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NurseDive Free Nursing Practice Question
A nurse is completing an admission assessment on a client who has hearing loss. Which of the following client statements should indicate to the nurse that the client is experiencing manifestations of Meniere’s disease?
A. "l can't get out of bed because the room is spinning."
"I can't get out of bed because the room is spinning": The sensation of vertigo, or the perception of spinning or movement when there is none, is a hallmark symptom of Meniere's disease. This sensation is often severe and can be debilitating, leading to difficulty with balance and mobility. Therefore, the client's statement indicating that they cannot get out of bed due to the room spinning is consistent with manifestations of Meniere's disease.
B. "l did feel some fluid dripping from my ear when I laid down."
"I did feel some fluid dripping from my ear when I laid down": While fluid leakage from the ear can be a symptom of various ear conditions, such as otitis externa or otitis media, it is not typically associated with Meniere's disease. Meniere's disease is characterized by recurrent episodes of vertigo, hearing loss, tinnitus, and a feeling of fullness or pressure in the ear, rather than fluid leakage.
C. "Sometimes I feel slightly dizzy when I am in a loud restaurant."
"Sometimes I feel slightly dizzy when I am in a loud restaurant": Feeling slightly dizzy in a loud environment may suggest sensitivity to noise (phonophobia) or a mild form of dizziness such as disequilibrium, but it is not specific to Meniere's disease. Meniere's disease typically presents with severe episodes of vertigo rather than mild dizziness.
D. "l often feel like I have cotton balls in my ears."
"I often feel like I have cotton balls in my ears": The sensation of having cotton balls in the ears may indicate a feeling of fullness or pressure in the ears, which is a common symptom of Meniere's disease. However, this symptom alone is not sufficient to diagnose Meniere's disease, as it can also occur in other conditions affecting the middle ear, such as eustachian tube dysfunction or otitis media. Additionally, Meniere's disease is primarily characterized by vertigo, not just ear fullness or pressure.
This question is an excerpt from Nurse Dive's nursing test bank - Ati Med Surg Proctored Exam 1 2024. Take the full exam now
Full Explanation
A. "I can't get out of bed because the room is spinning": The sensation of vertigo, or the perception of spinning or movement when there is none, is a hallmark symptom of Meniere's disease. This sensation is often severe and can be debilitating, leading to difficulty with balance and mobility. Therefore, the client's statement indicating that they cannot get out of bed due to the room spinning is consistent with manifestations of Meniere's disease.
B. "I did feel some fluid dripping from my ear when I laid down": While fluid leakage from the ear can be a symptom of various ear conditions, such as otitis externa or otitis media, it is not typically associated with Meniere's disease. Meniere's disease is characterized by recurrent episodes of vertigo, hearing loss, tinnitus, and a feeling of fullness or pressure in the ear, rather than fluid leakage.
C. "Sometimes I feel slightly dizzy when I am in a loud restaurant": Feeling slightly dizzy in a loud environment may suggest sensitivity to noise (phonophobia) or a mild form of dizziness such as disequilibrium, but it is not specific to Meniere's disease. Meniere's disease typically presents with severe episodes of vertigo rather than mild dizziness.
D. "I often feel like I have cotton balls in my ears": The sensation of having cotton balls in the ears may indicate a feeling of fullness or pressure in the ears, which is a common symptom of Meniere's disease. However, this symptom alone is not sufficient to diagnose Meniere's disease, as it can also occur in other conditions affecting the middle ear, such as eustachian tube dysfunction or otitis media. Additionally, Meniere's disease is primarily characterized by vertigo, not just ear fullness or pressure.
Similar Questions
A nurse is teaching a group of nursing students about brain herniation. Which of the following interventions should the nurse include as a possible treatment for brain herniation?
A. Lower blood pressure.
Lower blood pressure: Lowering blood pressure may be indicated in certain cases of brain herniation to reduce cerebral perfusion pressure (CPP) and decrease cerebral blood volume. However, this intervention should be carefully titrated based on the individual client's condition and should not be applied universally as a treatment for brain herniation. In some cases, lowering blood pressure may exacerbate cerebral ischemia and worsen neurological outcomes.
B. Decrease sedation
Decrease sedation: Reducing sedation may be necessary to allow for neurological assessment and evaluation of the client's neurological status. However, it is not a direct treatment for brain herniation. Sedation may need to be adjusted to facilitate neurological monitoring and assessment of the client's response to treatment interventions. Excessive sedation can obscure neurological signs and symptoms, making it difficult to assess the effectiveness of interventions aimed at reducing ICP.
