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Free Download Introduction To Pharmacology For The Health Sciences Published 10/2024 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz Language: English | Size: 433.34 MB | Duration: 3h 35m Fundamentals of pharmacology for nursing and health science students and professionals. What you'll learn Understand foundational pharmacology concepts essential for safe and effective medication administration in clinical practice. Identify how medications influence physiological and pathophysiological processes across different body systems. Explain considerations and implications of medication use and administration across the lifespan. Identify the classifications and actions of antimicrobial and anti-infective medications. Identify the classifications and actions of autonomic nervous system medications. Identify the classifications and actions of respiratory medications. Identify the classifications and actions of cardiovascular and renal system medications. Identify the classifications and actions of medications regulating gastrointestinal elimination. Identify the classifications and actions of medications used to regulate the central nervous system (CNS), mood, and cognition. Identify the classifications and actions of endocrine system medications. Identify the classifications and actions of medications related to pain and mobility. Requirements This course will review relevant concepts related to human anatomy and physiology. In addition, this course will also introduce learners to medical terminology. Description This course is tailored to meet the needs of nursing students, nursing professionals, allied health professionals, and students in the health sciences, including those preparing for the NCLEX, as well as pre-pharmacy and pre-medical students. Whether you're just beginning your healthcare journey or looking to deepen your understanding of medications, this course offers a comprehensive yet accessible approach to pharmacology.We'll cover essential concepts like pharmacokinetics, pharmacodynamics, and safe medication administration, while exploring how these principles relate to the body's systems, including the nervous, cardiovascular, respiratory, gastrointestinal, and endocrine systems. You'll also gain a deeper understanding of medications used for common disease states. This course is designed to help you make critical connections between physiology, pathophysiology, and the therapeutic use of medications.To support your learning, we've included a range of study tools, including detailed articles, cheat sheets, quizzes, and links to additional resources. These materials are crafted to help you solidify your knowledge and provide quick references for key pharmacological concepts. Our focus on real-world clinical scenarios and critical thinking will prepare you to excel in your studies, clinical practice, and on exams like the NCLEX. Join us to build a strong foundation in pharmacology and elevate your healthcare expertise! Overview Section 1: Welcome Lecture 1 Course Contents Lecture 0 Summary: Course Contents Section 2: Introduction to Pharmacology Lecture 0 Medications and Classifications: Terms and Concepts Lecture 2 Medications and Classifications: Terms and Concepts Lecture 0 Safe Medication Administration Lecture 3 Safe Medication Administration Section 3: Pharmacokinetics and Pharmacodynamics Lecture 0 Introduction to Pharmacokinetics and Pharmacodynamics Lecture 4 Introduction to Pharmacokinetics and Pharmacodynamics Lecture 0 Pharmacokinetics: Absorption Lecture 5 Pharmacokinetics: Absorption Lecture 0 Pharmacokinetics: Distribution Lecture 6 Pharmacokinetics: Distribution Lecture 0 Pharmacokinetics: Metabolism Lecture 7 Pharmacokinetics: Metabolism Lecture 0 Pharmacokinetics: Elimination Lecture 8 