L63: Understanding Immunoglobulin A Structure: The Monomeric Form Explained/ What is monomeric IgA

L 62: What is Immunoglobulin G4? Understanding its structure and Its Role in Immunity

L 61: What is Immunoglobulin G3? Understanding its structure and Its Role in Immunity

L60: How Immunoglobulin G2 (IgG2) Fights Infections: The important features

What is GTPase Activating Enzyme (GAP)/What is a GAP and its function

L59: How Your Baby Gets Immunity: The Science of Maternal Antibody Transfer of IgG1

L58: How Immunoglobulin G 1 (IgG1) Fights Infections: The Complement and ADCC Mechanisms Explained

L57: Subclasses of IgG; The Role of IgG1 in Immunity: Structure and Function

L56: The Isotypes/classes of antibodies; An introduction to Immunoglobulin G

L55. The Differences Between B-cell Receptor (BCR) and Secreted Antibody

L54: The Structure of Antibody/Understanding the Structure of Antibodies: The Body's Defenders

L53: The developmental stages of B-cells/Adaptive Immune System (Part 2)

L52: The developmental stages of B-cells/Adaptive Immune System (Part 1)

What is Guanine Nucleotide Exchange Factor/ What is a GEF and its function

L51: The Lectin Complement Pathway/ How the Lectin Complement System works/The MBL pathway

L50: The Alternative Complement Pathway/The Complement Pathway

L:49: The Classical Complement Pathway of Complement System; Part 2

L48: The Complement System/ Complement Cascade/ Classical Complement Pathway; Part 1

L47; Differentiation of monocytes into macrophages and mechanism of action of macrophages

L46: The origin, development and morphology of macrophages

L45; Granules of Eosinophils; Eosinophil Cationic Protein and Reactive Oxygen Species

L44; Granules of Eosinophils; Mechanism of action of Major Basic Protein (MBP)

L3: DNA vs. RNA: What Makes Them Unique

L2: Why the study of differences between Prokaryotic and Eukaryotic Cells is important

L1: Differences between Prokaryotic and Eukaryotic Cells

L43; Eosinophils: Origins, Morphology, Granules & Acid Phosphatase's Role in Parasite Defense

L42: Basophils granules contents/function of Proteoglycans and cell surface receptors(animation)

L41: Basophils granules contents/function of Heparin; a natural anticoagulant (animation)

L40: Introduction to Basophils; Origin, development, morphology and granules contents (animation)

Differences between Apoptosis and Necrosis

L39: Extravasation/ Diapedesis; Understanding the Molecular Mechanisms (Part 4)

L38: Extravasation/ Diapedesis; Understanding the Molecular Mechanisms (Part 3)

L37: Extravasation/ Diapedesis; Understanding the Molecular Mechanisms (Part 2)

L36: Extravasation/ Diapedesis; Understanding the Molecular Mechanisms (Part 1)

L35 Neutrophil Extracellular Trap (NETs)/ NETosis (Part 2) Understanding Mechanisms Behind NETs

L34: Neutrophil Extracellular Trap (NETs)/ NETosis; Understanding the Mechanisms Behind NETs

L33: Tertiary or Gelatinase granules in Neutrophils/ Matrix Metalloproteinases

L32: Mechanism of action of Elastase and Cationic Antimicrobial Proteins/Cathelicidins/ LL-37

L31: Mechanism of action of Collagenase and Lysozymes (Secondary Granules in Neutrophils)

L30: Function of Lactoferrin (Secondary Granules in Neutrophils)

L29: Function of Cathepsins (Granules in Neutrophils)

L28: Function of Elastase (Granules in Neutrophils)

L27: Function of Lysozymes (Granules in Neutrophils)

L26: Function of Defensins (Granules in Neutrophils)

L25: Function of Myeloperoxidase (Granules in Neutrophils)

L24: How Neutrophils are formed (Neutrophils and the Granulopoiesis)

L23: Granulocytes and Agranulocytes; An introduction

L22: Hematopoiesis; Hematopoietic Stem Cell (HSC) and Common Lymphoid Progenitor

Introduction to the course on microbial diseases

L21: Hematopoiesis; Hematopoietic Stem Cell and Common Myeloid-Erythroid Progenitor

L20: Innate and adaptive immunity (an introduction)

L19: Immunology: immune tolerance (self and non-self discrimination)

L18: Immunology; Pathogen Recognition Molecules/Generation of Diversity (Part II)

L17: Immunology; Pathogen Recognition Molecules/Host-pathogen interactions (Part I)

L16: Immunology; Pathogen Recognition by the Host Immune System (Part 3)

L15: Immunology; Pathogen Recognition by the Host Immune System (Part 2)

L14: Immunology; Pathogen Recognition by the Host Immune System (Part 1)

Introduction to the Course of Medical Biotechnology

L13: Immunology: Different forms of pathogens and immunological response

Differences between kinases and phosphatases