A. When would clumping (or agglutination occur?B.When someone needs a blood transfusion, he/shewill usually be given his/her own type. Sometimes,however, it might be necessary to use a compatible type.Not all blood types are compatible with each other. III. LAB REPORTYou inherited your blood type from your parents. Your blood type is based on antigens found on your redblood cells named A or B and antibodies found in your plasma called a or b. See Table 1 for the antigen-antibody make-up of different blood types.Table 1Blood typeAntigensAntibodiesAABBaАВA and Bneither a nor bneither A nor B both a and b

People with one blood type may experience an immunological reaction if they accept blood from…

A. When would clumping (or agglutination occur? В. When someone needs a blood transfusion, he/she will usually be given his/her own type. Sometimes, however, it might be necessary to use a compatible type. Not all blood types are compatible with each other.

A. When would clumping (or agglutination occur? В. When someone needs a blood transfusion, he/she will usually be given his/her own type. Sometimes, however, it might be necessary to use a compatible type. Not all blood types are compatible with each other.

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter17: Genes And The Immune System

Section: Chapter Questions

Problem 14QP

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Question

A. When would clumping (or agglutination occur?
B.
When someone needs a blood transfusion, he/she
will usually be given his/her own type. Sometimes,
however, it might be necessary to use a compatible type.
Not all blood types are compatible with each other.

III. LAB REPORT
You inherited your blood type from your parents. Your blood type is based on antigens found on your red
blood cells named A or B and antibodies found in your plasma called a or b. See Table 1 for the antigen-
antibody make-up of different blood types.
Table 1
Blood type
Antigens
Antibodies
A
A
B
B
a
АВ
A and B
neither a nor b
neither A nor B both a and b

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III. LAB REPORT You inherited your blood type from your parents. Your blood type is based on antigens found on your red blood cells named A or B and antibodies found in your plasma called a or b. See Table 1 for the antigen-antibody make-up of different blood types. Table 1 Blood type Antigens Antibodies A A b B B a AB A and B neither a nor b O neither A nor B both a and b A. When would clumping (or agglutination occur?
4. The function of allelic exclusion is? a. increase the magnitude of antibodies b. increase the affinity of antibodies c. increase the specificity of antibodies d. increase the diversity of antibodies e. increase sensitivity of antibodies
Which of the formed elements arise from myeloid stem cells? B cells natural killer cells platelets all of the above
Figure 17.17 The Rh antigen is found on Rh-positive red blood cells. An Rh-negative female can usually carry an Rh-positive fetus to term without difficulty. However, if she has a second Rh-positive fetus, her body may launch an immune attack that causes hemolytic disease of the newborn. Why do you think hemolytic disease is only a problem during the second or subsequent pregnancies?
Hybridomas are formed by fusing antibody-producingwhite blood cells with:(a) Viruses(b) Bacteria(c) Myeloma cells(d) Red blood cells(e) Bone marrow cells
A person with blood type A has a. anti-B antibodies in her blood plasma. b. anti-A antibodies in her blood plasma. c. both anti-A and anti-B antibodies in her blood plasma. d. no antibodies in her blood plasma.
3. A woman who is a carrier for hemophilia marries a normal man. a. What is the probability that their first child will be a hemophiliac girl? b. What is the probability that the child will be a girl who is a carrier for the disease? c. What is the probability that, if they have a son, he will be normal? d. What is the probability that they will have a son who is a carrier for the disease?
B. When someone needs a blood transfusion, he/she will usually be given his/her own type. Sometimes, however, it might be necessary to use a compatible type. Not all blood types are compatible with each other. Fill in Table 2 to indicate compatible donors and recipients. Table 2: Recipient / Donor Transfusion Compatibility Blood Types Donates to Receives from A B AB O What blood type is called the universal donor? What blood type is called the universal recipient? Based on antigen-antibody reactions, can you explain why a particular type is the universal donor or recipient?
2. In preparation for a scheduled surgery, a patient visits the hospital lab for a blood draw. The technician collects a blood sample and performs a test to determine its type. She places a sample of the patient's blood in two wells. To the first well she adds anti-A antibody. To the second she adds anti-B antibody. Both samples visibly agglutinate. Has the technician made an error, or is this a normal response? If normal, what blood type does this indicate?
1. maternity case involves an infant with type AB blood. Four women claim to be the mother. You be the judge, as far as the blood type evidence allows. a. The woman with type A blood could not be the mother. b. The woman with type AB blood could not be the mother. c. The woman with type O blood could not be the mother. d. The woman with type B blood could not be the mother e. All the four could be the mother. conclusion plz answer all question
IT IS NOT D A person with type O blood has a. anti-A antibodies b. anti-B antibodies. c. anti-O antibodies. d. no antibodies. e. both anti-A and anti-B antibodies.
If you tested a sample of blood and it clumped in serum A, but did not clump in serum B, or the Rh serum, what kind of blood would you have? A) O+B) B-C) AB+D) A+E) A-