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所在平台: Udemy |
课程主页: https://www.udemy.com/course/drnizamsphysiology/
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课程名称：一般与神经肌肉生理学 课程概述： 欢迎参加“一般与神经肌肉生理学”课程！这是一门全面、引人入胜的课程，旨在帮助学生掌握人类生理学的基本知识。无论你是预科医学、护理或相关健康专业的学生，还是对人体内部运作感兴趣的朋友，这门课程将为你提供必要的概念清晰度和临床洞察力，以便在学习和未来的医疗职业中取得成功。 课程内容： 本课程从一般生理学的基础介绍开始，着重讲解人体如何维持平衡和功能。你将学习到： - 体内平衡（稳态）：生理学的核心主题，涵盖温度控制和液体平衡等方面。 - 体液区室：理解细胞外液与细胞内液的区别及其对细胞功能的影响。 - 细胞膜的运输机制：包括扩散、渗透、主动运输和易化运输，并结合实际生理例子。 - 生物电位：深入探讨奈恩斯特方程、静息膜电位（RMP）以及兴奋-传导动作电位的详细过程。 然后，我们将进入神经肌肉部分，探讨生理学与功能的结合： - 神经元和骨骼肌纤维的结构与功能 - 神经肌肉传递：神经信号如何传递给肌肉 - 激发-收缩耦合：信号如何导致运动 - 收缩类型及滑动丝理论 - 与临床相关的实际案例，包括重症肌无力、脱髓鞘疾病等 每个主题都通过清晰的解释、图示以及现实临床见解来解析，确保你不仅理解“是什么”，更能掌握“为什么”和“如何”。 课程收获： 完成本课程后，你将能够： - 阐释一般人类生理学的基础原理 - 描述稳态和膜运输机制 - 理解并运用奈恩斯特方程、静息膜电位和动作电位的概念 - 探索神经肌肉接头和骨骼肌的结构与功能 - 将生理学知识应用到实际临床场景与基本诊断推理中 适合人群： 本课程特别适合于： - 预科医学、护理、牙科及相关健康专业的学生 - 准备参加MCAT、NEET或其他入学考试的学生 - 正在医疗或健康科学教育旅程起步的人士 - 希望清晰、有趣补充课堂学习的在校学生 - 想了解人体运作的好奇学习者 无需高级背景要求，只需有基本的生物学理解和学习意愿即可。 选择本课程的理由： 本课程由具备丰富教学和医学科学经验的讲师授课，课程内容会根据学生的需求设计，提供清晰性、相关性和临床背景。以结构化、易于消化的形式呈现，让复杂主题也能轻松掌握。帮助你在教育旅程中建立自信和能力。
Course DescriptionWelcome to "General and Neuromuscular Physiology" - a comprehensive and engaging course designed for anyone looking to master the essential foundations of human physiology.Whether you're a pre-med student, nursing or allied health student, or simply someone fascinated by the inner workings of the human body, this course will provide you with the conceptual clarity and clinical insight you need to excel in your studies and future healthcare career.What This Course CoversWe begin with a solid introduction to general physiology, focusing on how the human body maintains balance and function. You'll explore:Homeostasis - the central theme of physiology, and how it governs everything from temperature control to fluid balance.Body fluid compartments - understanding extracellular vs. intracellular fluids, and how this impacts function at the cellular level.Transport across cell membranes - including diffusion, osmosis, active transport, and facilitated transport, with real-life physiological examples.Bioelectric potentials - where you'll dive into the Nernst equation, resting membrane potential (RMP), and the detailed process of generating and propagating an action potential.From there, we transition into the neuromuscular section, where physiology meets function:Structure and function of neurons and skeletal muscle fibersNeuromuscular transmission - how nerve signals are transmitted to muscleExcitation-contraction coupling - how a signal leads to movementMuscle contraction types and the sliding filament theoryReal-world clinical correlations, including conditions like myasthenia gravis, demyelinating diseases, and moreEach topic is broken down with clear explanations, diagrams, and real-world clinical insights, ensuring that you not only understand the "what," but also the "why" and "how."What You'll LearnBy the end of this course, you will be able to:Explain the foundational principles of general human physiologyDescribe mechanisms of homeostasis and membrane transportUnderstand and apply concepts like the Nernst equation, resting membrane potential, and action potentialExplore the structure and function of the neuromuscular junction and skeletal muscleApply physiological knowledge to real clinical scenarios and basic diagnostic reasoningWho This Course is ForThis course is ideal for:Pre-med, nursing, dental, and allied health studentsStudents preparing for MCAT, NEET, or other entrance examsAnyone beginning their journey into medical or health sciencesCurrent students who want a clear and engaging supplement to classroom learningCurious learners who want to understand how the human body worksNo advanced background is required-just a basic understanding of biology and a willingness to learn.Why Learn With Me?This course is taught by someone who understands what students need most-clarity, relevance, and clinical context. The material is presented in a structured, digestible format, making even complex topics easy to grasp. With years of experience in both teaching and the medical sciences, I've designed this course to give you the confidence and competence to move forward in your education.
