Serum is serum
the antibodies in the serum of the recipient
Serum sickness is a type of delayed allergic response, appearing four to 10 days after exposure to some antibiotics or antiserum, the portion of serum that contains antibodies, such as gamma globulin.
Just looking at ABO/Rh antibodies, you are looking at anti-A present in a B pos person.
Immunity gained through mother's milk or the administration of an immune serum is described as passive immunity. This type of immunity occurs when antibodies are transferred from one individual to another, providing immediate but temporary protection against specific pathogens. In the case of mother's milk, antibodies like immunoglobulin A (IgA) are passed to the infant, while immune serum contains pre-formed antibodies that can help fight infections.
Pooled human serum globulin is antibodies (or antitoxins) found in our blood. When administered to a patient after exposure to Hepatitis A it is a type of Artificially acquired passive immunity.
Passive immunity occurs when antibodies are transferred from one individual to another, providing immediate protection against a specific pathogen. This type of immunity is temporary and does not involve the individual's immune system producing its own antibodies. Examples include maternal antibodies passed to the fetus during pregnancy and receiving antibodies through intravenous injections for rapid protection.
specific immunity
As Blood type O contains Anti-A-Antibodies and Anti-B-Antibodies (not Antigens) Anti-A-Serum contains Anti-A-Antibodies (which reacts with A antigen not antibody) Anti-B-Serum contains Anti-B-Antibodies (which reacts with B antigen not antibody) so antibody in antiserum will not find any antigen in blood-group O to react with so no Clumping
Anti-B serum will agglutinate in the presence of type B blood. This serum contains antibodies that specifically target the B antigen on the surface of red blood cells. When mixed with type B blood, agglutination will occur, resulting in the clumping of red blood cells.
Antibodies. They are designed to resist, or fight, specific types of antigens. Type AB has no antibodies, which is why they can receive any type of blood. Type A has B antibodies, which means it will fight type B blood as well as type AB. Type B has A antibodies, which means it will fight type A blood, as well as type AB. Type O has A and B antibodies, which is why it can only receive type O blood.
Immunoglobulin is an antibody whose function is to provide immunity to mucoses in human body. It's produced mainly in mucosal linings and therefore it could be found in mucous secretions, such as tears and saliva.
No, type A blood does not have B antibodies.