Cardiovascular and Respiratory Systems
Understand human heart and lung physiology through comprehensive study of cardiovascular operation, blood flow mechanics, and respiratory system processes.
Understand human heart and lung physiology through comprehensive study of cardiovascular operation, blood flow mechanics, and respiratory system processes.
This comprehensive course delves into the intricate workings of human body systems, with a specific focus on cardiovascular and respiratory functions. Students explore the autonomic nervous system's role in body regulation and homeostasis. The course covers heart contractility, circulatory system blood distribution, respiratory gas exchange, acid-base balance, and lymphatic system fluid regulation. Through interactive content including expert videos and assessments, learners gain a thorough understanding of how these systems work together to maintain bodily homeostasis. The course emphasizes an integrative approach to understanding human physiology.
Instructors:
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What you'll learn
Develop a functional understanding of cardiovascular and respiratory systems
Explain how the heart functions as an autonomous biological pump
Analyze the consequences of inappropriate blood pressure
Master the physiological mechanisms of breathing and gas exchange
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, Exams
Access on Mobile, Tablet, Desktop
Limited Access access
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Module Description
The course provides a comprehensive study of cardiovascular and respiratory systems in human physiology. It begins with an examination of autonomic nervous system regulation and its role in maintaining homeostasis. Students learn about heart contractility, blood circulation through tissues and organs, respiratory system gas exchange, acid-base balance maintenance, and the lymphatic system's role in fluid balance. The curriculum integrates theoretical knowledge with practical understanding through expert insights and interactive assessments.
Fee Structure
Instructors
4 Courses
Leading Expert in Physiology Education and Endocrine Research
Dr. Stephen Anderson serves as Associate Professor in the School of Biomedical Sciences at The University of Queensland, where he combines expertise in endocrinology with innovative approaches to physiology education. After completing his PhD from the University of New England and Bachelor of Agriculture from the University of Sydney, he has established himself as an influential educator and researcher in physiological sciences. His work spans both endocrinology research, examining hormonal control of growth, metabolism, and reproduction, and educational innovation, focusing on metacognition and self-regulated learning. Through his role as Director of Teaching and Learning in the School of Biomedical Sciences from 2019 to 2024, he has taught physiology to approximately 40,000 students across multiple disciplines including science, medicine, dentistry, pharmacy, and allied health programs. His expertise particularly shines in making complex physiological concepts accessible to diverse student populations, demonstrated through his receipt of numerous teaching awards including an Australian Learning and Teaching Council Citation and being named Academic Leader of the Year in the UQ Faculty of Medicine in 2020. Currently holding Graduate Certificates in both Higher Education and Tertiary Education Management, he continues to advance physiological education while maintaining active research in hormonal regulation and student learning development. His recent work focuses on investigating how students develop capabilities during their undergraduate studies to support their future professional roles, while serving as scientific consultant for educational and documentary projects.
2 Courses
Leading Expert in Muscle Physiology and Calcium Regulation
Dr. Bradley Launikonis serves as Professor and Head of the Muscle Research Laboratory at the University of Queensland's School of Biomedical Sciences, where he combines expertise in muscle physiology with innovative imaging techniques. His research focuses on excitation-contraction coupling and calcium regulation in skeletal muscle, particularly examining mechanisms that control calcium release during muscle activity and maintain calcium homeostasis in skeletal muscle fibers. Through his groundbreaking work on calcium movements within muscle fibers, he has significantly advanced understanding of muscle-based thermogenesis and malignant hyperthermia, while his laboratory investigates the roles of ion channels, pumps, and membrane lipid composition in skeletal muscle physiology using advanced imaging techniques to visualize muscle cell structures and calcium dynamics. Recently expanding his research to include human muscle fibers obtained through needle biopsies, he continues to advance understanding of ionic regulation in human muscle health, exercise, and disease states, while securing multiple research grants including Australian Research Council Discovery Projects focusing on calcium cycling and heat generation in skeletal muscle fibers. His work combines fundamental research with practical applications in understanding muscle diseases and exercise physiology, making significant contributions to both basic science and clinical applications in muscle physiology.
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