Share This Link

Option A, "Most people are able to control BP through dietary changes," is not necessarily true for everyone. While dietary changes, such as reducing sodium intake and adopting a heart-healthy diet, can be beneficial in managing hypertension, they may not be sufficient for everyone. Physical activity is an essential component of hypertension management and has broader health benefits.

Option B, "Annual BP checks are needed to monitor treatment effectiveness," is important information, but it is more of a recommendation for ongoing hypertension management rather than the most critical information for someone newly diagnosed with hypertension. Regular blood pressure monitoring is indeed crucial for treatment assessment and ensuring that the chosen treatment plan is effective.

Option D, "Hypertension is usually asymptomatic until target organ damage occurs," is important information to understand the nature of hypertension, but it does not provide immediate guidance for the newly diagnosed individual on how to manage their condition effectively.

Option A, "Have you recently taken any antihistamines?" is not the most relevant question in this situation. Antihistamines are not typically associated with causing a hypertensive crisis. While certain medications and substances can interact with antihypertensive medications, causing an increase in BP, the severity of the client's symptoms and the extremely high BP reading suggest that a more immediate concern needs to be addressed.

Option C, "Have you consistently taken your medications?" is important for assessing medication adherence, but it may not directly explain the acute hypertensive crisis. The client's current symptoms and BP reading require more immediate investigation into potential triggers.

Option D, "Did you take any aspirin (or Tylenol) today?" is relevant to assess whether the client has recently taken any over-the-counter medications that could potentially interact with their prescribed antihypertensive drugs. However, it is not the most critical question to address the hypertensive crisis and the severity of the client's symptoms.

Option A, "Tremors are noted in the fingers when the client extends the arms," could be concerning but is not as immediately critical as the neurological deficit described in option B. Tremors can have various causes and may not directly relate to the hypertensive emergency unless other signs or symptoms of neurologic impairment are also present.

Option C, "Urine output over 8 hours is 250 mL less than the fluid intake," is relevant to monitor the client's fluid status and kidney function, but it does not indicate an acute, life-threatening condition that requires immediate attention like the neurological deficit in option B.

Option D, "The client reports a headache with pain at level 7 of 10 (0 to 10 scale)," is concerning and may be a symptom of the hypertensive emergency, but it is not as urgent as the neurological findings. Headache can be a symptom of elevated blood pressure, but it is not sufficient on its own to determine the severity of the hypertensive crisis.

Option (B), "Serum hemoglobin of 14.7 g/dL," is within the normal range and does not indicate an immediate concern related to the client's hypertension.

Option (C), "Blood glucose level of 96 mg/dL," is also within the normal range for blood glucose and may not be directly related to the client's hypertension.

Option (C), "Blood glucose level of 96 mg/dL," is also within the normal range for blood glucose and may not be directly related to the client's hypertension.

Option A, the 52-year-old with a blood pressure of 198/90 mm Hg who has intermittent claudication, may have peripheral vascular disease or other vascular issues related to hypertension, but it is not as acutely concerning as chest pain.

Option C, the 43-year-old with a blood pressure of 172/98 mm Hg whose urine shows microalbuminuria, may have early signs of kidney involvement due to hypertension, which is significant and requires attention but may not be as immediately urgent as chest pain.

Option D, the 50-year-old with a blood pressure of 190/104 mm Hg who has a creatinine of 1.7 mg/dL, may have signs of kidney impairment related to hypertension, which is also significant but may not be as acutely urgent as chest pain.

While it's essential to educate the patient about potential causes of syncope (option A) and the benefits of implantable cardioverter-defibrillators (option B) if applicable to their condition, these actions may not directly address the immediate safety concern of preventing falls during syncopal episodes.

While it's essential to educate the patient about potential causes of syncope (option A) and the benefits of implantable cardioverter-defibrillators (option B) if applicable to their condition, these actions may not directly address the immediate safety concern of preventing falls during syncopal episodes.

Option D, teaching the patient about the need to avoid caffeine and other stimulants, may be relevant if stimulants are identified as potential triggers for syncope in this particular patient. However, it is not the most critical action to include in the initial plan of care for a patient with syncopal episodes of unknown origin.

The heart monitor shows sinus tachycardia, rate 132, which suggests that the electrical impulses are reaching the heart, but the heart is not effectively pumping blood due to the lack of a palpable pulse. This condition requires immediate intervention with CPR rather than other treatments such as synchronized cardioversion (option A) or administering atropine (option D).

While applying supplemental oxygen via a non-rebreather mask (option C) is generally important in many emergency situations, it is not the immediate priority when a patient is apneic and has no palpable pulses. In such cases, CPR takes precedence to restore circulation and maintain oxygen delivery to the body's vital organs.

The heart monitor shows sinus tachycardia, rate 132, which suggests that the electrical impulses are reaching the heart, but the heart is not effectively pumping blood due to the lack of a palpable pulse. This condition requires immediate intervention with CPR rather than other treatments such as synchronized cardioversion (option A) or administering atropine (option D).

Option A, jugular vein atherosclerosis, is not a common cause of JVD. Atherosclerosis refers to the build-up of plaque within arteries, not veins.

Option C, decreased fluid volume, would lead to dehydration and decreased venous filling, which would not cause jugular venous distention. It would lead to flat or sunken jugular veins.

Option D, incompetent jugular vein valves, would not cause jugular venous distention with the head of the bed elevated. Incompetent valves may lead to venous reflux or backward flow of blood, but it would not lead to the distention of the jugular veins in this position.