The nurse should identify that the client's rigid skull prevents expansion. An increase in edema and bleeding from the head injury against the rigid skull results in an increase in ICP
A
The client’s pupils are dilated
B
The client’s serum osmolality is 310 osm/L
C
The client’s heart rate is 56/min
D
The client is restless
Mannitol is an osmotic diuretic used to reduce cerebral edema by drawing water out of the brain tissue. A serum osmolarity of 310 mOsm/L is desired. A decrease in cerebral edema should result in a decrease in ICP.
A
Dilated pupils
B
Halo sign
C
Periorbital edema
D
Battle's sign
Dilated pupils can indicate that intracranial pressure is increasing. This finding should be reported to the provider immediately.
A
Administered PRN dose of a vasopressor
B
Administer 2 L of oxygen
C
Remove extra blankets and give the patient a cool bath
D
Perform suctioning
It is important to monitor the patient for hyperthermia (a fever). A fever increases ICP and cerebral blood volume, and metabolic needs of the patient. The nurse can administer antipyretics per MD order, remove extra blankets, decrease room temperature, give a cool bath or use a cooling system. Remember it is important to prevent shivering (this also increases metabolic needs and ICP)
A
BP 150/112, HR 110, RR 8
B
BP 80/40, HR 49, RR 12
C
BP 90/60, HR 80, RR 22
D
BP 200/60, HR 50, RR 8
These vital signs represent Cushing's triad. There is an increase in the systolic pressure, widening pulse pressure of 140 (200-60=140), bradycardia, and bradypnea.
A
Posturing
B
Vomiting
C
Headache
D
Change in level of consciousness
The earliest sign of increasing intracranial pressure (ICP) is a change in level of consciousness. Other manifestations of increasing ICP are vomiting, headache, and posturing.
A
Shrivering
B
Cool, dry skin
C
Urine output of 100 mL/hr
D
Capillary refill of 2 seconds
Shivering can increase intracranial pressure by increasing vasoconstriction and circulating catecholamines. Shivering also increases oxygen consumption. A capillary refill of 2 seconds, urine output of 100mL/hr, and cool, dry skin are expected findings.
A
Avoiding flexion of the neck with use of a cervical collar
B
Rotating the neck to the far right with neck support
C
Extreme hip flexion, with the hip supported by pillows
D
Keeping the head flat, avoiding the use of a pillow
se of a cervical collar promotes venous drainage and prevents jugular vein distortion, which can increase ICP. Slight elevation of the head is maintained to aid in venous drainage unless otherwise prescribed. Extreme rotation of the neck is avoided because compression or distortion of the jugular veins increases ICP. Extreme hip flexion is avoided because this position causes an increase in intra-abdominal pressure and intrathoracic pressure, which can produce a rise in ICP.
A
Slow speech
B
Altered respiratory patterns
C
Irritability
D
Headache
Altered respiratory patterns are late signs of increased ICP and may indicate pressure or damage to the brainstem. Headache, irritability, and any change in LOC are early signs of increased ICP. Speech changes, such as slowed speech or slurring, are also early signs of increased ICP
A
Coughing
B
Sneezing
C
Valsalva Maneuver
D
Keeping head above 30-35%
*Coughing, sneezing, talking, and valsalva manuver can increase intracranial pressure
A
Monitor fluid and electrolyte status carefully.
B
Administer vasoconstrictors to maintain cerebral perfusion.
C
Position the patient in a high Fowler's position
D
Maintain physical restraints to prevent episodes of agitation.
Fluid and electrolyte disturbances can have an adverse effect on ICP and must be monitored vigilantly. The head of the patient's bed should be kept at 30 degrees in most circumstances, and physical restraints are not applied unless absolutely necessary. Vasoconstrictors are not typically administered in the treatment of ICP.
A
CSF leakage from ears and nose
B
patency of of airway
C
presence of a neck injury
D
neurologic status with Glascow Coma Scale
*Maslow's hierarchy of needs (airway, breathing, and circulation)---hypoxia can increase ICP
A
Cluster nursing activities to provide periods of uninterrupted rest
B
Routinely suction to prevent accumulation of respiratory secretions
C
Avoid positioning the patient with neck and hip flexion
D
Maintain hyperventilation to a PaCO2 of 15-20mmHg
*Hip and neck flexion stops drainage. Elevate the HOB at least 30-45 degrees to reduce ICP & promote venous drainage
A
decrease noise level in client's room
B
suction endotracheal tube
C
elevate client's head on two pillows
D
administer stool softener
E
keep client well hydrated
*Decreasing the noise level and restriciting the number of people in the client's room can help prevent increases in ICP, administration of stool softener will decrease need to bear down during bowel mcvements (valsalva maneuver) which can increase ICP
A
hypotension
B
headache
C
decorticate posturing
D
dilated pupils
E
tachycardia
*headache, decorticate posturing, and dilated pupils are all expected findings of increased ICP
A
Blood pressure 110/70, pulse 76, respirations 40
B
Blood pressure 130/72, pulse 90, respirations 32
C
Blood pressure 148/78, pulse 112, respirations 28
D
Blood pressure 156/60, pulse 55, respirations 12
Systolic hypertension with widening pulse pressure, bradycardia, and respiratory changes represent Cushing's triad and indicate that the intracranial pressure (ICP) has increased
A
continue the exercises because they are necessary to maintain musculoskelet
B
use restraints to protect the patient from injury
C
administer CNS depressants to lightly sedate the patient
D
perform the exercises less frequently because posturing can increase ICP
*Perform exercises ess frequently because posturing can increase ICP
A
hyperglycemia
B
hyponatremia
C
oliguria
D
hypervolemia
A
glasglow scale
B
cranial nerve function
C
oxygen saturation
D
pupillary response
*Use airway, breathing, circulation priority setting framework. Brain tissue can only survive 3 minutes before permenant damage occurs.
A
Encourage family to visit and keep the client engaged in normal activities
B
Assess LOC, pupillary response, and neurologic status.
C
Maintain the head of the bed at 30 degrees.
D
Implement deep vein thrombosis prophylaxis.
E
Monitor ICP/cerebral perfusion pressure (CCP) as indicated.
A client with IICP requires an environment with reduced stimulation to help keep the pressure lowered; therefore, encouraging family to keep the client engaged in normal activities can worsen the client's condition.