Test #2 Flashcards
Cognitive impairment, memory loss, difficulty with problem-solving, disruption of cellular function and blood vessel damage, seizure, loss of sensation and cognition difficulties
TBI complications
Volume status, ensuring proper ventricularostomy transducer levels, limited endotracheal suctioning, elevate head a bed 30°, manage sedation
increased ICP interventions
Decrease cerebral perfusion interventions
Maintain adequate mean arterial pressure MAP, lower ICP, regulate restriction and dilation of blood vessels
Abnormal posturing, Cushing triad, cough, reflex, and ability to follow simple commands, assess cranial nerves
Plan of care for a patient with TBI
A nurse teaching students about TBI should include these risk factors
Sports related injuries, falls, violence
Elevate head of bed 30°, maintain neck and midline position, maintenance of ventriculostomy at the correct position, maintain enteral feedings, administration of pain medication
Interventions for patient with TBI
Stroke that occurs when blood leak enter to the space between the brain and thin membranes that cover it
Subarachnoid hemorrhage SAH
Medication’s for SAH that can cause a patient to fall
Blood pressure medication- lisinopril, amlodipine
Antipsychotic- olanzapine
Antidepressants-citalopram
Medication for SAH and ICP
Antidiuretic- mannitol
Administer hypertensive and maintain blood pressure under 160 mmHg
Interventions for SAH
CT angiography
will diagnose any decrease blood flow related to Vasopasm
Cushing’s triad symptoms
Hypertension, bradycardia, irregular respirations with episodes of apnea, widening pulse pressure, shallow breathing, can lead to brainstem herniation
Hyperventilate the patient and IV fluids
Brain herniations
Bruising behind the eyes,ears, blood pooling in the eardrum
Basilar skull fracture
Progressive neurodegenerative disease that develops after repeated head injuries
Chronic traumatic encephalopathy
Coup
Brain injury that occurs directly under the point of impact to the skull
Contrecoup
Bring injury that occurs on the opposite side of the skull from the impact due to the brain rebounding and hitting the skull again
Inflammation of the membranes that cover the brain and spinal cord
Can cause cerebral edema
Bacterial and viral infection
Meningitis
Damage to the nerves outside the brain and spinal cord
Patients with diabetes are at risk if they do not control
Peripheral neuropathy
Chronic migraine, headache
Persistent headaches that occur for 15 days per month for more than three months
Vasogenic cerebral edema
Brain cell that occurs when the blood brain barrier becomes damage
Stroke risk factors
Smoking, high blood pressure, obesity, diabetes
Parkinson’s disease risk factors
environmental exposure-job air pollution
Lifestyle -smoking, heavy alcohol use