Resuscitation Guidelines

On October 18th the European Resuscitation Council and the Resuscitation Council (UK) jointly published the new Resuscitation Guidelines 2010.  There are no major changes to the 2005 guidelines, although there are some subtle, yet very important amendments that reflect the latest scientific evidence available on resuscitation.

Here is a summary of the changes to the Basic Life Support Guidelines:

1) When obtaining help, ask for an Automated External Defibrillator (AED) if one is available.

AEDs are becoming more and more widespread in public places and in the emergency services. An AED should be viewed as a standard piece of first aid equipment and remains the single biggest factor in survival rates of sudden cardiac arrest. In the UK approximately 30,000 people sustain cardiac arrest outside of hospital each year. The chances of survival decline at a rate of about 10% with every 1 minute delay in providing a defibrillation shock.

The new guidelines say that ‘training in the use of an AED is desirable but not essential’. Attempting to use an AED without prior training is likely to result in a better outcome than CPR alone (and the machines are very safe), although chances of survival can be increased significantly if training is provided, as this is likely to reduce interruptions in chest compressions and reduce the time taken to deliver the first shock.

2) Compress the chest to a depth of 5–6cm and at a rate of 100–120 per minute.

Previous guidelines indicated a depth of 4-5cm at a rate of 100 per minute. The changes reflect evidence that chest compressions, both inside and outside hospital are often undertaken at insufficient depth and at the wrong rate, both of which are associated with reduced survival rates. In theory, ‘pushing harder’ will improve on the actual depth achieved.

Interestingly, studies have shown that untrained laypeople generally deliver chest compressions too slow, whereas medical professionals tend to deliver compressions too fast. If chest compressions are delivered outside the new guideline rates of 100 to 120 per minute, coronary perfusion drops significantly.

3) Give each breath over 1 second rather than 2 seconds.

This is not actually a change, as the 2005 guidelines also indicated ‘take about 1 second to make the chest rise’, though the Resus Council (UK) have indicated this as one of the changes. It is likely that this is to further highlight the importance of minimising interruptions in chest compressions, which commonly happen and are associated with a reduced chance of survival.

4) Do not stop to check the victim or discontinue CPR unless the victim starts to show signs of regaining consciousness, such as coughing, opening his eyes, speaking or moving purposefully AND starts to breathe normally.

The 2005 guidelines indicated stopping if ‘normal breathing’ resumed – which often resulted in rescuers interrupting chest compressions to confirm. The new guidance advocates stopping only if you see signs of the victim regaining consciousness. Note the terminology ‘moving purposefully’ – which excludes anoxic convulsions or spasms that can happen normally during a cardiac arrest.  This again reflects the need to prevent unnecessary interruptions in chest compressions, but also highlightsthe need to understand about ‘agonal gasps’ (see below).

 5) CPR by laypeople should have an emphasis on chest compression, but include ventilation as the standard, particularly for those with a duty of care.

This is a welcome clarification that teaching rescue breaths is necessary. ‘Those with a duty of care’ includes: workplace first aiders, those who work with children, lifeguards etc.

There is a subtle but significant change in the guidance on when to give CHEST COMPRESSIONS ONLY:

  • The 2005 Guidelines said to give compressions only CPR ‘if you are unwilling or unable to give rescue breaths…’
  • In the new 2010 guidelines this has changed to ‘if you are not trained to, or are unwilling to give rescue breaths…’

This makes it clear that if you are not trained in CPR, chest compressions only is better than no CPR at all, though victims of drowning and children will have little or no oxygen in the blood at the point of cardiac arrest, so for these casualties rescue breaths are essential. Even with a cardiac arrest of cardiac origin (caused by a heart attack) the residual oxygen in the blood will last 5 minutes at the longest. Even with an open airway (the patency of which can only really be tested by giving a rescue breath!) the air drawn in and out of the lungs by chest compressions alone is not sufficient to oxygenate the lungs because of the ‘dead air space’ in the airways.

Studies on telephone CPR (advice given over the phone, not doing CPR with a telephone!) have shown how attempting to give rescue breaths when the layperson has not received prior training leads to considerable interruptions in chest compressions. Therefore chest compression only CPR is the preferred option if someone has NOT received full training in CPR.

