It is Neutralization
Plasma Cell initiate attacks against specific antigens. Plasma cells are B cells bearing specific antibodies for binding to a specific antigen.
Antibodies stick to any viruses or infections. They don't attack, but they are like homing devices. They track the diseases so white blood cells (the attackers) know where the diseases are.
Antibodies are antibodies. They are specific proteins known as immunoglobulins, that have a specific structure. They have an antigen binding region, called the Fab fragment, that is extremely variable, and a tail that binds to antibody receptors, called the Fc fragment that only has a handful of variations. The Fc tail defines what kind of antibody the protein is, (i.e. IgG, IgE, IgM, etc.). Other proteins can bind foreign bodies, the most important of which is the complement system.
Antibodies are antibodies. They are specific proteins known as immunoglobulins, that have a specific structure. They have an antigen binding region, called the Fab fragment, that is extremely variable, and a tail that binds to antibody receptors, called the Fc fragment that only has a handful of variations. The Fc tail defines what kind of antibody the protein is, (i.e. IgG, IgE, IgM, etc.). Other proteins can bind foreign bodies, the most important of which is the complement system.
Antibodies are antibodies. They are specific proteins known as immunoglobulins, that have a specific structure. They have an antigen binding region, called the Fab fragment, that is extremely variable, and a tail that binds to antibody receptors, called the Fc fragment that only has a handful of variations. The Fc tail defines what kind of antibody the protein is, (i.e. IgG, IgE, IgM, etc.). Other proteins can bind foreign bodies, the most important of which is the complement system.
The binding site is where a specific binding molecule and a specific receptor protein can combine. This combination can only occur at the binding site. All in the 9th grade text book
Function of Antibodies is to fight against the antigens to protect the body
The bacterial cells are sensitive to streptomycin and chloramphenicol antibiotic because it eliminates or reduces their binding to the cells.
Antibodies bind the antigen, which then targets the antigen for elimination by innate mechanisms
Antibodies binds to specific region in an antigen. Antibodies recognizes the part of an antigen and binds to specific region. Part of an antigen recognised by the antibody and binds is know as Antigenic Determinant or Epitope. Antibodies are generated by a sub set of immune cells called B cells. The main receptor for these cells are antibodies, although while they're bound to the surface of the B cell they are called B Cell Receptors (BCRs). While these cells are developing the BCR genes undergo a number of mutations, these mutations define the antigen binding region, which as described above, binds to the antigen. In fact there are so many possible ways the BCR genes can mutate that we can recognize a nearly infinite number of antigens. Then once your body has encountered an antigen the B cells that have BCRs that can react with the antigen begin to proliferate, and then they start excreting antibodies. After the infection is over, B cells will continue to refine they antigen specificity, that way when they encounter the infection again they can respond with much more specific antibodies and more quickly, this process is called affinity maturation.
In general, an elevated concentration of AChR binding antibodies confirms the diagnosis of MG, but normal antibody concentrations do not exclude the diagnosis.
Massive blood clotting due to the person's anti-B antibodies binding to the donated red blood cells and the donated blood's anti-A antibodies binding to the person's red blood cells. This often results in death.