Certificate Course In Cardiovascular Pharmacology
Published 10/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 20.26 GB | Duration: 15h 11m

Master cardiovascular drugs, mechanisms, and clinical applications.

What you'll learn
Understand the mechanisms of action, pharmacokinetics, and therapeutic effects of cardiovascular drugs, including common side effects and toxicity.
Analyze how different cardiovascular drugs interact with the heart and blood vessels, influencing conditions like hypertension and arrhythmias.
Evaluate the clinical application of cardiovascular pharmacology in managing diseases such as heart failure, coronary artery disease, and angina.
Apply knowledge of drug interactions, contraindications, and patient characteristics when prescribing cardiovascular medications safely.

Requirements
Requirements or Prerequisites for the Cardiovascular Pharmacology Course: • A basic understanding of human anatomy and physiology, particularly related to the cardiovascular system, is helpful but not mandatory. • Prior knowledge of fundamental pharmacological principles, such as drug metabolism and receptor mechanisms, is advantageous but not required. • No specific tools or equipment are required, just access to a computer or mobile device with an internet connection to access course materials. • This course is designed to accommodate beginners, making it accessible to anyone interested in learning about cardiovascular pharmacology, regardless of prior experience.

Description
The Certificate Course in Cardiovascular Pharmacology provides a comprehensive understanding of cardiovascular drugs, their mechanisms, and clinical applications. This course is designed for medical students, healthcare professionals, pharmacists, and anyone with an interest in understanding how medications impact the cardiovascular system.Through this course, you will explore the pharmacokinetics and pharmacodynamics of major cardiovascular drugs, including antihypertensives, antiarrhythmics, anticoagulants, and diuretics. You'll learn how these drugs function at the molecular level, their therapeutic uses, and potential side effects. Emphasis is placed on understanding how these medications interact with different components of the cardiovascular system, including the heart, blood vessels, and blood clotting mechanisms.The course will also cover key cardiovascular conditions such as hypertension, heart failure, angina, arrhythmias, and coronary artery disease, illustrating how various pharmacological agents are used in their management. In addition, you'll learn how to assess patient-specific factors, contraindications, and drug interactions, ensuring safe and effective use of cardiovascular medications.With a focus on both theory and practical clinical applications, this course is designed to equip learners with the knowledge to make informed decisions when prescribing or administering cardiovascular drugs. Whether you're a beginner or looking to enhance your clinical skills, this course offers valuable insights into cardiovascular pharmacology.

