Free online courseCardiovascular Physiology
Duration of the online course: 9 hours and 2 minutes
New course
Free online Cardiovascular Physiology course covering heart anatomy, conduction systems, EKG basics, cardiac cycle, cardiac output, blood vessels, microcirculation, and blood pressure regulation.
Course Description
Welcome to Cardiovascular Physiology, an extensive and immersive experience designed for anyone keen on understanding the fundamentals and intricacies of the cardiovascular system. With a total duration of 9 hours and 2 minutes, this course is a comprehensive voyage into the essential aspects of cardiovascular physiology, ensuring you gain a robust grasp of each topic.
Belonging to the Health category and specifically curated under the Physiology subcategory, this course meticulously explores the cardiovascular domain. It begins with a foundational understanding of the anatomy of the heart, featuring an in-depth examination of a heart model to visualize and comprehend its structure thoroughly.
The journey continues with a detailed look into the structures and layers of the heart, providing clarity on its anatomical and functional complexity. From here, the course delves into the fascinating world of cardiac electrophysiology, examining both intrinsic and extrinsic cardiac conduction systems. These sections elucidate how electrical impulses govern the rhythmic contraction of the heart, ensuring its precise and efficient operation.
To bolster your knowledge, the course includes a segment on electrocardiograms (EKGs), where you'll learn the basics of reading EKGs followed by more advanced discussions on the diverse types of EKGs. Understanding EKGs is crucial for interpreting heart activity, identifying arrhythmias, and assessing overall cardiovascular health.
Next, the curriculum explores the cardiac cycle, covering both traditional and digital versions to solidify your comprehension of the phases of heartbeats and their significance. Complementing this is an insightful section on cardiac output, which explains how the heart's efficiency can be quantified and evaluated.
Another pivotal part of this course is the detailed investigation of blood vessel characteristics, including the dynamics of their tunic layers and the principles of microcirculation. These sections illuminate how blood vessels support and regulate blood flow throughout the body.
Finally, the course addresses the fundamentals of blood pressure, discussing its regulation and the conditions associated with its deviations, such as hypotension and hypertension. These lessons provide critical insights into how the body maintains equilibrium and what happens when these mechanisms falter.
Although there are currently no reviews for Cardiovascular Physiology, rest assured that the depth and breadth of content provide a thorough understanding of cardiovascular physiology. Whether you're a student, healthcare professional, or an enthusiast seeking to enhance your knowledge, this course offers valuable insights into one of the most vital systems of the human body.
Embark on this educational journey, and empower yourself with the essential knowledge required to master cardiovascular physiology.
Conteúdo do Curso
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Video class: Cardiovascular | Anatomy of the Heart | Heart Model
0h18m
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Exercise: What is the function of the pulmonary arteries in the circulatory system?
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Exercise: Which structure of the heart is responsible for preventing backflow from the aorta into the left ventricle?
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Video class: Cardiovascular | Structures and Layers of the Heart
0h21m
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Exercise: What is the function of the fibrous pericardium in the cardiovascular system?
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Video class: Cardiovascular | Electrophysiology | Intrinsic Cardiac Conduction System
0h48m
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Exercise: What is the intrinsic property of the heart that enables it to initiate its own electrical impulses without relying on the nervous system?
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Video class: Cardiovascular | Electrophysiology | Extrinsic Cardiac Conduction System
0h20m
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Exercise: Which process is responsible for converting ATP into cyclic AMP during the activation of the sympathetic nervous system in the heart?
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Video class: EKG Basics | How to Read
1h19m
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Exercise: What happens on an EKG when a flow of positive charges moves towards the positive electrode in the 12-lead system?
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Video class: Cardiovascular | EKG Basics
0h52m
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Exercise: What is the effect on an EKG when the electrical activity of the heart moves away from the positive electrode?
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Video class: Cardiovascular | EKG's
0h20m
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Exercise: What does the QRS complex on an EKG primarily represent in terms of heart activity?
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Video class: Cardiovascular | Cardiac Cycle
0h23m
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Exercise: During which phase of the cardiac cycle does the ventricular pressure become greater than the arterial pressure, allowing the semilunar valves to open and blood to be ejected from the ventricles?