 6) Agonal gasps.

Around 40% of cardiac arrest victims gasp initially in the first few minutes of cardiac arrest. These are called ‘agonal gasps’ and are often mistaken for breathing, so CPR is not started. The new guidelines say ‘it should be emphasised during training that agonal gasps occur commonly in the first few minutes after sudden cardiac arrest; they are an indication for starting CPR immediately and should not be confused with normal breathing.’

If you would like to learn more about agonal gasps, go to and check out their videos on agonal breathing.

Paediatric Guidelines – A note to avoid confusion

The paediatric guidelines for laypeople / first aiders remain unchanged. The Resus Council (UK) website may cause some confusion if you go to the ‘paediatric basic life support’ section, as this section advocates a compression/breaths ratio of 15:2. This guidance is only for “Health Care Professionals with a Duty to Respond”

The definition of “Health Care Professionals with a Duty to Respond” has previously been clarified by the Resus Council (UK) as “Nurses, Doctors, Ambulance Crews or other medical professionals who, as their everyday job would expect to perform paediatric resuscitation”. It was further clarified that this does not include general nurses, GPs, first aiders, teachers or childminders.

The correct section to look at for first aiders/childminders is actually at the end of the Adult Basic Life Support Guidelines, under the heading ‘Resuscitation of children and victims of drowning’.


 The Resuscitation Council (UK) gives the following advice on implementation:

“It will take time for courses and training materials to be updated and for this change in practice to be disseminated to healthcare professionals and laypeople by resuscitation trainers. As this transition is made there will inevitably be some variation in practice between individuals and healthcare organisations. Healthcare organisations should implement those components of Guidelines 2010 relevant to them by the end of 2011.

Guidelines 2010 do not define the only way that resuscitation should be achieved; they merely represent a widely accepted view of how resuscitation can be undertaken both safely and effectively. The publication of new treatment recommendations does not imply that current clinical care is either unsafe or ineffective.”

The full Resuscitation Guidelines 2010, including references to research can be found at

What Is Cardiopulmonary Resuscitation?

Many people have heard the term Cardiopulmonary Resuscitation (CPR) but are not sure of what exactly it is is and how to apply it in a medical emergency. So what is Cardiopulmonary Resuscitation? We will provide some basic information to help you understand the basic principles involved in CPR.

Every five years the Resuscitation Council in the UK reviews research and current practice and then makes recommendations on the practice of CPR techniques. This approach ensures that the best and most informed techniques are kept updated on how CPR and other techniques can be used to help people whose heart or breathing has failed.

Why CPR is important?
In the UK cardiac arrests less than 10 per cent of casualties survive to leave hospital. However, this figure could be dramatically improved if more people were aware of how to provide CPR.

What are the basics of CPR?

Recovery Position
When should you put someone in to the recovery position?
When they are unconscious and breathing normally.

How do you know if someone is unconscious?
They are not responding to any verbal or painful stimuli which you have given them. You would know this by doing the A.V.P.U scale (Alert, verbal, pain, unresponsive)


When should you give C.P.R?
When someone is unconscious and they are not breathing normally.

When should you stop C.P.R?
When the ambulance arrives and the paramedics are ready to take over, if you are physically exhausted and you can no longer continue, if your casualty shows signs of recovery, or if the situation changes and you are now in immediate danger.

At what point should you ring 999 if you need to give C.P.R?
As soon as you realise the casualty is unconscious and not breathing normally (before you start the chest compressions)

What if you break a rib?
The most common area to become fractured during C.P.R is actually the sternum. If you think you may have fractured the casualty’s ribs/sternum just stop, make sure your hands are in the centre of the chest and carry on as it’s more important there is oxygenated blood circulating than the ribs/sternum are intact.

What happens if you blow too much air in to the casualty when you are giving rescue breaths?
The casualty may vomit as air may become forced in to the stomach. In which case you need to turn them on to their side towards you so the vomit can drain out and you can see the airways. Then put them back on the back and re check airways and breathing.

What if you can’t give mouth to mouth or mouth to nose?
If you are unable or unwilling to give rescue breaths, you can give chest compression only C.P.R. Chest compression only C.P.R is effective for a limited period only and is not recommended as standard management for C.P.R.