A client who has a history of migraines comes into the clinic reporting "tingling of the face" and blind spots in the eyes. Which of the following phases of a migraine is the client experiencing?
Prodrome
Aura
Postdrome
Headache
The Correct Answer is B
Choice A Reason:
Prodrome is incorrect. The prodrome phase occurs before the onset of the headache and can last for hours to days. During this phase, individuals may experience subtle changes that serve as warning signs of an impending migraine attack. Common prodromal symptoms include fatigue, mood changes, food cravings, increased thirst, and heightened sensitivity to light or sound. Tingling of the face and blind spots in the eyes are not typically associated with the prodrome phase.
Choice B Reason:
Aura is correct. The aura phase of a migraine typically occurs before or during the headache phase and involves neurological symptoms. Aura symptoms can include visual disturbances such as blind spots, zigzag lines, or flashing lights, as well as sensory symptoms like tingling or numbness, often starting in one part of the body and spreading gradually. The tingling of the face and blind spots in the eyes described by the client are consistent with the aura phase of a migraine.
Choice C Reason:
Postdrome is incorrect. The postdrome phase occurs after the headache phase and can last for hours to days. During this phase, individuals may experience lingering symptoms such as fatigue, difficulty concentrating, mood changes, and muscle aches. While some individuals may experience visual disturbances during the postdrome phase, the tingling of the face and blind spots in the eyes described by the client are more characteristic of the aura phase.
Choice D Reason:
Headache is incorrect. The headache phase of a migraine is characterized by moderate to severe throbbing head pain, often accompanied by other symptoms such as nausea, vomiting, and sensitivity to light or sound. While visual disturbances can occur during the headache phase, the tingling of the face and blind spots in the eyes described by the client precede the onset of headache, suggesting the aura phase rather than the headache phase.
Nursing Test Bank
Naxlex Comprehensive Predictor Exams
Related Questions
Correct Answer is C
Explanation
Choice A Reason:
Air cannot pass freely into the thoracic cavity through a chest wound is incorrect because air can indeed pass freely into the thoracic cavity through the chest wound in an open pneumothorax.
Choice B Reason:
The air is trapped when it enters the cavity is incorrect because the characteristic feature of an open pneumothorax is that air is not trapped; rather, it enters the thoracic cavity with each inhalation and exits with each exhalation through the chest wound.
Choice C Reason:
Air moves in and out of a wound in the chest wall is correct. In an open pneumothorax, also known as a "sucking chest wound," air can freely move in and out of the thoracic cavity through a wound in the chest wall. This occurs due to the creation of a communication pathway between the external environment and the pleural space, typically caused by a penetrating injury to the chest.
Choice D Reason:
There are no audible sounds in an open pneumothorax is incorrect because in an open pneumothorax, there may be audible sounds associated with the movement of air in and out of the wound, such as a sucking or bubbling sound, depending on the size and location of the wound. These sounds can be clinically significant and aid in the diagnosis of an open pneumothorax.
Correct Answer is C
Explanation
Choice A Reason:
Respiratory alkalosis is incorrect. Tension pneumothorax typically leads to respiratory distress and hypoxemia rather than respiratory alkalosis. The respiratory alkalosis may occur initially due to hyperventilation in response to hypoxemia but would not be directly related to tracheal deviation.
Choice B Reason:
Increased venous return is incorrect. Tension pneumothorax actually leads to decreased venous return due to compression of the great vessels in the thorax, particularly the superior vena cava and the inferior vena cava. This compression results from the increased pressure within the thorax, which impedes blood flow back to the heart.
Choice C Reason:
Decreased cardiac output is incorrect. Tension pneumothorax can indeed lead to decreased cardiac output due to compression of the heart and the great vessels by the accumulating air in the pleural space. This compression decreases venous return and impairs cardiac function.
Choice D Reason:
Dilated ventricles is incorrect. As mentioned earlier, tension pneumothorax can lead to compression of the heart, including the ventricles. This compression can cause dilatation of the ventricles, particularly the right ventricle, due to increased afterload and decreased venous return.
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