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XuetangX

Pathophysiology

Huazhong University of Science and Technology via XuetangX

Overview

Pathophysiology addresses the etiology and pathogenesis of disease, as well as the mechanisms of functional and metabolic alternations associated with the onset and development of diseases. In the course of pathophysiology, students will learn the alternations of function, metabolism and underlying mechanism of diseases. 

The theory course of Pathophysiology includes introduction, conspectus of disease, fundamental pathological processes and organic pathophysiology. 

Pathophysiology bridges science, basic medicine and clinical practice, which enables students to use the knowledge of basic medical science for the diagnosis, treatment and prognosis of diseases. 

For those students who will not engage in clinical medicine, Pathophysiology is also a necessary course to lay a solid foundation for their professional career development in multidisciplinary areas such as scientific research.


Syllabus

  • 1 Introduction
    • 1.1 Nature and Development of Pathophysiology
    • 1.2 Main teaching contents of Pathophysiology
    • 1.3 Learning Methods of Pathophysiology
  • 2 Overview of diseases
    • 2.1 The relevant concepts of disease
    • 2.2 Etiology
    • 2.3 Pathogenesis of disease
    • 2.4 Outcome of disease
  • 3 Fluid and Electrolyte Balance and Imbalance
    • 3.1 Definition of fluid and electrolyte imbalance
    • 3.2 Regulation of water and sodium balance
    • 3.3 Hypertonic dehydration
    • 3.4 Hypotonic dehydration
    • 3.5 Isotonic dehydration
    • 3.6 Water intoxication
  • 4 Potassium balance and imbalance
    • 4.1 Potassium function, metabolism and regulation
    • 4.2 Definition and biology of hypokalemia
    • 4.3 Effects of hypokalemia on the body
    • 4.4 Prevention and treatment of hypokalemia
    • 4.5 Definition and biology of hyperkalemia
    • 4.6 Effects of hyperkalemia on the body
    • 4.7 Diagnosis and treatment of hyperkalemia
  • 5 Acid- base imbalance
    • 5.1 What is acid-base balance?
    • 5.2 Regulation of acid-base balance
    • 5.3 Acid-base parameters
    • 5.4 Metabolic acidosis I
    • 5.5 Metabolic acidosis II
    • 5.6 Metabolic acidosis III
    • 5.7 Respiratory acidosis
    • 5.8 Metabolic alkalosis
    • 5.9 Respiratory alkalosis
    • 5.10 Diagnosis of acid-base imbalance
  • 6 Hypoxia
    • 6.1 Conception of hypoxia and blood gas
    • 6.2 Classification of hypoxia
    • 6.3 Hypotonic hypoxia
    • 6.4 Hemic hypoxia
    • 6.5 Circulatory hypoxia
    • 6.6 Histogenous hypoxia
    • 6.7 Effects of hypoxia on body I
    • 6.8 Effects of hypoxia on body II

Taught by

Wang Jianzhi, Hu Qinghua, Wang Xiaochuan, Zhou Xinwen, Chen Xiaoqian, Ye Hong, Liu Rong, Tian Qing, Liu Gongping, Zhu Lingqiang, Zhu Liping, Wu Ping, and Yang Ying

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