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NurseDive Free Nursing Practice Question
A nurse is planning care for a client who has a severe traumatic brain injury (TBI). Which of the following should the nurse include in the plan of care? (Select All that Apply.)
A. Assess palmar reflex.
Assess palmar reflex. Assessing the palmar reflex helps evaluate the integrity of the nervous system, particularly in response to tactile stimuli. In clients with severe TBI, abnormal reflexes may indicate neurological impairment and guide further assessment and intervention.
B. Assess for cough reflex.
Assess for cough reflex. Assessing the cough reflex is important for evaluating airway protection and the risk of aspiration, especially in clients with reduced consciousness level due to TBI.
C. Assess the ability to follow simple commands.
Assess the ability to follow simple commands. Assessing the client's ability to follow simple commands provides valuable information about their level of consciousness and cognitive function. It helps determine the extent of neurological impairment and guides the plan of care, including interventions for communication and cognitive deficits.
D. Assess for Cushing's Triad.
Assess for Cushing's Triad. Cushing's Triad, characterized by hypertension, bradycardia, and irregular respirations, may occur as a late sign of increased intracranial pressure (ICP) in clients with severe TBI. Monitoring for Cushing's Triad is crucial for early recognition of elevated ICP and prompt intervention to prevent further neurological damage.
E. Assess for abnormal posturing.
Assess for abnormal posturing. Assessing for abnormal posturing, such as decerebrate or decorticate posturing, helps evaluate neurological function and localize brain injury in clients with TBI. Abnormal posturing indicates severe brain damage and may guide decisions regarding treatment and prognostication.
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. Assess palmar reflex. Assessing the palmar reflex helps evaluate the integrity of the nervous system, particularly in response to tactile stimuli. In clients with severe TBI, abnormal reflexes may indicate neurological impairment and guide further assessment and intervention.
B. Assess for cough reflex. Assessing the cough reflex is important for evaluating airway protection and the risk of aspiration, especially in clients with reduced consciousness level due to TBI.
C. Assess the ability to follow simple commands. Assessing the client's ability to follow simple commands provides valuable information about their level of consciousness and cognitive function. It helps determine the extent of neurological impairment and guides the plan of care, including interventions for communication and cognitive deficits.
D. Assess for Cushing's Triad. Cushing's Triad, characterized by hypertension, bradycardia, and irregular respirations, may occur as a late sign of increased intracranial pressure (ICP) in clients with severe TBI. Monitoring for Cushing's Triad is crucial for early recognition of elevated ICP and prompt intervention to prevent further neurological damage.
E. Assess for abnormal posturing. Assessing for abnormal posturing, such as decerebrate or decorticate posturing, helps evaluate neurological function and localize brain injury in clients with TBI. Abnormal posturing indicates severe brain damage and may guide decisions regarding treatment and prognostication.
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. Decrease sedation.
Decrease sedation: Decreasing sedation may help reduce intracranial pressure (ICP) by allowing the client to have a more responsive level of consciousness. However, it is not a direct treatment for brain herniation. Sedation reduction should be done cautiously to prevent agitation and further increases in ICP.
B. Hyperventilate the client.
Hyperventilate the client: Hyperventilation is a temporary intervention used to reduce intracranial pressure by inducing cerebral vasoconstriction, which decreases cerebral blood flow and intracranial volume. However, it is typically reserved for acute situations and is not considered a definitive treatment for brain herniation. Prolonged or excessive hyperventilation can lead to cerebral ischemia and should be used cautiously.
C. Lower blood pressure.
Lower blood pressure: Lowering blood pressure may help reduce cerebral perfusion pressure, which can mitigate the risk of further brain injury during herniation. However, lowering blood pressure alone is not a direct treatment for brain herniation. It may be part of the overall management strategy to prevent secondary injury.
D. Reduce the temperature in the room.
Reduce the temperature in the room: Reducing the temperature in the room, or therapeutic hypothermia, is sometimes used in the management of elevated intracranial pressure and brain injury. Lowering body temperature can reduce metabolic demands and cerebral edema, thereby lowering intracranial pressure. However, it is not a direct treatment for brain herniation and should be implemented cautiously to prevent complications such as shivering and hypotension.
