basic life support algorithm

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Basic Life Support Obtained from the American Heart Association

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Page 1: Basic Life Support Algorithm

Basic Life SupportObtained from the American Heart Association

Page 2: Basic Life Support Algorithm

Basic Life Support

“… the preservation or restoration of life by the establishment and/or the

maintenance of airway, breathing and circulation, and related emergency care. It’s a temporary measure to

maintain ventilation and circulation.”

Page 3: Basic Life Support Algorithm

Basic Life Support

AIM:To provide adequate myocardial and

cerebral oxygenation until defibrillation, persons trained in

ACLS and equipment are available

Page 4: Basic Life Support Algorithm

Importance• Sudden cardiac arrest

– Leading cause of death in United States

• Presents as ventricular fibrillation (VF)

• Victims can survive if bystanders act immediately while VF is still present, but once the rhythm deteriorates to asystole, successful resuscitation is unlikely

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Chain of survival

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Chain of survival

Early recognition of the emergency and activation of the emergency medical services (EMS) or local emergency

response system

Page 7: Basic Life Support Algorithm

Chain of survival

Early bystander CPR

Page 8: Basic Life Support Algorithm

Chain of survival

Early delivery of a shock with a defibrillator

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Chain of survival

Early advanced life support followed by post-resuscitation care delivered by healthcare providers

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• Ensure that the scene is safe

• Tap the victim on the shoulder

• “hey, hey, hey are you okey?”

Check for response

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• Lone rescuer: activate the EMS system and return to the victim to provide CPR

• 2 or more rescuers: one should begin the steps of CPR while a second rescuer activates the EMS system

Activate the EMS System

Page 13: Basic Life Support Algorithm

• Supine position• Head tilt or chin lift

method• Jaw thrust: suspected

victims of cervical spine injury

Open AIRWAY

Page 14: Basic Life Support Algorithm

• Maintain an open airway

• look, listen, and feel for breathing for less than 10 seconds

• Give 2 RESCUE BREATHS– Each over 1 second– Enough volume to

produce visible chest rise

Check BREATHING

Page 15: Basic Life Support Algorithm

Mouth-to-mouth breathing:• open the victim’s

airway• pinch the victim’s

nose• create an airtight

mouth-to-mouth seal • Give 1 breath over 1

second• Take a “regular”

breath• Give a second rescue

breath over 1 second

Check BREATHING

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• Maintain head tilt with one hand on forehead

• Feel for carotid pulse for less than 10 seconds

Check CIRCULATION (Pulse check)

WITH PULSE:• Give rescue

breaths at a rate of 10 to 12 breaths per minute or about 1 breath every 5 to 6 seconds

• reassess the pulse approximately every 2 minutes

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• Place the heel of the hand on the sternum in the center of the chest between the nipples

• Then place the heel of the second hand on top of the first

• Position shoulder over hands with elbows locked and arms straight

• Give 30 compressions

Chest Compression

Page 18: Basic Life Support Algorithm

Compress at a rate of about 100 compressions per minute

Compression depth of 1 1⁄2 to 2 inches (approximately 4 to 5 cm)

Allow the chest to recoil completely after each compression

Minimize interruptions in chest compressions

Chest Compression

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• Adults: 30:2• Infants and children: 15:2

Compression-Ventilation Ratio

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• Chest compressions: give continuously at a rate of 100 per minute

• Ventilation: provides 8 to 10 breaths per minute

• Change compressor and ventilator roles approximately every 2 minutes – To prevent compressor fatigue and

deterioration in quality and rate of chest compressions

If advanced airway is present…

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Ventricular fibrillation

Pulseless ventricular tachycardia

Defibrillator

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If shockable …

• Give 1 shock• Resume CPR immediately for five cycles

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If not shockable …

• Resume CPR immediately for five cycles• Check rhythm every 5 cycles• Continue until ALS providers take over

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Place the patient in a safe environment, away from pooled water or metal surface

Turn on defibrillator Select energy level:

200J (biphasic)360J (monophasic)

Charge the capacitator Ensure proper

placement of electrodes on the chest

Defibrillator

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• Paddle position:– Apex: left

midaxillary line to the left of the nipple

– Right parasternal infraclavicular area

Defibrillation

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• Make sure no personnel are directly or indirectly in contact with the patient

• “1 - I’m clear, 2 – you’re clear, 3 – everybody’s clear!!!”

• Deliver the electric shock by depressing both discharge buttons simultaneously

Defibrillation

Page 27: Basic Life Support Algorithm

• For unresponsive adult victims who have normal breathing and effective circulation

• To maintain a patent airway and reduce the risk of airway obstruction and aspiration

• Victim is placed on his or her side with the lower arm in front of the body

Recovery Position

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When to stop CPR?

• More than 30 minutes of CPR without return to spontaneous circulation

• Asystole more than 10 minutes• Principle of patient autonomy,

advance directive, living with DNR