Pharmacokinetics: Elimination Lecture 0 Pharmacodynamics: Onset, Peak and Duration Lecture 9 Pharmacodynamics: Onset, Peak and Duration Section 4: Infection and Anti-infectives Lecture 0 Concepts Related to Infection Lecture 10 Concepts Related to Infection Lecture 0 Bacterial Infections Lecture 11 Bacterial Infections Lecture 0 Viral Infections Lecture 12 Viral Infections Lecture 0 Fungal Infections Lecture 13 Fungal Infections Lecture 0 Parasitic and Protozoan Infections Lecture 14 Parasitic and Protozoan Infections Lecture 0 Variables Related to the Administration of Anti-infectives Lecture 15 Variables Related to the Administration of Anti-infectives Lecture 0 Antibacterials and Antibiotics Lecture 0 Beta-Lactam Antibiotics Lecture 16 Beta-Lactam Antibiotics Lecture 0 Sulfonamides Lecture 17 Sulfonamides Lecture 0 Fluoroquinolones Lecture 18 Fluoroquinolones Lecture 0 Macrolides Lecture 19 Macrolides Lecture 0 Aminoglycosides Lecture 20 Aminoglycosides Lecture 0 Tetracyclines Lecture 21 Tetracyclines Lecture 0 Glycopeptides Lecture 22 Glycopeptides Lecture 0 Antituberculars Lecture 23 Antituberculars Lecture 0 Antivirals Lecture 24 Antivirals Lecture 0 Antifungals Lecture 25 Antifungals Lecture 0 Antimalarials Lecture 26 Antimalarials Lecture 0 Antiprotozoals Lecture 27 Antiprotozoals Lecture 0 Anthelmintics Lecture 28 Anthelmintics Section 5: Regulation of the Autonomic Nervous System (ANS) Lecture 0 Introduction to the Nervous System Lecture 0 Communication in the Autonomic Nervous System Lecture 29 Communication in the Autonomic Nervous System Lecture 0 Sympathetic Nervous System Lecture 30 Sympathetic Nervous System Lecture 0 Sympathetic Nervous System: Alpha-1 Receptors Lecture 31 Sympathetic Nervous System: Alpha-1 Receptors Lecture 0 Sympathetic Nervous System: Alpha-2 Receptors Lecture 32 Sympathetic Nervous System: Alpha-2 Receptors Lecture 0 Sympathetic Nervous System: Beta-1 Receptors Lecture 33 Sympathetic Nervous System: Beta-1 Receptors Lecture 0 Sympathetic Nervous System: Beta-2 Receptors Lecture 34 Sympathetic Nervous System: Beta-2 Receptors Lecture 0 Catecholamines Lecture 35 Catecholamines Lecture 0 Parasympathetic Nervous System Lecture 36 Parasympathetic Nervous System Lecture 0 Parasympathetic Nervous System: Cholinergics (Muscarinic Agonists) Lecture 37 Parasympathetic Nervous System: Cholinergics (Muscarinic Agonists) Lecture 0 Parasympathetic Nervous System: Anticholinergics (Muscarinic Antagonists) Lecture 38 Parasympathetic Nervous System: Anticholinergics (Muscarinic Antagonists) Section 6: Regulation of Gas Exchange Lecture 0 Introduction to Ventilation and Gas Exchange Lecture 39 Introduction to Ventilation and Gas Exchange Lecture 0 Conditions and Diseases Related to Gas Exchange Lecture 40 Conditions and Diseases Related to Gas Exchange Lecture 0 Medications Affecting Ventilation and Gas Exchange Lecture 41 Medications Affecting Ventilation and Gas Exchange Section 7: Regulation of Perfusion and Renal Elimination Lecture 0 Introduction to Perfusion and Renal Elimination Lecture 42 Introduction to Perfusion and Renal Elimination Lecture 0 Functions of the Heart in Relation to Perfusion Lecture 43 Functions of the Heart in Relation to Perfusion Lecture 0 Blood Circulation in the Heart Lecture 44 Blood Circulation in the Heart Lecture 0 Blood Circulation in the Body Lecture 45 Blood Circulation in the Body Lecture 0 Electrical Conduction of the Heart Lecture 46 Electrical Conduction of the Heart Lecture 0 Cardiac Cycle Lecture 47 Cardiac Cycle Lecture 0 Cardiac Output Lecture 48 Cardiac Output Lecture 0 Blood Flow and Blood Pressure Lecture 49 Blood Flow and Blood Pressure Lecture 0 Homeostatic Regulation of the Cardiovascular System: RAAS Lecture 50 Homeostatic Regulation of the Cardiovascular System: RAAS Lecture 0 Introduction to the