The virtual course "Fundamentals of Immunology: T Cells and Signaling - Virtual Course - Coursera", is a course with different contents and offers video classes of Approx. 26 hours to complete. Explore its essential features, and click the orange button for detailed information on the Coursera e-Learning platform.
Course 2 of a three-course specialization called Fundamentals of Immunology. Each course in the specialization features material that builds on material from the previous course. This is the second half of the journey through the defenses your body uses to stay healthy. In the first part we learned about innate immunity and the function of B cells. The second part covers the function of T cells and the coordination of the immune response. Fundamentals of Immunology: T Cells and Signaling builds on the first course to describe complement functions, MHC presentation to T cells, T cell development, and signaling. The first lectures examine cells, tissues, and organs using metaphors, cartoons, and models to enhance understanding and retention. This course includes the structure of MHC proteins and T cell receptors and the sources of variation. The course provides animations of gene rearrangements, developmental processes, and signal cascades. The tests employ multiple-choice questions that test facts, concepts, and the application of principles. Questions can refer to diagrams, drawings and photographs used in the lesson and reproduced in the outline. What you will learn: How the complement uses innate and adaptive triggers to attack pathogens. The detailed structure and coding of MHC proteins and alpha-beta and gamma delta receptors and how these proteins interact to initiate an adaptive immune response. The fundamentals of signaling and the varieties of external reception and internal activation pathways. We combine the process of piecing together how signals and crosstalk control the activity of the immune system. The tests employ multiple-choice questions that test facts, concepts, and the application of principles. Questions can refer to diagrams, drawings and photographs used in the lesson and reproduced in the outline. What you will learn: How the complement uses innate and adaptive triggers to attack pathogens. The detailed structure and coding of MHC proteins and alpha-beta and gamma delta receptors and how these proteins interact to initiate an adaptive immune response. The fundamentals of signaling and the varieties of external reception and internal activation pathways. We combine the process of piecing together how signals and crosstalk control the activity of the immune system. The tests employ multiple-choice questions that test facts, concepts, and the application of principles. Questions can refer to diagrams, drawings and photographs used in the lesson and reproduced in the outline. What you will learn: How the complement uses innate and adaptive triggers to attack pathogens. The detailed structure and coding of MHC proteins and alpha-beta and gamma delta receptors and how these proteins interact to initiate an adaptive immune response. The fundamentals of signaling and the varieties of external reception and internal activation pathways. We combine the process of piecing together how signals and crosstalk control the activity of the immune system. What you will learn: How the complement uses innate and adaptive triggers to attack pathogens. The detailed structure and coding of MHC proteins and alpha-beta and gamma delta receptors and how these proteins interact to initiate an adaptive immune response. The fundamentals of signaling and the varieties of external reception and internal activation pathways. We combine the process of piecing together how signals and crosstalk control the activity of the immune system. What you will learn: How the complement uses innate and adaptive triggers to attack pathogens. The detailed structure and coding of MHC proteins and alpha-beta and gamma delta receptors and how these proteins interact to initiate an adaptive immune response. The fundamentals of signaling and the varieties of external reception and internal activation pathways.
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