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AI-Enhanced Immunometabolism
Published 9/2026
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 32m | Size: 188.59 MB
Exploring Immune Cell Metabolism, Nutrient Signaling, Inflammation, and Disease Through AI-Powered Learning
What you'll learn
Explain the fundamentals of immunometabolism and how cellular metabolism regulates immune-cell activation and function.
Describe the roles of glucose, lipid and amino-acid metabolism in immune cells and inflammatory responses.
Analyze how mitochondrial function, ATP production and metabolic pathways influence immune-cell behavior and disease.
Apply AI-assisted learning and case-based approaches to understand immunometabolic changes in inflammation and disease.
Requirements
No prior knowledge of immunometabolism is required. Basic knowledge of biology, biochemistry, and cell biology is helpful but not mandatory.
Description
Immunometabolism is an emerging area of medical biochemistry that explores the fascinating connection betweencellular metabolism and immune function. This course introduces learners to how glucose, lipids, amino acids, mitochondria, and nutrient-sensing pathways influence immune-cell activation, inflammation, and disease.
In this course, you will understand thefundamentals of immunometabolism and discover why metabolic pathways are essential for immune-cell survival, proliferation, differentiation, and function. You will explore glucose metabolism, glycolysis, fatty-acid oxidation, amino-acid metabolism, mitochondrial energy production, and ATP generation from a clinically relevant perspective.
The course also introduces important metabolic regulators such asmTOR, AMPK, and HIF-1α, helping you understand how immune cells adapt their metabolism according to nutrient availability and cellular demands. You will learn how metabolic reprogramming contributes to inflammatory responses and how disturbances in immunometabolism are associated with conditions such asobesity, type 2 diabetes, cancer, infection, and chronic inflammation.
What makes this course different is the integration ofAI-enhanced learning. AI-assisted activities will help you explore metabolic pathways, compare immune-cell metabolic states, analyze scientific concepts, and develop deeper conceptual understanding.
Designed forMBBS, Allied Health Sciences, Nursing, Pharmacy, and Medical/Life Science students, this course provides a clear foundation in a rapidly developing field of modern biochemistry.
By the end of the course, you will be able to connectnutrients → metabolic pathways → immune-cell function → inflammation → disease, giving you a modern perspective on the biochemical basis of immunity and disease.
Who this course is for
This course is ideal for medical, biochemistry, biotechnology, life science, nursing, pharmacy, and allied health students interested in immunometabolism, cellular metabolism, inflammation, and AI-enhanced learning. It is also suitable for beginners and educators seeking to understand how metabolism influences immune function and disease.
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