Overview
Section 1: Pharmacology of Congestive Heart Failure

Lecture 1 Pathophysiology of Heart Failure

Lecture 2 Compensatory Mechanisms of Heart Failure

Lecture 3 Drug Neutralizing Compensatory Mechanism Seen In Heart Failure

Lecture 4 Drugs used in acute congestive heart failure - Part 1

Lecture 5 Drugs used in acute congestive heart failure - Part 2

Lecture 6 Drugs used in acute congestive heart failure - Part 3

Lecture 7 Drugs Used In Chronic Congestive Heart Failure - Introduction

Lecture 8 Drugs Used In Chronic Congestive Heart Failure - Vasodilators

Lecture 9 Drugs Used In Chronic Congestive Heart Failure - ACE Inhibitors & ARBs

Lecture 10 Drugs used in chronic congestive heart failure - Beta blockers

Lecture 11 Drugs used in chronic congestive heart failure - Ivabradine

Section 2: Hypertension

Lecture 12 Hypertension - Introduction

Lecture 13 Diuretics

Lecture 14 Sympathoplegics - Introduction

Lecture 15 Sympathoplegics - Drugs decreasing central sympathetic outflow

Lecture 16 Sympathoplegics - Ganglion blockers

Lecture 17 Sympathoplegics - Adrenergic Neuronal Blockers

Lecture 18 Sympathoplegics - Adrenergic Receptor Antagonists - Part 1

Lecture 19 Sympathoplegics - Adrenergic Receptor Antagonists - Part 2

Lecture 20 Sympathoplegics - Adrenergic Receptor Antagonists - Part 3

Lecture 21 Vasodilators - Introduction

Lecture 22 Vasodilators - Potassium channel openers

Lecture 23 Vasodilators - Nitric oxide releasers

Lecture 24 Dopamine Agonists

Lecture 25 Vasodilators - Calcium channel blockers - Part 1

Lecture 26 Vasodilators - Calcium channel blockers - Part 2

Lecture 27 Vasodilators - Calcium channel blockers - Part 3

Lecture 28 Drugs Decreasing Action Of Raas - Renin Inhibitors

Lecture 29 Drugs Decreasing Action Of Raas - ACE Inhibitors

Lecture 30 Drugs Decreasing Action Of Raas - Angiotensin Receptor Blockers

Lecture 31 Hypertension in pregnancy Management

Lecture 32 Drugs used in co-existing conditions in HTN

Section 3: Drugs used in Angina pectoris

Lecture 33 Angina - Pathophysiology

Lecture 34 Classification of Antianginal Drugs

Lecture 35 Nitrates - Part 1

Lecture 36 Nitrates - Part 2

Lecture 37 Nitrates - Part 3

Lecture 38 Calcium channel blockers

Lecture 39 Beta Blockers in the treatment of Angina

Lecture 40 Partial Fox Inhibitors

Lecture 41 Anti anginal Drugs - New drugs

Lecture 42 Types of Angina

Lecture 43 Stable Angina

Lecture 44 Unstable Angina

Lecture 45 Variant angina

Lecture 46 Antianginal Drugs - Important Points

Section 4: Drugs used in the treatment of Heart Failure

Lecture 47 Classification of Heart Failure

Lecture 48 Heart Failure With Reduced Ejection Fraction

Lecture 49 Heart failure with preserved ejection fraction

Lecture 50 Right Ventricular Failure

Lecture 51 Right ventricular failure - Part 2

Lecture 52 Left Heart Failure

Lecture 53 Investigations of Heart Failure

Lecture 54 Treatment of heart failure - Part 1

Lecture 55 Treatment of heart failure - Part 2

Lecture 56 Treatment of heart failure - Part 3

Lecture 57 Treatment of heart failure - Part 4

Lecture 58 Non-pharmacological treatment of heart failure Part - 1

Lecture 59 Non-pharmacological treatment of heart failure Part - 2

Lecture 60 Non-pharmacological treatment of heart failure Part - 3

Lecture 61 Non-pharmacological treatment of heart failure Part - 4

Section 5: Antiarrhythmic Drugs

Lecture 62 Anti Arrhythmatics - Introduction

Lecture 63 Cardiac Action Potential - Part 1

Lecture 64 Cardiac Action Potential - Part 2

Lecture 65 Cardiac Action Potential - Part 3

Lecture 66 Antiarrythmatics - classification & class 1 agents

Lecture 67 Antiarrthythmatics - Class 1A Agents (Part 1)

Lecture 68 Antiarrthythmatics - Class 1A Agents (Quinidine)

Lecture 69 Antiarrhythmics - Class 1A Agents (Procainamide)

Lecture 70 Antiarrhythmic Drugs - Class 1B Agents

Lecture 71 Antiarrhythmatic Drugs - Class 1C Agents

Lecture 72 Anti Arrhythmatics - Class 2 Agents

Lecture 73 Anti Arrhythmatics - Class 3 Agents (Lignocaine, Mexiletine, Tocainide)

Lecture 74 Anti Arrhythmatics - Class 3 Agents (Amiodarone)

Lecture 75 Anti Arrhythmatics - Class 3 Agents (Part - 3)

Lecture 76 Anti Arrhythmatics - Class 4 Agents

Lecture 77 Anti Arrhythmatics - Class 5 Agents

Lecture 78 Anti Arrhythmatics - Summary

Section 6: Dyslipedimia

Lecture 79 Lipids and lipoproteins Part - 1

Lecture 80 Lipids and lipoproteins Part - 2

Lecture 81 Primary hyperlipoproteinemia

Lecture 82 Anti Dyslipidemic drugs (introduction)

Lecture 83 Statins Part - 1

Lecture 84 Statins Part - 2

Lecture 85 Intestinal Cholesterol Absorption Inhibitors

Lecture 86 Bile Acid Binding Resins

Lecture 87 Fibric Acid Derivatives

Lecture 88 Nicotinic acid

Lecture 89 Miscellaneous Drugs

Lecture 90 Newer drugs

• Medical Students and Healthcare Professionals: Ideal for those pursuing MBBS, nursing, or pharmacy, and healthcare workers seeking a deeper understanding of cardiovascular pharmacology to enhance their clinical practice. • Pharmacists and Pharmacology Enthusiasts: Beneficial for individuals working in or studying pharmacology who want to specialize in cardiovascular drug therapy and its applications. • Physicians in Training: Resident doctors, interns, or any medical professional in training who seeks to strengthen their knowledge of cardiovascular pharmacology for better patient care. • Researchers in Cardiovascular Medicine: Researchers focused on cardiovascular drug development or related fields looking to understand the pharmacological principles that drive cardiovascular treatments. • Beginners and Healthcare Enthusiasts: The course is accessible to anyone with an interest in cardiovascular health, even without extensive prior knowledge of pharmacology, making it suitable for beginners. This course will be valuable for anyone aiming to enhance their understanding of cardiovascular pharmacology in both academic and clinical settings.

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