Part 9:Post Cardiac Arrest Care Flashcards

0
Q

What are the initial objectives of post-cardiac arrest care according to AHA 2010?

A

Optimize cardiopulmonary function and vital organ perfusion

Transport to appropriate hospital with comprehensive post-cardiac arrest treatment system

Transport in-hospital post-cardiac arrest patient to an appropriate critical care unit

Try to identify and treat the precipitating causes of the arrest and prevent recurrent arrest

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0
Q

When can fluid boluses be considered in post-cardiac

arrest?

A

Hypotension (BP < 90mmHg)

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1
Q

What should a practitioner look for on a 12 ECG before or following cardiac arrest?

A

ST elevation or new or presumably new LBB

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2
Q

In post cardiac management, how should the inspired

oxygen be titrated to avoid potential oxygen toxicity?

A

To the lowest level required to achieve an arterial oxygen

saturation of >= 94%

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3
Q

What is the most common cause of cardiac arrest in an

adult overall according to AHA 2010?

A

Cardiovascular disease

Coronary ischemia

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4
Q

What should rescuers or long-term hospital providers

avoid in terms of airway management during post cardiac

arrest management according to AHA 2010?

A
  • Avoid using ties that pass circumferentially around the patient’s neck, potentially obstructing venous return from brain
  • They should elevate the head of the bed 30degrees if tolerated to reduce the incidence of cerebral oedema,aspiration and ventilatory-associated pneumonia
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5
Q

Which drug should adrenergic drugs not be mixed with

and why?

A

Sodium Bicarbonate, or other alkaline solutions because there is evidence that adrenergic agents are inactivated in alkaline solutions.

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7
Q

What are the clinical manifestations of post-cardiac arrest

brain injury according to AHA 2010?

A
  • Coma
  • Seizures
  • Myoclonus
  • Various degrees of neurocognitive dysfunction
  • Brain death
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8
Q

What are the strategies that can improve pulmonary

function and PaCO2 while the practitioner is determining

the pathophysiology of the pulmonary dysfunction?

A
  • PEEP, a lung-protective strategy for mechanical ventilation, and
  • titrated FiO2
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9
Q

What are the common causes of pulmonary dysfunction

after cardiac arrest?

A
  • Hydrostatic pulmonary oedema from left ventricular dysfunction
  • Noncardiogenic oedema from inflammatory, infective, or physical injuries
  • Severe pulmonary atelectasis
  • Aspiration occurring during cardiac arrest or resuscitation
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10
Q

What should a correct placement of advanced airway be monitored with?

A

Waveform capnography

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11
Q

What should be the HGT target for post-cardiac arrest patient?

A

8 to 10mmol/L

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12
Q

What is the minimum systolic BP that should be achieved when titrating administration of adrenaline?

A

Systolic BP >=90mmHg or MAP >=65mmHg

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13
Q

What are the subsequent objectives of post-cardiac arrest care?

A

Control of body temperature to optimize survival and neurological recovery Identify and treat acute coronary syndrome (ACS) Optimise mechanical ventilation to minimize lung injury Reduce the risk of multi-organ injury and support organ function if required Objectively assess prognosis for recovery Assist survivors with rehabilitation services when required

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14
Q

What precipitating causes of cardiac arrest should receive attention in cardiac or post-cardiac arrest?

A

H’ and T’ Hypovolemia, Hypoxia, Hydrogen ion (acidosis), Hyper/hypokalemia, Moderate to severe Hypothermia Toxins Tamponade (cardiac) Tension pneumothorax Thrombosis of the coronary or pulmonary vasculature

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16
Q

What is the recommended ventilation rate in post-cardiac arrest

A

Start 10-12b/min and titrate to achieve a PETCO2 of 35-40mmHG or a PaCO2 of 40 to 45mmHg

17
Q

Why should hyperventilation or “overbagging” the patient be avoided after cardiac arrest?

A

Hyperventilation increases intrathoracic pressure and inversely lowers cardiac output It will cause decrease in PaCO2 and therefore also potentially decrease cerebral blood flow directly

18
Q

What should the adjustment of mechanical ventilatory support be based on?

A

Measured oxyheamoglobin saturation Blood gas values Minute ventilation Patient-ventilatory synchrony