Try Shutterstock and Get 10 Free Images
Structure of the Nicotinic Acetylcholine Receptor Subunits, Ion Channel Pore, and Membrane Localization. Simple schematic illustration.
Structure of the Nicotinic Acetylcholine Receptor Subunits, Ion Channel Pore, and Membrane Localization. Simple schematic illustration.
Comparison of Agonist and Antagonist Drug-Receptor Interactions: Mechanisms of Occupation, Activation, and the Resulting Biological Response Based on Affinity and Efficacy Principles
Structure of the Nicotinic Acetylcholine Receptor Subunits, Ion Channel Pore, and Membrane Localization. Simple schematic illustration.
Mechanism of Cannabinoid CB1 Receptor Signaling Pathway in Neurons Showing Inhibition of Neurotransmitter Release, Ion Channel Modulation, and Intracellular Cascade in Synaptic Transmission
Comparison of Agonist and Antagonist Drug-Receptor Interactions: Mechanisms of Occupation, Activation, and the Resulting Biological Response Based on Affinity and Efficacy Principles
Detailed scheme of B cell activation. Mature B cell encounters antigen that binds to its B cell receptor and it becomes activated
Dendritic cell immunity. Infographics. Vector illustration on isolated background.
Glucose transport through cell membrane via transporters activated by insulin
Helper T cells and Cytotoxic T-cells. CD8 and CD4 lymphocytes. Antigen presentation. TCR receptor on White blood cells. Adaptive immune response. Vector illustration
B cell activation diagram. Process of recognizing an antigen and binds to it. Bidirectional activation signals. Allergic diseases concept. Human immune system medical flat vector illustration.
Activation of B cell leukocytes. transparent realistic cells of Adaptive and Innate immune system. vector poster
B cell activation process. Humoral immunity. T cell-dependent activation. Adaptive immunity. Vector illustration. Medical poster. Schematic diagram
B cell lymphocyte icon. Centre of the adaptive humoral immune system. Mediating the production of antigen-specific immunoglobulin. Directed against invasive pathogens. Antibodies vector illustration.
B-cell leukocyte activation by Antigen. From antigen binding to B cell receptor, and Chemical Signal of T-cell helper to Becomes plasma cell and Antibodies Releases. White blood cell. Vector illustration
Cancer therapy. CAR T immunotherapy. Artificial T-cell receptors are proteins that have been engineered for cancer therapy (killing of tumor cells). genetically engineered. Vector diagram for medical and science use
B cell activation diagram. Process of recognizing an antigen and binds to it. Bidirectional activation signals. Allergic diseases concept. Human immune system medical flat vector illustration.
CAR-T-cell cancer therapy. Process of a T cell reprogramming. Immunotherapy of a Chimeric Antigen Receptor CAR. Cancer treatment. Genetic engineering. vector illustration
Activation of T-cell leukocytes. T-cell encounters its cognate antigen on the surface of an infected cell. T cells direct and regulate immune responses and attack infected or cancerous cells.
Macrophages are produced by the differentiation of monocytes in tissues. Macrophages M1 encourage inflammation. M2 decrease inflammation. Activation and polarization of the macrophage. Human immune system
Cytokines process as micro proteins for cell signaling outline diagram. Labeled educational scheme with immune response and producing or target cells vector illustration. Stimulus and antibody effect.
Immunological reactions of the human organism.
Diagram showing GLP-1 receptor pathway with glucose, insulin, and gene expression, outline diagram.
Difference between non-steroid hormones and steroid hormones. Steroid hormones pass through the cell membrane. Inside the cell they bind to specific receptors, influencing gene expression and protein synthesis. Non-steroidal hormones bind to receptor
Dendritic cell immunity. Infographics. Vector illustration on isolated background.
Natural Killer cell. NK cell receptors. Structure and anatomy of large granular lymphocytes (LGL). Human Immune system. Part of Innate immunity. Vector poster
Bi-specific monoclonal atibody schematic structure illustration
Activation of B-cell leukocytes: lymphoblast, activation, memory B-leukocyte, virus, plasma cell, antibody, antigen, and naive lymphocyte
B-cell and T helper cells. Basic B-cells function: bind an antigen, receive help from a T helper cell, and differentiate into a plasma cell that secretes large amounts of antibodies. Human immune system
Glucose transport through cell membrane via transporters activated by insulin affecting its receptors
Lymphocytes. B cell for humoral immunity. T-cell for adaptive immune response. Vector illustration. Poster
B cell activation. Antigen presentation. Plasma cells and Antibody production. B cell signaling pathways. immune response. Vector poster
Immunological reactions of the human organism.