Kidneys Lecture 51 Introduction to the Kidneys Lecture 0 Blood and Coagulation Lecture 52 Blood and Coagulation Lecture 0 Conditions and Disorders Related to Perfusion Lecture 53 Conditions and Disorders Related to Perfusion Lecture 0 Considerations Related to the Administration of Medications Lecture 54 Considerations Related to the Administration of Medications Lecture 0 Antiarrhythmics Lecture 55 Antiarrhythmics Lecture 0 Cardiac Glycosides Lecture 56 Cardiac Glycosides Lecture 0 Antianginals Lecture 57 Antianginals Lecture 0 Diuretics Lecture 0 Diuretics Lecture 0 Antihypertensives Lecture 58 Antihypertensives Lecture 0 Blood Coagulation Modifiers Lecture 59 Blood Coagulation Modifiers Lecture 0 Erectile Agents Lecture 60 Erectile Agents Section 8: Regulation of Gastrointestinal Elimination Lecture 0 Introduction to the Gastrointestinal System and Processes Lecture 0 Stomach and Digestion Lecture 61 Stomach and Digestion Lecture 0 Gastrointestinal Elimination and Defecation Lecture 62 Gastrointestinal Elimination and Defecation Lecture 0 Conditions Affecting Gastrointestinal Elimination: GERD, PUD, Defecation Lecture 63 Conditions Affecting Gastrointestinal Elimination: GERD, PUD, Defecation Lecture 0 Nausea and Vomiting Lecture 64 Nausea and Vomiting Lecture 0 Medications Used to Regulate Gastrointestinal Elimination Lecture 0 Antiulcers Lecture 65 Antiulcers Lecture 0 Antiflatulents Lecture 66 Antiflatulents Lecture 0 Antidiarrheals Lecture 67 Antidiarrheals Lecture 0 Laxatives Lecture 68 Laxatives Lecture 0 Antiemetics Lecture 69 Antiemetics Section 9: Regulation of the Central Nervous System, Mood, and Cognition Lecture 0 Introduction to the Central Nervous System Lecture 70 Introduction to the Central Nervous System Lecture 0 Communication in the Central Nervous System: Neurons and Neurotransmitters Lecture 71 Communication in the Central Nervous System: Neurons and Neurotransmitters Lecture 0 Conditions of the Central Nervous System Lecture 72 Conditions of the Central Nervous System Lecture 0 Central Nervous System Depressants Lecture 73 Central Nervous System Depressants Lecture 0 Central Nervous System Stimulants Lecture 74 Central Nervous System Stimulants Lecture 0 Antidepressants Lecture 75 Antidepressants Lecture 0 Antimanic Medications Lecture 76 Antimanic Medications Lecture 0 Antipsychotics Lecture 77 Antipsychotics Lecture 0 Anticonvulsants Lecture 78 Anticonvulsants Lecture 79 Antiparkinson's Medications Lecture 0 Antiparkinson's Medications Section 10: Metabolic Regulation Lecture 0 Introduction to the Endocrine System Lecture 80 Introduction to the Endocrine System Lecture 0 Regulation of Hormone Secretion Lecture 81 Regulation of Hormone Secretion Lecture 0 Stimulation of Endocrine Glands Lecture 82 Stimulation of Endocrine Glands Lecture 0 The Hypothalamus-Pituitary Complex Lecture 83 The Hypothalamus-Pituitary Complex Lecture 0 Conditions Related to Metabolic Regulation Lecture 84 Conditions Related to Metabolic Regulation Lecture 0 Corticosteroids and the Adrenal Glands Lecture 85 Corticosteroids and the Adrenal Glands Lecture 0 Blood Glucose, Insulin, and the Pancreas Lecture 86 Blood Glucose, Insulin, and the Pancreas Lecture 0 Glucagon Lecture 87 Glucagon Lecture 0 Insulin Lecture 88 Insulin Lecture 0 Oral Antihyperglycemics Lecture 89 Oral Antihyperglycemics Lecture 0 Hormones of the Thyroid and Parathyroid Glands Lecture 0 Synthesis and Regulation of Thyroid Hormones Lecture 90 Synthesis of Thyroid Hormones Lecture 0 Regulation of Thyroid Hormone Secretion Lecture 0 Functions of Thyroid Hormones Lecture 0 Functions of Thyroid Hormones Lecture 0 Disorders of the Thyroid Lecture 0 Disorders of the Thyroid Lecture 0 Calcium Regulation Lecture 0 Calcium Regulation Lecture 0 Thyroid Medications and Modifiers of Calcium Lecture 0 Thyroid Medications