4 A person with type A blood has a. anti-A antibodies. b. anti-B antibodies. c. anti-O antibodies. d. no antibodies. 5 A person with type B- blood has which of the following antibodies? (Assume the person has been exposed to Rh. antigens. Circle all that apply.) a. anti-A antibodies b. anti-B antibodies c. anti-Rh antibodies d. no antibodies 6 List all of the blood types to which the following people could donate: a. Person 1: Type A- b. Person 2: Type O+ c. Person 3: Type AB– d. Person 4: Type B+ 7 The disease erythroblastosis fetalis (also called hemolytic disease of the newborn) develops in a fetus or a newborn infant with Rh-positive blood and an Rh-negative mother. Symptoms result when maternal anti-Rh antibodies cross the placenta and interact with the fetus' erythrocytes. Why are the children of Rh-positive mothers not at risk for this disease? Why are Rh-negative fetuses not at risk for this disease? Explain why a person who is blood type AB+ can receive blood from any blood type but can only donate to individuals who are also blood type AB+.
4 A person with type A blood has a. anti-A antibodies. b. anti-B antibodies. c. anti-O antibodies. d. no antibodies. 5 A person with type B- blood has which of the following antibodies? (Assume the person has been exposed to Rh. antigens. Circle all that apply.) a. anti-A antibodies b. anti-B antibodies c. anti-Rh antibodies d. no antibodies 6 List all of the blood types to which the following people could donate: a. Person 1: Type A- b. Person 2: Type O+ c. Person 3: Type AB– d. Person 4: Type B+ 7 The disease erythroblastosis fetalis (also called hemolytic disease of the newborn) develops in a fetus or a newborn infant with Rh-positive blood and an Rh-negative mother. Symptoms result when maternal anti-Rh antibodies cross the placenta and interact with the fetus' erythrocytes. Why are the children of Rh-positive mothers not at risk for this disease? Why are Rh-negative fetuses not at risk for this disease? Explain why a person who is blood type AB+ can receive blood from any blood type but can only donate to individuals who are also blood type AB+.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:2 Label the formed elements on the peripheral blood smear in Figure 11.11.
FIGURE 11.11 Peripheral blood smear
Transcribed Image Text:4 A person with type A blood has
a. anti-A antibodies,
b. anti-B antibodies.
c. anti-O antibodies.
d. no antibodies.
E lomon wvirh type B- blood has which of the following antibodies? (Assume the person has been exposed to Rh
antigens. Circle all that apply.)
a. anti-A antibodies
b. anti-B antibodies
c. anti-Rh antibodies
d. no antibodies
6 List all of the blood types to which the following people could donate:
a. Person 1: Type A-
b. Person 2: Type O+
c. Person 3: Type AB –
d. Person 4: Type B+
7 The disease erythroblastosis fetalis (also called hemolytic disease of the newborn) develops in a fetus or a newborn
infant with Rh-positive blood and an Rh-negative mother. Symptoms result when maternal anti-Rh antibodies cross
the placenta and interact with the fetus' erythrocytes. Why are the children of Rh-positive mothers not at risk for this
disease? Why are Rh-negative fetuses not at risk for this disease?
8 Explain why a person who is blood type AB + can receive blood from any blood type but can only donate to
individuals who are also blood type AB+.
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