Mast cell: synthesis. Due to antigen activation, mast cells produce prostaglandins, leukotrienes, histamine, and cytokines. Visualization of mast cell products during an allergic reaction.
Activation of B-cell leukocytes: lymphoblast, activation, B-cell, memory, virus, plasma cell, antibody, antigen, naive lymphocyte
Types of Lymphocytes. T and B cell. Human adaptive immune system. immune response and component of humoral immunity. Antibody, Plasma cell, T helper, and T-killer. Vector illustration
Drug action pharmacodynamics visualizes drug-receptor interactions, signaling pathways, and cellular effects in an outline style collection. Outline style collection
T-cell and B-cell. Cells of Adaptive immune system. immune response and lymphocytes. Vector illustration on white background.
The inflammatory response. When the skin tissue is damaged, the body will produce immunity, eliminate bacteria, together with the new tissue regeneration process. all the response caused by blood vessel and cells fluid in the arteries.
Agonists vs antagonists drugs behavior to receptor activation outline diagram. Labeled educational pharmacological compounds effect to block or stimulate body vector illustration. Pain cure or relief.
Function of Insulin vector illustration
Activation of a microglial cell. Vector diagram for educational, medical, biological and science use
Cytotoxic cells. Cytokines. Cell immunity Infographics Vector illustration
T-cell dependent b-cell activation. B lymphocyte binds an antigen, receive help from a T helper, and differentiate into a plasma cell that secretes of antibodies. Receptors on surface of white blood cells. Human immune system. Vector poster
Lymphocytes make up from 20 to 40 percent of the total number of leukocytes. T Lymphocytes and B Lymphocytes. Cell killers. Immunity Helper Cells. Infographics. Vector illustration on isolated
B cell activation diagram. Process of recognizing an antigen and binds to it. Bidirectional activation signals. Allergic diseases concept. Human immune system medical flat vector illustration.
Constitutive rubber stamp. Grunge design with dust scratches. Effects can be easily removed for a clean, crisp look. Color is easily changed.
Simplified Schematic Diagram of the Cytokine JAK-STAT Pathway: Receptor-Associated Signal Transduction Leading to Gene Expression
B cell activation diagram. Process of recognizing an antigen and binds to it. Bidirectional activation signals. Allergic diseases concept. Human immune system medical flat vector illustration.
Simplified Schematic Diagram of the Cytokine JAK-STAT Pathway: Receptor-Associated Signal Transduction Leading to Gene Expression
Types of receptoreffector linkage - ligand gated, GPCR, kinase and nuclear receptors - Simple schematic pharmacology diagram.
Activated C3 icon. Editable vector illustration of immune response protein structure. Used in biology, complement cascade visualization, infection defense, and immunology research materials.
Growth Factor Signaling via Ras, Raf, MEK, ERK MAP Kinase Pathway: Membrane-Initiated Signal Transduction Cascade
Growth Factor Signaling via Ras, Raf, MEK, ERK MAP Kinase Pathway: Membrane-Initiated Signal Transduction Cascade
Simplified Schematic Diagram of the Cytokine JAK-STAT Pathway: Receptor-Associated Signal Transduction Leading to Gene Expression
C3 cleavage icon. Editable vector illustration showing C3 splitting into C3a and C3b during immune activation. Used in immunology education, complement system research, and diagnostics.
Simplified Schematic Diagram of the Cytokine JAK-STAT Pathway: Receptor-Associated Signal Transduction Leading to Gene Expression
Growth Factor Signaling via Ras, Raf, MEK, ERK MAP Kinase Pathway: Membrane-Initiated Signal Transduction Cascade
Macrophage polarization process, labeled t cell, macrophage m2, m1, interleukin,interferon, lps Chronic inflammation. Metabolic reprogramming. Pro-inflammatory, Anti-inflammatory response.
T-cell dependent b-cell activation. B lymphocyte cell and T-helper. Close-up of White blood cells, leucocytes. Immune response. Adaptive immunity. Humoral immunity. vector illustration
Growth Factor Signaling via Ras, Raf, MEK, ERK MAP Kinase Pathway: Membrane-Initiated Signal Transduction Cascade
Carbachol skeletal structure. Cholinergic agonist (Muscarinic and nicotinic agonist) compound schematic illustration. Simple diagram, chemical formula.
Macrophage polarization process, labeled t cell, macrophage m2, m1, interleukin,interferon, lps Chronic inflammation. Metabolic reprogramming. Pro-inflammatory, Anti-inflammatory response.