Full Explanation
A. Decrease sedation: Decreasing sedation may help reduce intracranial pressure (ICP) by allowing the client to have a more responsive level of consciousness. However, it is not a direct treatment for brain herniation. Sedation reduction should be done cautiously to prevent agitation and further increases in ICP.
B. Hyperventilate the client: Hyperventilation is a temporary intervention used to reduce intracranial pressure by inducing cerebral vasoconstriction, which decreases cerebral blood flow and intracranial volume. However, it is typically reserved for acute situations and is not considered a definitive treatment for brain herniation. Prolonged or excessive hyperventilation can lead to cerebral ischemia and should be used cautiously.
C. Lower blood pressure: Lowering blood pressure may help reduce cerebral perfusion pressure, which can mitigate the risk of further brain injury during herniation. However, lowering blood pressure alone is not a direct treatment for brain herniation. It may be part of the overall management strategy to prevent secondary injury.
D. Reduce the temperature in the room: Reducing the temperature in the room, or therapeutic hypothermia, is sometimes used in the management of elevated intracranial pressure and brain injury. Lowering body temperature can reduce metabolic demands and cerebral edema, thereby lowering intracranial pressure. However, it is not a direct treatment for brain herniation and should be implemented cautiously to prevent complications such as shivering and hypotension.
A nurse is preparing to administer medications to a client who has pericarditis. Which of the following medications should the nurse anticipate administering to this client? (Select All That Apply)
A. Colchicine
Colchicine:Colchicine is commonly used in the treatment of pericarditis, especially in cases of recurrent or refractory pericarditis.It helps reduce inflammation and alleviate symptoms by inhibiting the migration of neutrophils to the inflamed pericardium.Colchicine is often used in conjunction with nonsteroidal anti-inflammatory drugs (NSAIDs) or corticosteroids for the management of pericarditis.
B. Acetaminophen
Acetaminophen:Acetaminophen is a pain reliever and fever reducer commonly used to manage mild to moderate pain associated with various conditions, including pericarditis.While acetaminophen may provide symptomatic relief, it is not typically considered a primary treatment for pericarditis, especially in cases of severe or recurrent pericarditis.
C. Indomethacin
Indomethacin:Indomethacin is a nonsteroidal anti-inflammatory drug (NSAID) that can help reduce inflammation and relieve pain associated with pericarditis.NSAIDs are often used as first-line therapy for acute pericarditis to alleviate symptoms such as chest pain and fever.However, caution should be exercised when using NSAIDs in certain populations, such as older adults or those with preexisting gastrointestinal or renal conditions.
D. Amiodarone
Amiodarone:Amiodarone is an antiarrhythmic medication used to treat various types of arrhythmias, including ventricular arrhythmias and atrial fibrillation.While pericarditis may lead to certain arrhythmias, such as atrial fibrillation, amiodarone is not a first-line treatment for pericarditis itself.However, it may be used in cases where pericarditis is complicated by arrhythmias or concomitant cardiac conditions.
E. Nitroglycerine
Nitroglycerine is a vasodilator medication commonly used to treat angina and heart failure. While pericarditis may cause chest pain similar to angina, nitroglycerine is not typically used as a primary treatment for pericarditis. In fact, nitroglycerine may exacerbate symptoms of pericarditis by causing venodilation and increasing cardiac preload.
Full Explanation
A. Colchicine:
Colchicine is commonly used in the treatment of pericarditis, especially in cases of recurrent or refractory pericarditis.
It helps reduce inflammation and alleviate symptoms by inhibiting the migration of neutrophils to the inflamed pericardium.
Colchicine is often used in conjunction with nonsteroidal anti-inflammatory drugs (NSAIDs) or corticosteroids for the management of pericarditis.
B. Acetaminophen:
Acetaminophen is a pain reliever and fever reducer commonly used to manage mild to moderate pain associated with various conditions, including pericarditis.
While acetaminophen may provide symptomatic relief, it is not typically considered a primary treatment for pericarditis, especially in cases of severe or recurrent pericarditis.