and Modifiers of Calcium Section 11: Pain and Mobility Lecture 0 Physiology of Pain Lecture 0 Physiology of Pain Lecture 0 Mobility and the Musculoskeletal System Lecture 0 Mobility and the Musculoskeletal System Lecture 0 Types of Pain: Acute and Chronic Lecture 0 Types of Pain: Acute and Chronic Lecture 0 Conditions Related to Mobility and Pain Lecture 0 Conditions Related to Mobility and Pain Lecture 0 Non-Opioid Analgesics Lecture 0 Non-Opioid Analgesics Lecture 0 Opioid Analgesics Lecture 0 Opioid Analgesics Lecture 0 Opioid Antagonists Lecture 0 Opioid Antagonists Lecture 0 Adjuvant Analgesics Lecture 0 Adjuvant Analgesics Lecture 0 Antigout Medications Lecture 0 Antigout Medications Lecture 0 Anesthetics Lecture 0 Anesthetics This course is designed for nursing students, practicing nurses, allied health professionals, health sciences students, including those in fields such as pre-medicine and pre-pharmacy. This course provides a comprehensive yet accessible introduction and review of foundational pharmacology concepts, with a focus on various body systems. This course is also designed to help NCLEX test-takers reinforce pharmacology concepts to succeed with the NCLEX exam. Screenshot Homepage https://www.udemy.com/course/introduction-to-pharmacology-for-the-health-sciences/ Rapidgator https://rg.to/file/b381eb40c86f5e60edad5a1aefdb6312/ilrav.Introduction.To.Pharmacology.For.The.Health.Sciences.rar.html Fikper Free Download https://fikper.com/o5kN6fKgSf/ilrav.Introduction.To.Pharmacology.For.The.Health.Sciences.rar.html No Password - Links are Interchangeable

Free Download Certificate Course In Renal Pharmacology Published 10/2024 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 8.08 GB | Duration: 5h 34m Master Renal Pharmacology: Drug Interactions, Nephrotoxicity, Dosing Adjustments What you'll learn Understand Renal Pharmacodynamics: Study how drugs interact with kidney functions, affecting absorption, distribution, metabolism, and excretion. Recognize Renal Drug Toxicity: Identify nephrotoxic effects, factors causing toxicity, and preventive strategies for renal protection. Learn Dosing Adjustments: Understand proper dose adjustments in renal impairment to balance effectiveness with minimized risks. Explore Renal-Specific Medications: Gain knowledge of drugs like diuretics, antihypertensives, and nephroprotective agents used in kidney treatment. Requirements The Certificate Course in Renal Pharmacology has been designed to be accessible and beginner-friendly, with only a few foundational requirements to ensure learners get the most from their experience. Learners should have a basic understanding of human physiology, particularly in renal anatomy, to better grasp how drugs interact with kidney functions. Additionally, a foundational knowledge of pharmacology-especially key concepts like pharmacokinetics and pharmacodynamics-will support students as they delve into drug mechanisms and interactions specific to the renal system. This course is well-suited for those with a strong interest in clinical medicine, especially in fields related to nephrology or pharmacology. No specialized tools or equipment are required, making this course an open opportunity for healthcare students and professionals to advance their understanding of renal pharmacology. Description The Certificate Course in Renal Pharmacology offers an in-depth exploration of pharmacological principles specific to kidney function and renal health, providing essential knowledge for healthcare professionals and students alike. Tailored for medical and pharmacy students, junior doctors, and those preparing for competitive exams like USMLE, PLAB, and NEET PG, this course focuses on key concepts that form the foundation of renal pharmacology. Learners will explore critical topics, including the