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antibodies
There are four reactions when antibodies react with antigens: agglutination, precipitation, neutralization or activation of complement. Agglutination is the clumping process that you are looking for.
Plasma cells form from B cells that have been specifically activated by antigens. Upon activation, B cells differentiate into plasma cells which are responsible for producing and secreting antibodies to fight off pathogens.
Function of Antibodies is to fight against the antigens to protect the body
The blood type notation A Rh- indicates which antigens and antibodies are present in the blood. A indicates there are A antigens. Rh+ indicates there are Rh antigens. B antibodies. If there are A and Rh antigens but no B antigens, the antibodies in the blood plasma are B antibodies.
Yes, antibodies can bind to multiple antigens simultaneously.
Blood types are defined by specific antigens and antibodies present in the blood. Type A has A antigens on red blood cells and anti-B antibodies; Type B has B antigens and anti-A antibodies; Type AB has both A and B antigens with no antibodies; and Type O has no A or B antigens but has both anti-A and anti-B antibodies. This immunological distinction is crucial for safe blood transfusions and organ transplants.
The first antibodies produced by a plasma cell are typically IgM antibodies. These are generated in response to an initial infection or antigen exposure and play a crucial role in the early stages of the immune response. IgM antibodies are effective in forming complexes with antigens and activating complement, which helps in neutralizing pathogens. After the initial response, plasma cells may switch to producing other antibody classes, such as IgG.
Antibodies are produced in response to antigens. If you get infected with one of the 200 viruses that cause colds, these viruses are antigens and your body will respond by making antibodies. The antibodies will inactivate the virus. It usually takes 7-10 for the process to be complete.
Function of antibodies is to neutralizes the antigens that enters.
Antisera is produced by injecting an animal (such as horses, rabbits, or goats) with specific antigens. The animal's immune system responds by producing antibodies against those antigens. The blood containing the desired antibodies is then collected and processed to obtain antisera, which contains a high concentration of specific antibodies for use in diagnostic or therapeutic applications.
Antigens