Fundamentals Of Immunology And Vaccination

Foundations of Immunology and Vaccination: Understanding the Body’s Defence and diseases prevention

What you'll learn

Understand the science of immunity

Foundation of the immune system

Mechanism of the immune responses

Vaccinations and public health

Pros and cons of vaccine

Requirements

You will learn everything you want to know

Description

Course Title: Immunology and VaccinationThis comprehensive course explores the science of immunology and the pivotal role of vaccines in disease prevention and global health. Designed for students, healthcare professionals, and curious learners, the course provides a solid foundation in the structure and function of the immune system, including innate and adaptive immunity, antigen recognition, and the cellular and molecular mechanisms of immune response.Through engaging lectures, interactive visuals, and case studies, participants will learn how the body defends itself against pathogens and how immunity develops naturally and through vaccination. The course delves into the history of vaccines, current vaccine technologies (e.g., mRNA, viral vectors, inactivated), and the immunological principles that guide vaccine design and administration.Learners will explore topics such as herd immunity, vaccine schedules, booster doses, and vaccine safety, as well as challenges like vaccine hesitancy and emerging infectious diseases. Real-world examples will be used to highlight the impact of immunization on public health, including the eradication and control of major diseases.By the end of the course, participants will have a strong understanding of how vaccines work, why they are essential, and how immunological knowledge contributes to medical advancements and public policy. No prior background in biology is required—just a curiosity about how our bodies fight disease.Vaccine  wise know,  protect , prevent.Join us the Vaccination  education series in shaping a healthier future .

Overview

Section 1: Vaccine

Lecture 1 Vaccine superhero for health

Lecture 2 Vaccines_ Key to Health

Lecture 3 The Vaccine Development

Lecture 4 Understanding Clinical Trials

Lecture 5 Vaccination

Lecture 6 Antibodies our defence hero

Lecture 7 Immune responce

Lecture 8 Passive immunization

Lecture 9 Quick defence against infection

Lecture 10 Vaccination for life long health

Lecture 11 Mucosal Immunization

Lecture 12 Vaccine types

Lecture 13 Boosting Vaccine Effectiveness

Lecture 14 Revolutionizing Vaccine Technology-

Lecture 15 Revolutionizing Vaccine Development

Lecture 16 Bacterial Vaccines

Lecture 17 Conquering HIV Challenges

Lecture 18 Vaccines vs. Deadly Parasites

Lecture 19 Tumor Vaccine

Lecture 20 Advantages of vaccine

Lecture 21 Disadvantages of vaccine

Lecture 22 How vaccine works in Human body?

Section 2: Immunity

Lecture 23 Immune System Defense

Lecture 24 Immune Responses

Lecture 25 Immune System

Lecture 26 Body's Immune Defense

Lecture 27 B cells

Lecture 28 Antibodies_B cells

Lecture 29 T Cells_ Immune Defenders

Lecture 30 MHC Molecules

Lecture 31 Natural killer

Lecture 32 Phagocytosis

Lecture 33 Cytokines

Lecture 34 Boosting Your Immune Defense

Lecture 35 Defending Against Infections

Lecture 36 Immune System Defense ,..

Lecture 37 Immunity Basics

Lecture 38 Immune tolerance

Lecture 39 Vaccine

Lecture 40 Allergies , disorder of immune system

Lecture 41 Autoimmune disorders

Lecture 42 Immune complexes

Lecture 43 Immunodeficiency disorders

Lecture 44 Cancer

Lecture 45 Transplantation

Lecture 46 Bone marrow transplant

Lecture 47 Immunity and Cancer

Lecture 48 The immune and the nervous system

Lecture 49 Revolutionizing Immune Treatments

Lecture 50 Gene therapy

Lecture 51 Immuoregulation

Section 3: Glossary

Lecture 52 AIDS

Lecture 53 Adrenal gland

Lecture 54 Allergy

Lecture 55 Allergy

Lecture 56 Antibodies

Lecture 57 Antigen

Lecture 58 Antiserum

Lecture 59 Appendix

Lecture 60 Autoantibodies

Lecture 61 Autoimmunedisease

Lecture 62 B Cells

Lecture 63 Immunoglobulin

Lecture 64 Bacteria

Lecture 65 Basophils

Lecture 66 Eosinophils

Lecture 67 Neutrophiles

Lecture 68 Biological response modifiers

Lecture 69 Blood vessels

Lecture 70 Bone marrow

Lecture 71 Chemokines

Lecture 72 Clone

Lecture 73 Complement

Lecture 74 Complement Cascade

Lecture 75 Cytokines

Lecture 76 Cytotoxic

Lecture 77 DNA

Lecture 78 Enzymes

Lecture 79 Epithelial cells

Lecture 80 Skin

Lecture 81 Fungi

Lecture 82 Gene

Lecture 83 Graft rejection

Lecture 84 Graft versus

Lecture 85 Granules

Lecture 86 Granulocytes

Lecture 87 Growth factor

Lecture 88 T Cells

Lecture 89 Types of T Cells

Lecture 90 Human immunodeficiency virus

Lecture 91 immune response

Lecture 92 Immunoglobulin

Lecture 93 Immuosupressor

Lecture 94 Immflamatory response

Lecture 95 Interferon

Lecture 96 Lymph

Lecture 97 Lymph nodes

Lecture 98 Lymphatic vessels

Lecture 99 Lymphocytes

Lecture 100 Lymphoid organs

Lecture 101 Lymphokines

Lecture 102 Macrophages

Lecture 103 Major histocompatibility complex (MHC)

Lecture 104 Mast cells

Lecture 105 Microbes

Lecture 106 Microorganiams

Lecture 107 Molecules

Lecture 108 Monoclonal antibodies

Lecture 109 Monocyte

Lecture 110 Monokines

Lecture 111 Natural killer NK

Lecture 112 Parasites

Lecture 113 Passive immunity

Lecture 114 Pathogen

Lecture 115 Phagocytes

Lecture 116 Phagocytosis

Lecture 117 Plasma cells

Lecture 118 Platlets

Lecture 119 Serum

Lecture 120 Spleen

Lecture 121 Stem cells

Lecture 122 Thymus

Lecture 123 Tissue typing

Lecture 124 Tissues

Lecture 125 Tolerence

Lecture 126 Tonsils and adenoids

Lecture 127 Toxines

Lecture 128 Vaccines

Lecture 129 Viruses

Medical students,Nursring students,Pharmacists,Healthcare professionals,Healthcare trainees