saltatory

简明释义

英[ˈsæltətəri]美[sæltəˌtɔːri]

adj. 跳跃的；跃进的；突变的

英英释义

单词用法

同义词

反义词

例句

1.According to the operation principle of taximeter, this paper advances the mathematical model changing the continuous segmenting to saltatory segmenting, and probes into the application of this model.

根据出租车计价器的工作原理，提出将连续性分段改为跳跃式分段的数学模型，探讨了模型应用。

2.According to the operation principle of taximeter, this paper advances the mathematical model changing the continuous segmenting to saltatory segmenting, and probes into the application of this model.

根据出租车计价器的工作原理，提出将连续性分段改为跳跃式分段的数学模型，探讨了模型应用。

3.The method has solved the difficulty of the saltatory stress and the strain on the rotation symmetry face of cymbal transducer for bringing the design.

该方法解决了该换能器旋转对称面上存在跃变的应力、应变给设计工作带来的困难。

4.The third variation type is called saltatory variation type, which is formed from the liquid segregation mainly with immiscibility.

③称为演化突变类型，是不混溶为主的液态分离形成。

5.Conclusion The feature of mediastinal lymph node metastases in lung cancer may be saltatory and multiple.

结论肺癌纵隔淋巴结转移具有跳跃性、多发性。

6.The frog's movement is often described as saltatory (跳跃的) due to its ability to leap great distances.

青蛙的运动常被描述为saltatory（跳跃的），因为它能跳出很远的距离。

7.In neuroscience, the term saltatory (跳跃的) conduction refers to the way impulses jump from node to node along myelinated axons.

在神经科学中，saltatory（跳跃的）传导指的是冲动沿着有髓鞘的轴突从节点跳跃的方式。

8.The saltatory (跳跃的) nature of certain animals allows them to evade predators more effectively.

某些动物的saltatory（跳跃的）特性使它们能够更有效地躲避捕食者。

9.The research highlighted the saltatory (跳跃的) behavior of insects when navigating through their environment.

研究强调了昆虫在其环境中导航时的saltatory（跳跃的）行为。

10.In physics, we can observe saltatory (跳跃的) motion in particles that move in discrete steps rather than a continuous flow.

在物理学中，我们可以观察到粒子以离散步骤而非连续流动的方式表现出saltatory（跳跃的）运动。

作文

In the realm of biology, the term saltatory refers to a specific type of movement that is characterized by leaping or jumping. This concept is particularly significant in the study of nerve impulses and how they travel along neurons. The phenomenon of saltatory conduction occurs in myelinated fibers, where the electrical impulses jump from one node of Ranvier to another, rather than traveling continuously along the entire length of the nerve fiber. This process not only speeds up the transmission of signals but also conserves energy for the neuron, making it a highly efficient method of communication within the nervous system. The efficiency of saltatory conduction can be likened to the way a rabbit hops across a field, covering ground quickly while expending less energy than if it were to run continuously. In this analogy, the nodes of Ranvier represent the patches of grass that the rabbit leaps onto, allowing it to maintain its speed while minimizing fatigue. This comparison highlights the evolutionary advantages that saltatory conduction provides to organisms, particularly those that require rapid responses to environmental stimuli. Moreover, understanding the saltatory nature of nerve impulse transmission has profound implications in the field of medicine. For instance, demyelinating diseases such as multiple sclerosis disrupt the myelin sheath surrounding nerve fibers, leading to a breakdown in saltatory conduction. As a result, patients may experience symptoms like muscle weakness, coordination problems, and sensory disturbances. Research into the mechanisms behind saltatory conduction and its disruption has spurred advancements in therapies aimed at restoring function and improving the quality of life for those affected by such conditions. In addition to its biological significance, the concept of saltatory can also be applied metaphorically in various fields, including education and personal development. For example, when learning new skills, individuals often experience saltatory progress, where they suddenly leap forward in understanding or ability after a period of gradual improvement. This can be seen in language acquisition, where a learner may struggle with vocabulary and grammar for weeks, only to suddenly grasp complex sentence structures, demonstrating a leap in proficiency. Furthermore, the idea of saltatory advancement can be observed in technological innovation. Many breakthroughs do not occur through a steady, linear progression but rather through significant leaps that change the landscape entirely. For instance, the transition from traditional computing to quantum computing represents a saltatory shift in our approach to processing information, promising unprecedented capabilities that were previously unimaginable. In conclusion, the term saltatory encapsulates the essence of rapid and efficient movement, whether in biological systems, personal growth, or technological advancement. By recognizing the importance of saltatory processes in various contexts, we can appreciate the dynamic nature of progress and the potential for sudden leaps forward in our understanding and capabilities. Embracing the saltatory nature of life may inspire us to seek out opportunities for growth and transformation, both personally and collectively.

在生物学领域，术语saltatory指的是一种特定的运动方式，其特征是跳跃或跳动。这个概念在神经冲动的研究中尤为重要，因为它涉及到神经信号在神经元中的传递方式。saltatory传导现象发生在有髓鞘的纤维中，电信号在朗氏结之间跳跃，而不是沿着神经纤维的整个长度连续传播。这一过程不仅加快了信号传输的速度，还为神经元节省了能量，使其成为神经系统内高效的沟通方式。 saltatory传导的高效性可以类比于兔子在田野中跳跃的方式，兔子快速覆盖地面，同时消耗的能量比起连续奔跑要少。在这个类比中，朗氏结代表了兔子跳上去的草地，让它能够保持速度，同时减少疲劳。这一比较突显了saltatory传导为生物体提供的进化优势，尤其是那些需要快速对环境刺激做出反应的生物。 此外，理解神经冲动传导的saltatory性质在医学领域也具有深远的意义。例如，脱髓鞘疾病如多发性硬化症会破坏围绕神经纤维的髓鞘，从而导致saltatory传导的中断。因此，患者可能会经历肌肉无力、协调问题和感觉障碍等症状。对saltatory传导机制及其破坏的研究推动了旨在恢复功能和改善此类患者生活质量的治疗方法的发展。 除了生物学的重要性，saltatory的概念还可以在教育和个人发展等各个领域进行隐喻应用。例如，在学习新技能时，个人往往会经历saltatory进步，在经过一段渐进的提升后，突然在理解或能力上实现飞跃。这可以在语言习得中看到，学习者可能在词汇和语法上挣扎数周，但最终突然掌握复杂的句子结构，展现出流利度的飞跃。 此外，saltatory进步的想法也可以在技术创新中观察到。许多突破并不是通过稳定的线性进展而发生的，而是通过改变整个格局的重大飞跃而实现的。例如，从传统计算机到量子计算机的过渡代表了一次saltatory的转变，承诺提供前所未有的能力，这在以前是不可想象的。 总之，术语saltatory概括了快速和高效运动的本质，无论是在生物系统、个人成长还是技术进步中。通过认识到saltatory过程在各种背景下的重要性，我们可以欣赏到进步的动态特性以及在理解和能力上的突然飞跃的潜力。拥抱生活的saltatory性质可能会激励我们在个人和集体层面上寻求成长和转变的机会。