The blood cells detect the pathogen
The pathogens release toxins
The blood cells make antibodies to fit the toxins ( they have to be a specific shape)
The antibodies stick the bacteria together ready to be engulfed by he white blood cells
The White blood cells remember the antibodies needed for that pathogen so they can make antibodies quicker next time the pathogen invades
DICKS AND BALLs in your mouth also A 2 incher in the mouth
DICKS AND BALLs in your mouth also A 2 incher in the mouth
DICKS AND BALLs in your mouth also A 2 incher in the mouth
A macrophage is the type of cell that engulfs an invading pathogen through a process called phagocytosis. After engulfing the pathogen, the macrophage displays fragments of the pathogen's antigens on its cell surface to alert other immune cells to the presence of the invader.
An immune response is part of the body's defense against pathogens in which cells of the immune system react to each kind of pathogen with a defense targeted specifically toward that pathogen.
Antigen. An antigen is a small piece of a pathogen, such as a virus or bacteria, that triggers the immune system to produce antibodies to fight off the infection. This immune response helps protect the body from further exposure to the pathogen in the future.
The specific immune response is a targeted immune response mounted by the body against a particular pathogen. It involves the activation of lymphocytes (T cells and B cells) and the production of specific antibodies to recognize and neutralize the invading pathogen. This response provides long-lasting immunity against future exposures to the same pathogen.
macrophages can be considered one of the many "defenses" that work to help protect our immune system. they do have a special role. they engage in phagocytosis which is the process in which a macrophage engulfs cellular debris or dead cellular material and pathogens. the material goes into the internal part of the macrophage (vacuole) it then travel to the lysosomes where the waste is broken down and it then the reduced material is released extracellularly or intracellulary. in the case of a pathogen a macrophage will present an antigen for the particular pathogen in order for the immune system to identify it. each antigen has a specific helper T cell for each pathogen.
No, the immune response is typically faster and more robust upon a second exposure to the same pathogen. This is because the immune system has memory of the pathogen from the first exposure and can mount a quicker and more targeted response, often preventing the development of disease.
When the human body mobilizes its defenses against a pathogen, it recognizes the pathogen by identifying specific molecules on its surface called antigens. The immune system then mounts a response by producing antibodies that target and neutralize the pathogen, as well as activating immune cells to attack and destroy the pathogen. This orchestrated immune response is crucial for fighting off infections and maintaining health.
Memory B cells and memory T cells, which have been previously exposed to a specific pathogen or antigen. These cells can rapidly recognize and respond to the same pathogen upon re-exposure, leading to a faster, stronger, and more targeted immune response. This is the basis for the faster and more effective immune response seen during a secondary immune response.
The term is "phagocyte." These cells engulf and digest pathogens as part of the immune response.