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17 -- Part 6: Adaptive Immunity: Specific Defenses of
The adaptive immune system is divided into two parts.
The two systems work together to keep the body free of diseases.
The study area of master's microbiology is capable of combining specifical and interactive microbiology and is able to explore in response to an antigen.
There are two antigen-binding sites.
The body's ability to respond to a bug is called adaptive immunity.
The V and C regions form the base and Fc regions of the antibody.
The primary response is the body's response to the first contact.
The Fc region can complement or attach a cell.
The most common type of immune system in the body is the IgG antibodies.
IgM antibodies are involved in agglutination and complement fixation.
The immune system involves antibodies, which are found in the body, and dimers that protect the mucosal surfaces from invasion by the immune system.
Lymphocytes that mature in red bone marrow become Bcel s.
Tcel s is involved in immunity.
The cells that migrate through the thymus become Tcel s.
T cell receptors look at MHC.
humoral immunity responds to antigens in body fluids.
Interleukins are cytokines that are used as a means of communication between the immune system and the body's tissues.
The conjugates cause the leukocytes to migrate.
There are two types of activated B cel s: memory and plasma.
The IgM antibodies produced by the plasma cells are then used to fight the viruses.
The inflammatory reaction is caused by Tumor necrosis factor.
The bcels that recognize themselves are eliminated.
White blood cells are stimulated by hematopoietic cytokines.
Each mature B cel s has a different set of genes for the V region of their antibodies.
Agglutination occurs when an antibody is combined with a body part to produce a specific antibodies.
There are two types of antigens, large and small.
phagocytosis of the antigen is enhanced by opsonization.
A low-molecular-weight substance cannot cause neutralization.
Host cells will be immune to the NK that will attach to them.
Tcel s recognize the antigens presented in MHC II.
The amount of antibody in the blood is called the titer.
There are three types of cells: B cells, D cells, and macrophages.
Dendritic cells are the primary cells.
The activated macrophages are effective at killing animals.
The antigens are carried to the lymphoid tissues by theAPCs.
Natural y acquired active immunity is a type of immunity that can last a long time.
A newborn's CD results in natural y acquired glycoproteins called CDs, which are classified according to their functions and cell-surface transfer.
Th1 cel s are up to a few months and differentiate into T helpers.
Artificial y acquired humoral immunity is associated with allergic reactions and active immunity and can last a long time.
Antiserum is a term used to describe a piece of equipment that contains antibodies.
Effector and memory CTLs are created when the antibodies are separated.
CTLs can cause a cell death in the target cell.
Natural killer is a lyse virus, tumor, and parasites.
They kill s that don't express MHC class I.
The heavy chains, light chains, and variable and Treg should be labeled.
The antibody should bind to the antigen.
B cell proliferation is caused by exposure to the same individual's antibody response.
A transplant patient had a rejection of his new organ.
Without fear of contracting the disease, CTLs were used to remove all the hepatitis B viruses from others.
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