗专业人员和对人体生理感兴趣的人来说都是至关重要的。 在癫痫发作的背景下，clonic癫痫发作的特点是肌肉的交替收缩和放松。这可能导致不自主的颤动，通常会影响身体的各个部分。例如，在一次clonic癫痫发作期间，个体可能会经历手臂和腿部的快速抖动，这对正在发作的人和任何目击者来说都可能是令人震惊的。识别这种癫痫发作的迹象并提供适当的帮助至关重要。 Clonic运动的理解超越了癫痫。在运动医学中，运动员可能由于疲劳或肌肉拉伤而经历clonic收缩。这些收缩可能会影响表现和恢复，因此运动员必须有效管理他们的训练和身体健康。通过识别clonic收缩的迹象，运动员可以采取措施防止受伤并维持最佳表现水平。 此外，clonic活动的研究对康复有着重要意义。康复中的个体在中风或其他神经系统疾病恢复过程中可能会表现出clonic运动，因为他们的肌肉重新获得力量和协调能力。物理治疗师通常会结合针对这些运动的练习，以帮助患者重新获得对自己身体的完全控制。通过关注clonic收缩的性质，治疗师可以量身定制康复计划，以满足客户的具体需求。 总之，术语clonic涵盖了一系列具有重要意义的非自愿肌肉运动，涉及多个领域，包括神经学、运动医学和康复。理解clonic收缩不仅有助于医疗条件的诊断和治疗，还增强了我们对人体运动和肌肉功能的知识。随着研究的不断发展，从研究clonic活动中获得的见解无疑将有助于改善经历这些类型肌肉收缩的个体的健康结果。