C. Indomethacin:
Indomethacin is a nonsteroidal anti-inflammatory drug (NSAID) that can help reduce inflammation and relieve pain associated with pericarditis.
NSAIDs are often used as first-line therapy for acute pericarditis to alleviate symptoms such as chest pain and fever.
However, caution should be exercised when using NSAIDs in certain populations, such as older adults or those with preexisting gastrointestinal or renal conditions.
D. Amiodarone:
Amiodarone is an antiarrhythmic medication used to treat various types of arrhythmias, including ventricular arrhythmias and atrial fibrillation.
While pericarditis may lead to certain arrhythmias, such as atrial fibrillation, amiodarone is not a first-line treatment for pericarditis itself.
However, it may be used in cases where pericarditis is complicated by arrhythmias or concomitant cardiac conditions.
E. Nitroglycerine:
Nitroglycerine is a vasodilator medication commonly used to treat angina and heart failure.
While pericarditis may cause chest pain similar to angina, nitroglycerine is not typically used as a primary treatment for pericarditis.
In fact, nitroglycerine may exacerbate symptoms of pericarditis by causing venodilation and increasing cardiac preload.
The nurse is providing care to a client who has survived cardiac arrest Which of the following manifestations should alert the nurse to the development of PCAS?
A. Decreased circulation to the kidneys
Decreased circulation to the kidneys: Post-cardiac arrest syndrome (PCAS) is a constellation of systemic ischemia/reperfusion injury responses that occur after return of spontaneous circulation (ROSC) following cardiac arrest. One of the manifestations of PCAS is decreased circulation to the kidneys due to the systemic hypoperfusion that occurs during cardiac arrest and the subsequent reperfusion injury that follows ROSC. This can lead to acute kidney injury (AKI) in some cases.
B. Increased mental capacity
Increased mental capacity: While it is crucial to monitor neurological status after cardiac arrest, an immediate increase in mental capacity is not typically indicative of PCAS. Rather, neurological assessment may involve evaluating for signs of brain injury or dysfunction, which can include altered mental status, confusion, or neurological deficits.
C. Improving respiratory function
Improving respiratory function: Improvement in respiratory function after cardiac arrest is a positive sign but may not necessarily indicate the development of PCAS. PCAS primarily involves systemic responses to the ischemia/reperfusion injury that occurs during and after cardiac arrest, rather than isolated respiratory changes.
D. Improvement in heart rate and blood pressure
Improvement in heart rate and blood pressure: Improvement in heart rate and blood pressure after cardiac arrest is generally expected with successful resuscitation efforts. However, these improvements alone may not necessarily indicate the development of PCAS. PCAS involves a broader range of systemic responses beyond just cardiac and hemodynamic changes.
Full Explanation
A. Decreased circulation to the kidneys: Post-cardiac arrest syndrome (PCAS) is a constellation of systemic ischemia/reperfusion injury responses that occur after return of spontaneous circulation (ROSC) following cardiac arrest. One of the manifestations of PCAS is decreased circulation to the kidneys due to the systemic hypoperfusion that occurs during cardiac arrest and the subsequent reperfusion injury that follows ROSC. This can lead to acute kidney injury (AKI) in some cases.
B. Increased mental capacity: While it is crucial to monitor neurological status after cardiac arrest, an immediate increase in mental capacity is not typically indicative of PCAS. Rather, neurological assessment may involve evaluating for signs of brain injury or dysfunction, which can include altered mental status, confusion, or neurological deficits.
C. Improving respiratory function: Improvement in respiratory function after cardiac arrest is a positive sign but may not necessarily indicate the development of PCAS. PCAS primarily involves systemic responses to the ischemia/reperfusion injury that occurs during and after cardiac arrest, rather than isolated respiratory changes.
D. Improvement in heart rate and blood pressure: Improvement in heart rate and blood pressure after cardiac arrest is generally expected with successful resuscitation efforts. However, these improvements alone may not necessarily indicate the development of PCAS. PCAS involves a broader range of systemic responses beyond just cardiac and hemodynamic changes.