Explain the concepts of blood types and why we can't transfuse just any type together. Describe uses of blood typing.

List the eight (8) blood types. 2  points Which blood type is the universal recipient? 1 point  Why is the blood type from number 2 considered the universal recipient? 2 points  Which blood type is the universal donor? 1 point  Why is the blood type from number 4 considered the universal donor? 2 points What would happen if an individual is given a blood type that is not compatible with their blood type? 2 points

How does capillary electrophoresis differ from gel electrophoresis?   a) The capillary system can distinguish if an individual is heterozygous. b) The capillary system does not rely on DNA having a charge. c) The capillary system does not separate DNA fragments by their size. d) None of the above

Which best describes an AB +   blood type? Group of answer choices ~Presence of B antigen.  Absence of Rh factor.  Presence of A antibody. ~Presence of A antigen. Presence of Rh factor. Absence of A antibody. ~None   ~Presence of A and B antigen. Presence of Rh factor. Absence of A and B antibody. ~Presence of A and B antibody.  Absence of Rh factor. Absence of A and B antigen. ~Presence of A and B antigen. Absence of Rh factor. Absence of A and B antibody. ~Presence of A and B antibody. Presence of Rh factor. Absence of A and B antigen.

How do you determine your blood type and transfusions? Which blood types are compatible and which causes agglutination?

Identify the specific blood type incompatibility shown in Chapter 3 of the animation. Agglutination of donor's A antigens by recipient's anti-A antibodies. Agglutination of donor's B antigens by recipient's anti-B antibodies. Agglutination of donor's A antigens by recipient's anti-B antibodies. ○ Agglutination of donor's B antigens by recipient's anti-A antibodies.

Describe the role of antigens and antibodies in blood typing and be able to identify appropriate Donors/Recipients

Provide detailed blood cell diagram of how microsytic is developed.  Provide detailed blood cell diagram of how macrosytic is developed.

Explain the principle involved in blood typing.

If you were in a major accident and needed a large blood transfusion, why is type AB the best to have, in terms of being able to accept the widest range of donated cells?