pharmacodynamics of drugs within the renal system, mechanisms of nephrotoxicity, and practical strategies to mitigate renal side effects, ensuring safe and effective patient care.This course offers detailed modules on dosing adjustments for patients with renal impairment, enabling learners to make informed decisions in complex clinical scenarios. Additionally, students will gain familiarity with renal-specific medications, such as diuretics, antihypertensives, and nephroprotective agents, to improve treatment outcomes in patients with kidney diseases. The course is structured with animated video lectures, case studies, and interactive MCQs to reinforce learning and application of concepts.With no specialized tools required, this course is accessible to those with a foundational understanding of physiology and pharmacology, making it beginner-friendly yet rich in content. By the end, learners will have acquired the skills and confidence needed to manage renal pharmacotherapy effectively, setting a strong foundation for further medical and clinical excellence. Overview Section 1: Diuretics Lecture 1 Diuretics - Introduction Lecture 2 Diuretics (Physiological Events In Nephron) Lecture 3 Diuretics - Mechanism of action Lecture 4 Diuretics - Drugs classification Lecture 5 Drugs Acting On PCT - Carbonic Anhydrase Inhibitors ( Part - 1 ) Lecture 6 Drugs Acting On PCT - Carbonic Anhydrase Inhibitors ( Part - 2 ) Lecture 7 Drugs Acting On PCT - Carbonic Anhydrase Inhibitors ( Part - 3 ) Lecture 8 Drugs Acting On Loop of Henle - Loop Diuretics ( Part 1 ) Lecture 9 Drugs Acting On Loop of Henle - Loop Diuretics ( Part 2 ) Lecture 10 Drugs Acting On Loop of Henle - Loop Diuretics ( Part 3 ) Lecture 11 Drugs Acting On Loop of Henle - Loop Diuretics ( Part 4 ) Lecture 12 Drugs Acting On Loop of Henle - Osmotic Diuretics Lecture 13 Drugs Acting On Descending Tubule and Collecting Duct - Thiazide ( Part 1 ) Lecture 14 Drugs Acting On Descending Tubule and Collecting Duct - Thiazide ( Part 2 ) Lecture 15 Drugs Acting On Descending Tubule and Collecting Duct - Thiazide ( Part 3 ) Lecture 16 Drugs Acting On DT and CT - Potassium Sparing Diuretics ( Part -1 ) Lecture 17 Drugs Acting On DT and CT - Potassium Sparing Diuretics ( Part - 2 ) Lecture 18 Diuretics and their effects (Carbonic anhydrase inhibitors & osmotic diuretics) Lecture 19 Diuretics and their effects (Loop diuretics) Lecture 20 Diuretics and Their effects ( Thiazides ) Lecture 21 Potassium Sparing Diuretics Section 2: Anti Diuretics Lecture 22 Anti Diuretics Lecture 23 Other Anti Diuretics Lecture 24 Anti Diuretics : Important points to ponder Lecture 25 Vasopressin Receptor Antagonists This Certificate Course in Renal Pharmacology is tailored for a wide range of learners in healthcare, including medical students, pharmacy students, nursing students, junior doctors, and allied health professionals seeking specialized knowledge in renal pharmacology. It is particularly valuable for those preparing for exams such as USMLE, PLAB, and NEET PG, as it covers essential concepts in renal pharmacotherapy and nephrotoxic risk management. By focusing on drug interactions within the renal system and specific treatments for renal conditions, this course provides critical insights for students and professionals aiming to enhance their clinical acumen, improve patient outcomes, and excel in their medical or pharmacy careers. 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Free Download 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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pdf | 25.89 MB | English | Isbn:9781394225149 | Author: Jie Jack Li (Editor) | Year: 2024 About ebook: Chemistry and Pharmacology of Drug Discovery https://rapidgator.net/file/1414c9c27e11a863c8613b2f9149ae6b/ https://nitroflare.com/view/5E0A117AF35F3F5/