A young adult is brought to the Emergency Department (ED) after a motor vehicle accident (MVA). The patient has severe right chest pain where there was impact with the steering wheel. Which is the priority patient goal?
Reduce the patient's anxiety
Assure adequate circulating volume
Decrease the patient's chest pain
Maintain adequate oxygenation
The Correct Answer is D
A) Reduce the patient's anxiety:
While reducing anxiety is an important aspect of patient care, particularly in emergency situations, it is not the priority when life-threatening conditions may be present. Anxiety reduction can be addressed after ensuring that the patient’s more critical physiological needs (such as adequate oxygenation and circulation) are met.
B) Assure adequate circulating volume:
Maintaining adequate circulating volume is important, especially in trauma cases where blood loss is a concern. However, adequate oxygenation takes precedence over circulating volume in this scenario because without proper oxygenation, the patient’s vital organs and tissues may suffer from hypoxia, leading to further complications.
C) Decrease the patient's chest pain:
Chest pain following a motor vehicle accident (MVA) can be a symptom of serious injuries, such as rib fractures, pneumothorax, or even a cardiac contusion. While relieving pain is important for comfort and overall well-being, the priority in the immediate post-trauma phase is to ensure that the patient is receiving adequate oxygen.
D) Maintain adequate oxygenation:
The most critical concern after trauma, especially in a case involving chest impact, is ensuring that the patient is adequately oxygenated. Chest trauma can cause injuries to the lungs or pleural space (e.g., pneumothorax, hemothorax), leading to compromised oxygen exchange. The priority is to assess and maintain the patient's airway, breathing, and oxygenation first.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is D
Explanation
A) Packed Red Blood Cells (PRBCs):
Packed Red Blood Cells are typically transfused when there is anemia or significant blood loss leading to low hemoglobin levels. In the case of warfarin overdose or elevated PT/INR, the problem is related to coagulation and not red blood cell count.
B) Platelets:
Platelets are typically transfused when there is thrombocytopenia or a need to address platelet dysfunction (e.g., in patients with bleeding due to low platelet counts). However, the elevated PT and INR in this case are related to the coagulation cascade being inhibited by warfarin, not platelet deficiency.
C) Cryoprecipitate:
Cryoprecipitate is primarily used to replace clotting factors such as fibrinogen, factor VIII, and von Willebrand factor. It is typically transfused in patients with hemophilia or bleeding disorders related to low fibrinogen levels. However, in this case, the issue is related to warfarin-induced inhibition of clotting factors (specifically the vitamin K-dependent factors: II, VII, IX, and X), not a deficiency in fibrinogen or specific clotting factors addressed by cryoprecipitate.
D) Fresh Frozen Plasma (FFP):
Fresh Frozen Plasma (FFP) is the most appropriate choice for this patient. FFP contains all the coagulation factors, including the vitamin K-dependent factors that warfarin inhibits. When a patient on warfarin presents with elevated PT and INR (which indicates impaired clotting ability), FFP is used to replace the clotting factors and help reverse the effects of warfarin.
Correct Answer is ["A","D"]
Explanation
A) O- (O negative):
A person with blood type A- can safely receive blood from a universal donor blood type, which is O-. This is because O- has no A, B, or Rh antigens on the surface of its red blood cells, making it compatible with any ABO blood group. The Rh negative status is also compatible, as the recipient is also Rh-negative.
B) AB- (AB negative):
A person with blood type A- cannot receive blood from someone with AB-. This is because the AB- blood type contains both A and B antigens on the surface of red blood cells, which could cause an immune reaction in a person with A- blood, whose immune system will react against the B antigen. Therefore, AB- is not compatible with A- blood.
C) A+ (A positive):
A person with A- blood cannot receive blood from an A+ donor, because the A+ blood contains the Rh positive antigen. If a person with A- blood receives Rh-positive blood, they will form antibodies against the Rh factor, leading to a hemolytic transfusion reaction. Therefore, A+ is not compatible with A- blood.
D) A- (A negative):
A person with A- blood can receive blood from another A- donor, because both share the A antigen and are Rh-negative. This is a perfect match and poses no risk of a transfusion reaction.
E) O+ (O positive):
A person with A- blood cannot receive blood from an O+ donor, because the O+ blood contains the Rh-positive antigen. This could cause an immune reaction in a person with A- blood, leading to the production of anti-Rh antibodies. Therefore, O+ is not compatible with A- blood.
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