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Video class: Cardiovascular | Cardiac Cycle: Digital Version
0h18m
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Exercise: During the cardiac cycle, what phase is characterized by no blood entering or leaving the ventricles, yet the ventricles are beginning to contract?
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Video class: Cardiovascular | Cardiac Output
0h44m
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Exercise: Which of the following accurately describes a factor that affects stroke volume?
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Video class: Cardiovascular | Blood Vessel Characteristics
0h19m
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Exercise: What is the primary role of arterioles in the circulatory system?
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Video class: Cardiovascular | Tunic Layers
0h22m
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Exercise: Which of the following accurately describes the function of tunica media in blood vessels?
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Video class: Cardiovascular | Microcirculation
0h33m
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Video class: Cardiovascular | Fundamentals of Blood Pressure
0h40m
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Exercise: What is the most significant contributing factor to total peripheral resistance in the cardiovascular system?
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Video class: Cardiovascular | Blood Pressure Regulation | Hypotension
0h42m
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Exercise: Which of the following is the primary mechanism by which the body increases blood pressure when low blood pressure is detected by baroreceptors?
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Video class: Cardiovascular | Blood Pressure Regulation | Hypertension
0h36m
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Exercise: What happens to the blood pressure when the total peripheral resistance decreases due to vasodilation?
Cardiovascular Physiology
Free Courses on Cardiovascular Physiology
Welcome to our comprehensive listing of free courses on Cardiovascular Physiology, a specialized branch within the broader field of Physiology. Whether you're a medical student, a healthcare professional, or simply someone with a keen interest in understanding the intricate workings of the human cardiovascular system, our curated selection of courses offers valuable insights and knowledge to help you achieve your learning goals.
Understanding the cardiovascular system is crucial for anyone involved in health sciences. Our free courses cover a wide array of topics within Cardiovascular Physiology, including the anatomy of the heart, blood flow dynamics, cardiac cycle, and the regulation of blood pressure, among others. By enrolling in these courses, you will gain a deeper understanding of how the heart and blood vessels function, and how they work together to maintain homeostasis in the body.
Our free Cardiovascular Physiology courses are designed to cater to various learning levels, from beginners to advanced learners. Each course is structured to provide a thorough understanding of the subject matter, featuring video lectures, interactive quizzes, and supplementary reading materials. Here are some key topics you can expect to explore:
- Heart Anatomy and Function: Learn about the structure of the heart, including the chambers, valves, and major blood vessels. Understand how the heart pumps blood throughout the body.
- Cardiac Electrophysiology: Dive into the electrical activities of the heart, including the conduction system and the mechanisms that regulate heartbeats.
- Blood Flow and Hemodynamics: Explore the principles of blood flow, pressure, and resistance in the cardiovascular system.
- Cardiac Cycle: Study the phases of the cardiac cycle, including systole and diastole, and how they relate to heart function.
- Regulation of Blood Pressure: Understand the mechanisms that control blood pressure, including neural and hormonal regulation.
- Pathophysiology of Cardiovascular Diseases: Gain insights into common cardiovascular diseases, such as hypertension, atherosclerosis, and heart failure.
Each course is taught by experienced instructors and subject matter experts who are passionate about sharing their knowledge. You will have the opportunity to engage with interactive content, participate in discussion forums, and test your understanding through assessments. By the end of these courses, you will have a solid foundation in Cardiovascular Physiology, preparing you for further studies or professional practice in the field.
Don't miss out on this opportunity to enhance your understanding of the cardiovascular system. Enroll in our free Cardiovascular Physiology courses today and take the first step towards mastering this essential aspect of human physiology. Browse our course listings and start your learning journey now!
For more information on each course, including detailed syllabi, instructor bios, and enrollment instructions, please visit our course pages. We are committed to providing high-quality, accessible education to learners around the world. Join our community of learners and advance your knowledge in Cardiovascular Physiology.
This free course includes:
9 hours and 2 minutes of online video course
Exercises to train your knowledge
Certificate of course completion
100% free, from content to certificate
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