Learn · Fundamentals of General Immunology
Lecture 30 of 60Week 6: Module 5: Part B & Module 6
Tutorial 6- Interesting Facts
Prof. Sachin Kumar · IIT Guwahati
Credits and licence
- From
- Fundamentals of General Immunology, IIT Guwahati (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Teens profiles and older. How courses are placed
All the lectures
- L1: Evolutionary logic and functional architecture of the immune system
- L2: Immune surveillance across tissues and barrier sites
- L3: Coordination Between Cellular, Molecular, and Tissue-Level Immunity
- L4: Coordination Between Cellular, Molecular, and Tissue-Level Immunity
- Tutorial 1- Interesting Facts
- L5: Self, Non-Self, and Danger Recognition Models
- L6: Molecular Sensors of Infection and Cellular Stress
- L7: Molecular Sensors of Infection and Cellular Stress
- L8: Epitope Architecture and Determinants of Immunogenicity
- Tutorial 2- Interesting Facts
- L9: Epitope Architecture and Determinants of Immunogenicity
- L10: Generation of Immune Receptor Diversity
- L11: Intracellular Antigen Routing and Processing Pathways
- L12: Intracellular Antigen Routing and Processing Pathways
- Tutorial 3- Interesting Facts
- L13: Intracellular Antigen Routing and Processing Pathways
- L14: MHC Molecules as Platforms for Immune Communication
- L15: Lineage Commitment and Functional Plasticity of Immune Cells
- L16: Lineage Commitment and Functional Plasticity of Immune Cells
- Tutorial 4- Interesting Facts
- L17: Selection, Editing, and Developmental Tolerance
- L18: Selection, Editing, and Developmental Tolerance
- L19: Receptor Signaling Cascades in B and T Lymphocytes
- L20: Receptor Signaling Cascades in B and T Lymphocytes
- Tutorial 5- Interesting Facts
- L21: Costimulation, Signal Integration, and Activation Control
- L22: Costimulation, Signal Integration, and Activation Control
- L23: Transcriptional Control of Immune Effector Functions
- L24: Transcriptional Control of Immune Effector Functions
- Tutorial 6- Interesting Facts
- L25: Organization and Function of the Mucosal Immune System
- L26: Organization and Function of the Mucosal Immune System
- L27: Organization and Function of the Mucosal Immune System
- L28: Mucosal Tolerance, IgA Responses, and Clinical Relevance
- L29: Mucosal Tolerance, IgA Responses, and Clinical Relevance
- L30: Mucosal vaccine
- L31: Polarization of Cellular Immune Responses
- L32: Coordination of Humoral and Cell-Mediated Immunity
- L33: Mechanisms of Immune Suppression and Resolution
- L34: Mechanisms of Immune Suppression and Resolution
- L35: Regulatory Networks Maintaining Immune Homeostasis
- L36: Cellular and Molecular Basis of Immune Memory
- L37: Cellular and Molecular Basis of Immune Memory
- L38: Aberrant Immune Activation and Inflammatory Pathologies
- L39: Aberrant Immune Activation and Inflammatory Pathologies
- L40: Hypersensitivity as Maladaptive Immune Responses
- L41: Hypersensitivity as Maladaptive Immune Responses
- L42: Immune Basis of Autoimmune Disorders
- L43: Immune Basis of Autoimmune Disorders
- L44: Immune-Mediated Tissue Injury and Repair
- L45: Antigen- Specific Immune Monitoring
- L46: ELISA, ELISPOT, and Tetramer Staining for T-cell detection
- L47: Immunomodulation in Transplantation Biology
- L48: Immunomodulation in Transplantation Biology
- L49: Tumor–Immune System Interactions
- L50: Principles of Cancer Immunotherapy
- L51: Vaccines as Immune Engineering Tools, Adjuvants, Delivery Platforms, and Immune Profiling
- L52: mRNA Vaccines and Therapeutics/Precision and Personalized Immunology
- L53: Systems Immunology and Immune Monitoring Techniques
- 54: Ethical Aspects of Immunotherapy/Future Directions