Class Central is learner-supported. When you buy through links on our site, we may earn an affiliate commission.

XuetangX

Pharmacology(药理学)

via XuetangX

Overview

Pharmacology is a science that is basic not only to medicine but also to pharmacy, nursing and dentistry medicine. It investigates the actions of drugs and chemicals in biological systems, ranging from the effects of chemical agents upon subcellular mechanisms to potential hazards of drug therapy for major diseases. Students should master the pharmacological action, mechanism, clinical application and adverse action of the drugs, which may provide elementary theory and knowledge for clinical diagnosis and preventing disease. Meanwhile, Pharmacology is also a practical subject, students not only should master the basic operational skills and theory by the experimental teaching, but also the designing thinking and procedure. Only so can students establish a satisfactory foundation to pursue technical and professional careers in medicine or other branches of health care and life sciences.

On the digital course cloud platform, pharmacology teaching uses online, interactive and other forms to set relevant knowledge points, combined with a series of clinical cases, in-depth development of autonomous and heuristic teaching modes, and guide students to change from passive acceptance of knowledge to autonomous learning and organization of questions and solve the problem, so as to achieve the teaching goal of mastering professional knowledge of pharmacology and having clinical practice medication ability, and essentially promote the improvement of students' theoretical knowledge and practical ability.

The construction of the digital curriculum of "Pharmacology" aims to break the limitations of time and space, change the traditional teacher-centered, teaching material as the center, excessive use of teaching, resulting in students' low learning initiative, cognition, and insufficient participation. Through rich teaching resources, advanced technical means and multi-dimensional teaching environment, help teachers to update teaching concepts, deepen course content, improve teaching methods, and innovate teaching design on the basis of inheriting traditional teaching models. Meanwhile promote students' independent learning and research learning, and  provide support for optimizing teaching management and promoting the reform of teaching mode, so as to comprehensively improve the efficiency and quality of curriculum teaching.

This digital course of "Pharmacology" includes general introduction, pharmacokinetics, pharmacodynamics, efferent nervous system drugs, central nervous system drugs, cardiovascular system drugs, various organ system drugs, antimicrobial drugs, antitumor drugs and other teaching chapters. Personalized teaching arrangements are made through rich teaching resources and teaching design such as teaching videos, teaching PPTs, exercises, cases and open discussions. Relying on the support of the digital course cloud platform, online teaching activities such as announcement, question answering and discussion are carried out, and the course implementation and process teaching evaluation are completed through score evaluation and teaching file management.


Syllabus

  • Chapter 1 Introduction
    • 1.1 what is drug
    • 1.2 pharmacology concept
  • Chapter 2 Pharmacokinetics
    • 2.1 cell membrane structure
    • 2.2 passive transport diffusion of unionized drugs and weak electrolytes
    • 2.3 passive transport(filtration & facilitated diffusion) and active transport
  • Chapter 3 Pharmacodynamics
    • 3.1 Graded response
    • 3.2 Quantal reaction
  • Chapter 4 Automic Nervous System
    • 4.1 Cholinergic Transmission and Neurotransmitter
    • 4.2 Autonomic receptor
  • Chapter 5 Cholinoceptor-Activating Drugs
    • 5.1 Cholinoceptor-activating Drugs
  • Chapter 6 Cholinoceptor Blocking Drugs
    • 6.1 Cholinoceptor blocking drugs
  • Chapter 7 Adrenoceptor-Activating & Other Sympathomimetic
    • 7.1 Structure- function relationship and classification of adrenoceptor agonists
    • 7.2 α-adrenoceptor agonists
    • 7.3 α,β-adrenoceptor agonists
    • 7.4 β-adrenoceptor agonists
  • Chapter 8 Adrenoceptor Antagonist
    • 8.1 Adrenergic Antagonists
  • Chapter 9 Neurodegenerative Diseases
    • 9.1 PD therapy
  • Chapter 10 Sedative-Hypnotic
    • 10.1 action of benzodiazepine
    • 10.2 action of benzodiazepine
    • 10.3 characteristics of barbituates
  • Chapter 11 Drugs for Psychiatric Disorders
    • 11.1 CPZ Actions and Uses
  • Chapter 12 Epilepsy
    • 12.1 Epilepcy
  • Chapter 13 Opioids
    • 13.1 morphine
  • Chapter 14 Nonsteroid Anti- Inflammatory Drugs
    • 14.1 aspirin
  • Chapter 15 Drugs Used in Angina Pectoris
    • 15.1 nitroglyserin
    • 15.2 beta blockers used in Antiangina
    • 15.3 clacium channel blockers in antiangina and combination therapy for angina
  • Chapter 16 Antihypertensive
    • 16.1 hypertation
    • 16.2 the common agents in hypertation
    • 16.3 ACEI and ARB
  • Chapter 17 Basic Pharmacology of Drugs Used in Heart Failure
    • Chapter 18 Agents Used in Cardiac Arrhythmias
      • Chapter 19 Agents Used in Hyperlipidemia
        • Chapter 20 Drugs affecting endocrine system
          • 20.1 Thyroid and Anti-thyroid drugs
          • 20.2 ancreatic hormone-insulin
          • 20.3 anti-inflammation of glucocorticoids
        • Chapter 21 Drugs for Respiratory Disorders
          • Chapter 22 Drugs for Digestive Disorders
            • Chapter 23 Blood Drug
              • Chapter 24 Antimicrobial Agents
                • 24.1 antibacterial outline
                • 24.2 antibacterial terms
                • 24.3 antibacterial mechanism
                • 24.4 drug resistance mechanism
                • 24.5 Principle of rational drug use
              • Chapter 25 Beta-Lactam Antibiotics
                • 25.1 β-lactam agents outline
                • 25.2 penicillins features
                • 25.3 penicillin adverse reaction
                • 25.4 other β-lactam agents
                • 25.5 β-lactamase inhibtor
              • Chapter 26 Macrolides, Clindamycin & Polypeptide
                • 26.1 macrolides feature
                • 26.2 typical macrolides
              • Chapter 27 Tetracyclines & Chloramphenicol
                • 27.1 tetracycline
                • 27.2 chloramphenicol
              • Chapter 28 Aminoglycosides
                • Chapter 29 Artificial synthetic antibacterial drugs
                  • Chapter 30 Antimycobacterial Drugs
                    • Chapter 31 Antifungal and Antiviral Agents
                      • Chapter 32 Anticancer Drugs
                        • Final exam

                          Taught by

                          Wenzhou Medical University

                          Reviews

                          Start your review of Pharmacology(药理学)

                          Never Stop Learning.

                          Get personalized course recommendations, track subjects and courses with reminders, and more.

                          Someone learning on their laptop while sitting on the floor.