C. Hyperventilate the client.
Hyperventilate the client: Hyperventilation is a potential intervention for managing brain herniation as it helps temporarily lower intracranial pressure (ICP) by inducing cerebral vasoconstriction. By increasing the rate and depth of breathing, hyperventilation reduces the partial pressure of carbon dioxide (PaCO2) in the blood, leading to vasoconstriction of cerebral blood vessels and a decrease in cerebral blood flow. This can help alleviate symptoms associated with increased ICP and reduce the risk of further brain injury.
D. Reduce the temperature in the room.
Reduce the temperature in the room: Therapeutic hypothermia may be considered as a treatment option in certain cases of brain injury to reduce metabolic demand, lower ICP, and attenuate secondary brain injury. However, simply reducing the temperature in the room without implementing therapeutic hypothermia protocols is unlikely to effectively manage brain herniation. Therapeutic hypothermia requires careful monitoring and control of the client's body temperature to prevent complications. Additionally, hypothermia alone may not provide immediate relief from increased ICP associated with brain herniation.
Full Explanation
A. Lower blood pressure: Lowering blood pressure may be indicated in certain cases of brain herniation to reduce cerebral perfusion pressure (CPP) and decrease cerebral blood volume. However, this intervention should be carefully titrated based on the individual client's condition and should not be applied universally as a treatment for brain herniation. In some cases, lowering blood pressure may exacerbate cerebral ischemia and worsen neurological outcomes.
B. Decrease sedation: Reducing sedation may be necessary to allow for neurological assessment and evaluation of the client's neurological status. However, it is not a direct treatment for brain herniation. Sedation may need to be adjusted to facilitate neurological monitoring and assessment of the client's response to treatment interventions. Excessive sedation can obscure neurological signs and symptoms, making it difficult to assess the effectiveness of interventions aimed at reducing ICP.
C. Hyperventilate the client: Hyperventilation is a potential intervention for managing brain herniation as it helps temporarily lower intracranial pressure (ICP) by inducing cerebral vasoconstriction. By increasing the rate and depth of breathing, hyperventilation reduces the partial pressure of carbon dioxide (PaCO2) in the blood, leading to vasoconstriction of cerebral blood vessels and a decrease in cerebral blood flow. This can help alleviate symptoms associated with increased ICP and reduce the risk of further brain injury.
D. Reduce the temperature in the room: Therapeutic hypothermia may be considered as a treatment option in certain cases of brain injury to reduce metabolic demand, lower ICP, and attenuate secondary brain injury. However, simply reducing the temperature in the room without implementing therapeutic hypothermia protocols is unlikely to effectively manage brain herniation. Therapeutic hypothermia requires careful monitoring and control of the client's body temperature to prevent complications. Additionally, hypothermia alone may not provide immediate relief from increased ICP associated with brain herniation.
A nurse is preparing a plan of care for a client who is postoperative following a cochlear implant insertion. Which of the following instructions should the nurse include in the plan of care?
A. Lie on your back when sleeping.
Lie on your back when sleeping: Lying on the back when sleeping may be recommended initially after cochlear implant surgery to avoid putting pressure on the surgical site. However, this instruction should not be included in the plan of care indefinitely. Once the client is comfortable and the surgical site is healing well, they should be allowed to sleep in any position that is comfortable for them.
B. Lie on your front when sleeping.
Lie on your front when sleeping: Lying on the front when sleeping is not typically recommended after cochlear implant surgery, as it may put pressure on the surgical site and disrupt healing. This position could potentially cause discomfort and increase the risk of complications. Therefore, this instruction should not be included in the plan of care.
C. Resume your exercise routine.
Resume your exercise routine: Resuming the exercise routine immediately after cochlear implant surgery may not be advisable. The client should be instructed to avoid strenuous activities and heavy lifting for a certain period as advised by the healthcare provider. Engaging in vigorous exercise too soon after surgery could potentially disrupt the healing process and increase the risk of complications. Therefore, this instruction should not be included in the plan of care immediately after surgery.
D. Wash your hair 24 hr after surgery.
Wash your hair 24 hr after surgery: After cochlear implant insertion, it is important to keep the surgical site clean to prevent infection. Washing the hair 24 hours after surgery helps to maintain cleanliness and hygiene without disrupting the surgical site. It is typically safe to wash the hair after this period as long as gentle care is taken to avoid excessive manipulation of the implant site.
Full Explanation
A. Lie on your back when sleeping: Lying on the back when sleeping may be recommended initially after cochlear implant surgery to avoid putting pressure on the surgical site. However, this instruction should not be included in the plan of care indefinitely. Once the client is comfortable and the surgical site is healing well, they should be allowed to sleep in any position that is comfortable for them.
B. Lie on your front when sleeping: Lying on the front when sleeping is not typically recommended after cochlear implant surgery, as it may put pressure on the surgical site and disrupt healing. This position could potentially cause discomfort and increase the risk of complications. Therefore, this instruction should not be included in the plan of care.
