The i allele results in no antigen in the body. IA and IB are both codominant, while i is recessive. The blood type of a human is a complex matter, but determining it is not. Through the observation of chemical changes, it is possible to determine the blood type of any individual. Each of the four blood types (A, B, AB, and O) has a specific reaction to Anti-A and Anti-B serums. By observing these changes, the blood type of anyone can be identified. Even though all blood is made from the same elements, not all blood is identical. In fact, there are at least four different types of human blood. What makes one person’s blood different from another’s is the absence or presence of specific proteins, called agglutinogens (short for agglutinating antigens) (Kansas City University of Medicine and Biosciences, 2015). Fundamentally, an agglutinogen is specific antigen that simulates the production of an agglutinin, such as an antibody (Kansas City University of Medicine and Biosciences, 2015). An agglutinin is a type of substance (like an antibody) that is capable of causing an agglutination reaction in a particular antigen, chiefly red blood
The i allele results in no antigen in the body. IA and IB are both codominant, while i is recessive. The blood type of a human is a complex matter, but determining it is not. Through the observation of chemical changes, it is possible to determine the blood type of any individual. Each of the four blood types (A, B, AB, and O) has a specific reaction to Anti-A and Anti-B serums. By observing these changes, the blood type of anyone can be identified. Even though all blood is made from the same elements, not all blood is identical. In fact, there are at least four different types of human blood. What makes one person’s blood different from another’s is the absence or presence of specific proteins, called agglutinogens (short for agglutinating antigens) (Kansas City University of Medicine and Biosciences, 2015). Fundamentally, an agglutinogen is specific antigen that simulates the production of an agglutinin, such as an antibody (Kansas City University of Medicine and Biosciences, 2015). An agglutinin is a type of substance (like an antibody) that is capable of causing an agglutination reaction in a particular antigen, chiefly red blood