Stroke Flashcard 4
Rationale
B. Rationale: Fibrinolytic therapy should be provided to eligible patients within 3 hours of symptom onset and 1 hour of ED arrival.
Question
Initiation of fibrinolytic therapy should occur within _____hours of symptom onset.
A. 8
B. 3
C. 12
D. 4
Answer
B. 3
Rationale
B. Rationale: The most important question is, “When was the last time you saw the patient acting normally?” The answer to this question establishes time zero and will determine whether the patient is a candidate for fibrinolytic therapy if he has had an ischemic stroke.
Question
Paramedics are called to the home of a man who was found in bed with symptoms of stroke. The most important question to ask the patient’s family is:
A. Does the patient have insurance?
B. When was the last time you saw the patient acting normally?
C. Does the patient have any health problems we should be aware of?
D. Do you have a preference as to which hospital we take the patient to?
Answer
B. When was the last time you saw the patient acting normally?
Rationale
C. Rationale: All of these are possible signs of stroke. Other signs may include dizziness or loss of balance/coordination, vision difficulties in one or both eyes, and sudden weakness/numbness of the face, arm, or leg (especially on one side of the body).
Question
Signs of a possible stroke may include:
A. Sudden severe headache with no known cause
B. Sudden trouble walking
C. All of these
D. Trouble speaking or understanding
Answer
C. All of these
Rationale
D. Rationale: The 8 D’s of stroke care remind us of the major steps in diagnosing and treating stroke, and they identify the key points at which delays in treatment can occur. The 8 D’s are detection (recognition of stroke); dispatch (early dispatch of EMS); delivery (EMS identification, treatment, and transport to hospital); door (appropriate triage to a stroke center); data (triage, evaluation, and management in the ED); decision (therapy selection); drug (fibrinolytic therapy or intra-arterial strategies); and disposition (admission to stroke unit or CCU). All of these steps should be performed as rapidly as possible.
Question
The 8 D’s of stroke care include:
A. Dispatch, delivery, and dead
B. Door, data, and defibrillation
C. Detection, dispatch, and dopamine
D. Detection, decision, and drug
Answer
D. Detection, decision, and drug
Rationale
B. Rationale: The 8 Ds of stroke care is a must-know topic in the diagnosis and management of stroke patients.
Question
The 8 Ds of stroke care is a mnemonic that showcases the major steps in the diagnosis and treatment of stroke. What does the DELIVERY step pertain to in the diagnosis and management of stroke?
a. Rapid recognition of stroke symptoms
b. Rapid EMS identification, management, and transport
c. Early activation and dispatch of EMS by 9-1-1
d. Appropriate triage to stroke center
Answer
b. Rapid EMS identification, management, and transport
Rationale
B. Rationale: Detection pertains to the recognition of the stroke symptoms. Data is the rapid triage, evaluation, and management in the emergency department. Delivery is the EMS identification of stroke symptoms and transport of the patient to a suitable stroke facility. Disposition is the admission of the patient to an acute stroke unit or intensive care unit.
Question
The 8 Ds of stroke care represent the diagnosis, treatment, and potential delays in stroke management. Which D pertains to the recognition of stroke symptoms?
a. Data
b. Detection
c. Delivery
d. Disposition
Answer
b. Detection
Rationale
C. Rationale: Superior outcomes can be difficult to replicate in hospitals with less experience in and institutional commitment to acute stroke care.
Question
The AHA and stroke guidelines recommend giving IV rtPA to patients with acute ischemic stroke if:
a. The rtPA is available
b. The institution can identify the NINDS eligibility criteria
c. The institution has a rigorous protocol with comprehensive stroke care and rehabilitation
d. The rtPA is given by a neurologist
Answer
c. The institution has a rigorous protocol with comprehensive stroke care and rehabilitation
Rationale
D. Rationale: The Cincinnati Stroke Scale identifies stroke using three physical findings: facial droop, arm drift, and abnormal speech. The presence of 1 finding has a sensitivity of 59% and a specificity of 89% when scored by prehospital providers.
Question
The Cincinnati Prehospital Stroke Scale identifies stroke based on which of the following three findings?
A. Abnormal speech, abnormal gait, and facial droop
B. Arm drift, abnormal gait, and abnormal speech
C. One-sided weakness, facial droop, and arm drift
D. Facial droop, arm drift, and abnormal speech
Answer
D. Facial droop, arm drift, and abnormal speech
Rationale
C. Rationale: The Cincinnati Prehospital Stroke Scale includes three criteria and should be performed by all EMS personnel, who should be trained to recognize stroke in accordance with the AHA guidelines.
Question
The Cincinnati Prehospital Stroke Scale:
a. Includes 4 criteria
b. Should only be performed by specially trained EMS personnel
c. Has a sensitivity of 61–66% for EMS with standard training in stroke recognition
d. All of the above
Answer
c. Has a sensitivity of 61–66% for EMS with standard training in stroke recognition
Rationale
C. Rationale: The first critical decision point in the ACLS suspected stroke algorithm is the performance and assessment of a non-contrast CT to determine the type of stroke experienced. General assessment and stabilization are performed for all patients. Consideration for fibrinolytic therapy and discussion of risks and benefits occur later for patients identified as having had an ischemic stroke.
Question
The first critical decision point in the ACLS suspected stroke algorithm is:
A. Consideration for fibrinolytic therapy
B. General assessment and stabilization of the patient
C. Performance and assessment of a non-contrast CT to differentiate between hemorrhagic and ischemic stroke
D. Review of risks and benefits of fibrinolytic therapy with patient and/or family
Answer
C. Performance and assessment of a non-contrast CT to differentiate between hemorrhagic and ischemic stroke