C. Resume your exercise routine: Resuming the exercise routine immediately after cochlear implant surgery may not be advisable. The client should be instructed to avoid strenuous activities and heavy lifting for a certain period as advised by the healthcare provider. Engaging in vigorous exercise too soon after surgery could potentially disrupt the healing process and increase the risk of complications. Therefore, this instruction should not be included in the plan of care immediately after surgery.
D. Wash your hair 24 hr after surgery: After cochlear implant insertion, it is important to keep the surgical site clean to prevent infection. Washing the hair 24 hours after surgery helps to maintain cleanliness and hygiene without disrupting the surgical site. It is typically safe to wash the hair after this period as long as gentle care is taken to avoid excessive manipulation of the implant site.
A nurse is providing care for a client following a cardiac arrest due to pulseless electrical activity (PEA). Which of the following alterations are causes of PEA? (Select All that Apply.)
A. Hypertension
Hypertension: Hypertension, or high blood pressure, is not typically a direct cause of PEA. While uncontrolled hypertension can contribute to cardiovascular disease and increase the risk of cardiac events such as myocardial infarction, it is not a direct cause of PEA.
B. Hypovolemia
Hypovolemia: Hypovolemia, or low blood volume, is a common cause of PEA. Reduced circulating blood volume leads to decreased preload and inadequate filling of the heart chambers, impairing cardiac output. This can result in ineffective cardiac contractions and the development of PEA.
C. Hypoxia
Hypoxia: Hypoxia, or inadequate oxygenation of tissues, is a significant cause of PEA. Insufficient oxygen delivery to the myocardium impairs cardiac function and can lead to ineffective cardiac contractions. Without adequate oxygenation, the heart is unable to generate sufficient mechanical force to maintain circulation, resulting in PEA.
D. Hyperkalemia
Hyperkalemia: Hyperkalemia, or elevated levels of potassium in the blood, can cause PEA by disrupting cardiac electrical activity. Excessive potassium ions in the extracellular fluid alter the normal myocardial action potential, leading to cardiac conduction abnormalities and potential arrhythmias, including PEA.
E. Hypernatremia
Hypernatremia: Hypernatremia, or elevated levels of sodium in the blood, is not typically a direct cause of PEA. While severe hypernatremia can lead to neurological symptoms and dehydration, it does not directly impair cardiac electrical activity or mechanical function to the extent that it causes PEA.
F. Hyperthermia
Hyperthermia: Hyperthermia, or elevated body temperature, is not typically a direct cause of PEA. While extreme hyperthermia can lead to cardiovascular complications such as heat stroke, it is not a common cause of PEA unless it is associated with severe systemic metabolic derangements.
Full Explanation
Pulseless electrical activity (PEA) refers to a situation in which an electrocardiogram (ECG) shows electrical activity in the heart, but there is no effective mechanical activity and no palpable pulse. PEA can result from various underlying conditions that impair cardiac function or compromise circulation.
A. Hypertension: Hypertension, or high blood pressure, is not typically a direct cause of PEA. While uncontrolled hypertension can contribute to cardiovascular disease and increase the risk of cardiac events such as myocardial infarction, it is not a direct cause of PEA.
B. Hypovolemia: Hypovolemia, or low blood volume, is a common cause of PEA. Reduced circulating blood volume leads to decreased preload and inadequate filling of the heart chambers, impairing cardiac output. This can result in ineffective cardiac contractions and the development of PEA.
C. Hypoxia: Hypoxia, or inadequate oxygenation of tissues, is a significant cause of PEA. Insufficient oxygen delivery to the myocardium impairs cardiac function and can lead to ineffective cardiac contractions. Without adequate oxygenation, the heart is unable to generate sufficient mechanical force to maintain circulation, resulting in PEA.
D. Hyperkalemia: Hyperkalemia, or elevated levels of potassium in the blood, can cause PEA by disrupting cardiac electrical activity. Excessive potassium ions in the extracellular fluid alter the normal myocardial action potential, leading to cardiac conduction abnormalities and potential arrhythmias, including PEA.
E. Hypernatremia: Hypernatremia, or elevated levels of sodium in the blood, is not typically a direct cause of PEA. While severe hypernatremia can lead to neurological symptoms and dehydration, it does not directly impair cardiac electrical activity or mechanical function to the extent that it causes PEA.
F. Hyperthermia: Hyperthermia, or elevated body temperature, is not typically a direct cause of PEA. While extreme hyperthermia can lead to cardiovascular complications such as heat stroke, it is not a common cause of PEA unless it is associated with severe systemic metabolic derangements.