protopathic

简明释义

英[/ˌproʊtəˈpæθɪk/]美[/ˌproʊtəˈpæθɪk/]

adj. 原发的，感受神经初感的

英英释义

单词用法

同义词

反义词

例句

1.Result: The skin flap of this group who walked weight-carrying in long term had the function of resisting-pressure wearable , protopathic sensibility, satisfied shape .

结果：本组病人经长期负重行走，皮瓣具有抗压、耐磨和粗感觉功能，外形满意。

2.This reaction was no greater in the area of skin with protopathic sensibility than it was in the area of the more evolved epicritic.

在具有原病理敏感性的皮肤区域的这种反应并不比在进化程度更高的表皮细胞区域更强烈。

3.Result: The skin flap of this group who walked weight-carrying in long term had the function of resisting-pressure wearable , protopathic sensibility, satisfied shape .

结果：本组病人经长期负重行走，皮瓣具有抗压、耐磨和粗感觉功能，外形满意。

4.Selenium polysaccharide possesses special functions. It has an affirmative role in treating protopathic liver cancer.

硒酸脂多糖具有硒和多糖两者特殊作用。它治疗原发性肝癌有肯定的疗效。

5.The neurologist explained that protopathic 原始病理的 pain is often the first type of pain experienced after an injury.

神经科医生解释说，protopathic 原始病理的疼痛通常是受伤后经历的第一种疼痛类型。

6.The study focused on how protopathic 原始病理的 feelings influence emotional responses.

这项研究集中在protopathic 原始病理的感觉如何影响情感反应。

7.In early development, infants rely on protopathic 原始病理的 sensations to understand their environment.

在早期发展中，婴儿依靠protopathic 原始病理的感觉来理解他们的环境。

8.Understanding protopathic 原始病理的 sensations can help in diagnosing certain neurological disorders.

理解protopathic 原始病理的感觉可以帮助诊断某些神经系统疾病。

9.The patient exhibited protopathic 原始病理的 responses to the painful stimulus during the examination.

在检查中，患者对疼痛刺激表现出protopathic 原始病理的反应。

作文

In the realm of neuroscience and psychology, understanding how we perceive and process sensations is crucial. One term that often comes up in discussions about sensory processing is protopathic, which refers to the primitive or basic aspects of sensation. This concept is essential in distinguishing between different types of sensory experiences, particularly in how we react to pain and temperature. Protopathic sensations are typically associated with the initial, crude perceptions that arise from our environment, without the influence of higher cognitive processes. For instance, when someone touches a hot stove, the immediate feeling of heat is a protopathic response. It is an instinctive reaction that does not require deep thought or analysis; rather, it is a survival mechanism that prompts us to withdraw from danger quickly.Understanding protopathic sensations helps in various fields, including medicine and psychology. In clinical settings, recognizing the difference between protopathic and more refined sensations can aid in diagnosing certain conditions. For example, patients with nerve damage may experience altered protopathic sensations, leading to misunderstandings about their pain levels or temperature sensitivity. This differentiation is vital for developing effective treatment plans and ensuring that patients receive appropriate care.Moreover, the study of protopathic sensations can also shed light on the evolutionary aspects of human perception. Our ancestors relied heavily on these basic sensory responses to navigate their environments and avoid threats. The ability to quickly respond to noxious stimuli was essential for survival, and many of these protopathic responses are still present in modern humans. By examining how these sensations function, researchers can gain insights into the development of the nervous system and the ways in which sensory processing has evolved over time.In contrast to protopathic sensations are what we call epicritic sensations. These involve more complex processing of sensory information, allowing for detailed perceptions such as texture, shape, and precise locations of stimuli. Epicritic sensations require higher-level cognitive functions and are critical for tasks that involve fine motor skills and intricate decision-making. Understanding the interplay between protopathic and epicritic sensations is key to comprehending the full spectrum of human sensory experience.In conclusion, the term protopathic encapsulates a fundamental aspect of how we interact with the world around us. Recognizing the role of protopathic sensations in our lives provides valuable insights into both our biological processes and our psychological experiences. As research continues to advance, the implications of understanding protopathic sensations will likely extend beyond academia and into practical applications in healthcare, education, and even technology. By appreciating the significance of these basic sensory responses, we can better understand ourselves and the intricate systems that govern our interactions with the world.

在神经科学和心理学领域，理解我们如何感知和处理感觉至关重要。在关于感觉处理的讨论中，一个常提到的术语是原始感觉，它指的是感觉的原始或基本方面。这个概念在区分不同类型的感觉体验时非常重要，特别是在我们如何对疼痛和温度做出反应方面。原始感觉通常与来自环境的初步、粗略的感知有关，而不受更高认知过程的影响。例如，当有人触摸热炉时，立即感受到的热量就是一种原始感觉反应。这是一种本能的反应，不需要深入思考或分析；相反，它是一种生存机制，促使我们迅速撤离危险。理解原始感觉有助于各个领域，包括医学和心理学。在临床环境中，识别原始感觉和更精细的感觉之间的差异可以帮助诊断某些疾病。例如，神经损伤的患者可能会经历改变的原始感觉，导致对他们的疼痛水平或温度敏感性产生误解。这种区分对于制定有效的治疗计划和确保患者获得适当护理至关重要。此外，研究原始感觉也可以揭示人类感知的进化方面。我们的祖先在很大程度上依赖这些基本的感觉反应来导航环境和避免威胁。快速响应有害刺激的能力对生存至关重要，许多这种原始感觉反应仍然存在于现代人类中。通过检查这些感觉如何运作，研究人员可以深入了解神经系统的发展以及感觉处理如何随着时间的推移而演变。与原始感觉相对的是我们所称的精细感觉。这些涉及对感觉信息的更复杂处理，使得能够详细感知纹理、形状和刺激的精确位置。精细感觉需要更高层次的认知功能，对于涉及精细运动技能和复杂决策的任务至关重要。理解原始感觉和精细感觉之间的相互作用是理解人类感知全谱的关键。总之，术语原始感觉概括了我们与周围世界互动的基本方面。认识到原始感觉在我们生活中的作用为我们提供了对生物过程和心理体验的宝贵见解。随着研究的不断推进，理解原始感觉的意义可能超越学术界，延伸到医疗保健、教育甚至科技的实际应用中。通过欣赏这些基本感觉反应的重要性，我们可以更好地理解自己以及支配我们与世界互动的复杂系统。