Tom and Jane participate in a Red Cross blood drive. Both are first-time donors. As part of the screening process, their blood is typed. Tom is Group A+. Jane is Group AB+. EMTs bring two accident victims into the emergency room at the hospital. The second accident victim has also lost blood. He is Group B+. You conclude that Tom’s blood cells cannot be used for this transfusion. Why do you think so?
(0.1pts)
Question 77 - Tom and Jane participate in a Red Cross blood drive. Both are first-time donors. As part of the screening process, their blood is typed. Tom is Group A+. Jane is Group AB+. EMTs bring two accident victims into the emergency room at the hospital. The second accident victim has also lost blood. He is Group B+. You conclude that Tom’s blood cells cannot be used for this transfusion. Why do you think so?
Select The victim’s blood has anti-B antibodies, and these will react against antigen A in Tom’s red blood cells (Tom is Group A+). as your answer |
The victim’s blood has anti-B antibodies, and these will react against antigen A in Tom’s red blood cells (Tom is Group A+). |
Select The victim’s blood has anti-A antibodies, and these will react against antigen A in Tom’s red blood cells (Tom is Group A+). as your answer |
The victim’s blood has anti-A antibodies, and these will react against antigen A in Tom’s red blood cells (Tom is Group A+). |
Select The victim’s blood has anti-A antibodies, and these will react against the rhesus factor in Tom’s red blood cells (Tom is Group A+). as your answer |
The victim’s blood has anti-A antibodies, and these will react against the rhesus factor in Tom’s red blood cells (Tom is Group A+). |
Select The victim’s blood has anti-A antibodies, and these will react against antigen B in Tom’s red blood cells (Tom is Group A+). as your answer |
The victim’s blood has anti-A antibodies, and these will react against antigen B in Tom’s red blood cells (Tom is Group A+). |
Tom and Jane participate in a Red Cross blood drive. Both are first-time donors. As part of the screening process, their...
Tom and Jane participate in a Red Cross blood drive. Both are first-time donors. As part of the screening process, their blood is typed. Tom is Group A+. Jane is Group AB+. EMTs bring two accident victims into the emergency room at the hospital. One victim is bleeding from a head wound and needs a transfusion of blood cells to replace what she has lost. She is Group AB+. From this information, you conclude that Jane’s blood cells can be...
Tom and Jane participate in a Red Cross blood drive. Both are first-time donors. As part of the screening process, their blood is typed. Tom is Group A+. Jane is Group AB+. EMTs bring two accident victims into the emergency room at the hospital. The second accident victim has also lost blood. He is Group B+. Could Jane’s blood cells be used for this transfusion? (0.1pts) Question 74 - Tom and Jane participate in a Red Cross blood drive. Both...
Background INFO There are four types of blood: A, B, AB, and O (Figure 4). Each is characterized by the glycoproteins (proteins with a sugar attached) and lipoproteins (proteins with a lipid attached) embedded in the surface of red blood cells (RBCs). In addition to type, blood can be rhesus (Rh) factor positive or negative. These proteins are inherited and may differ from individual to individual. If, during a transfusion, an individual receives blood with the incorrect RBC proteins (for...