Rank: Forum user
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Hi all, is there a requirement to carry out defib training at work?
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Rank: Super forum user
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Legal requirement?....Nope, not even a requirement to have one....but if you do have one it would make sense to do some training...else whats the point of having one :)
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Rank: Super forum user
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Resus Council says no. PUWER says yes.
Increasingly, first-aider training includes it by default.
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Rank: Super forum user
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The thing with it is that you cannot use it wrong if you follow the instructions and do what the machine says!
It really is pretty much foolproof!
I guess familiarisation with it or an introduction to it is the best thing to do!!
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Rank: Forum user
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Most first aid organisations run short courses on how to safely use a defib. As Ashley says above, they are pretty fool proof, but just be mindful of your environment e.g. dive boat carrying oxygen cylinders...
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Rank: Super forum user
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The use of a defib includes doing chest compressions....good luck getting that right without any prior training.
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Rank: Super forum user
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stonecold wrote:The use of a defib includes doing chest compressions....good luck getting that right without any prior training.
British Heart Foundation thinks it better that an untrained member of the public has a go rather than stands around with their hands in their pockets:
(though I'm not sure any first-aid trainer I've had would let that technique past)
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Rank: Super forum user
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We have 10 first aiders trained with AED- me being one of them. I would recommend some kind of training to get a feel for it and also because if more than one person attends the course it acts as a bit of support should it be required- even the most confident people can have their nerves shot to pieces in a bad situation. I am glad I have some other people I can look to should the AED ever be required at my work.
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Rank: Forum user
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Generally no training required as there have been no adverse events, so Resus council dropped this requirement. However if you are at work PUWER. requires training.
Speak to your local Heartstart scheme, they will come and train you for free (we accept token donations to cover consumables)
They will cover basic life support, control of life threatening bleeds, choking, unconscious casualty, and use of a defib.
It is FREE. I've trained hundreds as a Heartstart volunteer this year alone, ranging from brownies and cub scouts, to company MD's.
You have nothing to lose.
Learn to save a life, it's really easy!!!
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Rank: Super forum user
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Don't get carried away.
Very few victims survive.
And it doesn't get much better in hospital.
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Rank: Forum user
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The average overall survival to hospital discharge from 28 000 treated OHCA in England is 8.6%.1 This is significantly lower than for populations in other developed countries: North Holland 21%5, Seattle 20%6 and Norway 25%.3 Although these figures have to be interpreted with caution as there are some differences in the way that figures are presented, there is clear potential to improve survival rates in the UK.
We need to train people and catch up with Norway!!!
Phil
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Rank: New forum user
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As everyone has said no legal requirement, however if you pick the supplier of your equipment wisely they will do the training for free e.g. £1,200 AED with half day training for 12 people :-)
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Rank: Super forum user
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Quite surpised that some comments on here are that 'don't get carried away few survive' ....
Scenario - your mate/wife/partner has just collapsed in front of you and is having a heart attack do you A: Throw your hands in the air and say 'well few survive' so what... B: Start CPR and hope that a defib is available
Most people are scared of doing something wrong...so practice practice practice...
As HEO2 says , although he may be a buddle head, we have both trained and continue to train hundreds of volunteers and workforces in CPR and AED...and not sure about him but I have had 2 of the volunteers that I trained had thier PT survive...so it does work...the idea is how quickly you get the help..
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Rank: Super forum user
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SteveDM wrote:Quite surpised that some comments on here are that 'don't get carried away few survive' ....
Scenario - your mate/wife/partner has just collapsed in front of you and is having a heart attack do you A: Throw your hands in the air and say 'well few survive' so what... B: Start CPR and hope that a defib is available
Most people are scared of doing something wrong...so practice practice practice...
As HEO2 says , although he may be a buddle head, we have both trained and continue to train hundreds of volunteers and workforces in CPR and AED...and not sure about him but I have had 2 of the volunteers that I trained had thier PT survive...so it does work...the idea is how quickly you get the help..
I think the point is that altough Defibs are not legally required, if you have one you really need to have some personnel trained to use them. I think comment number 10 was pretty much the only post that didnt really take that view.
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Rank: Super forum user
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Phil,
Those percentages you quoted are interesting. Are they figures for out of hospital cardiac arrests? we have a 5% survival rate for out of hospital cardiac arrests in Ireland and I am interested that they can be so high in Norway!
Kevin
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Rank: Forum user
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So answer original question - if you have one best practice would suggest you train staff to use, some of our first aiders have had it covered in recent refresher sessions.
We were lucky enough to get a free train the trainer session from our local NHS, who will also allow us to use their training kits.
Survival chances from a Sudden Cardiac Arrest (SCA) decrease 10% every minute and as some emergency response times can be as much as 10 - 12 mins, we are a rural area, training staff can only be a good thing.
Our trainer was adamant that even an untrained person following the recorded instructions and using AED gave the victim a better chance of surviving.
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Rank: Forum user
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Sorry 'to answer' not 'so answer' - oh for an edit function
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Rank: Forum user
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Hi Kevin,
Yes they are stats for out of hospital cardiac arrest that were subsequently attended by EMS.
Data is from the consensus paper from the UK resuscitation council.
If you go on their website the paper is a free download.
Makes very interesting reading.
Cheers
Phil
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Rank: Forum user
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Rank: Forum user
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We have put defibs in all of our offices and sites because our top reporting structure is based in the states so we tend to follow corporate requirements where these don't go against our UK laws.
What I would say is that the reason the USA wanted us to have them was because there were a number of law suits going through in the US where people sued companies where employees had suffered a heart attack or cardiac arrest and their first aiders (who are trained to the level of paramedics over there) didn't use a defibrillator and this either caused them to not survive or they suffered complications as a result of a delay in treatment such as brain damage which meant they could no longer work.
It's only a matter of time before this type of thing hits our shores so I would say in high risk environments and those where you have a large number of employees, it is worth the investment. A unit can cost anything up to around £1,300 and we got ours for just over a grand with a 7 year battery life, self testing which we check once a month.
Training we do every year to get practice. Whilst they are virtually foolproof to use there are some scenarios the training provides that you might not think of just using one. For example, using a defib on a road where the rumble of traffic can interfere with the machine. Using one on a metal floor (not good), or treating someone who has meteal piercings in their chest reason, or someone who has wet clothes on. Things in the heat of the moment you may not think about or consider, so well worth the effort to have training and keep refreshing it.
CPR alone has a just over a 3% chance of survival where as the chances or survival increase greatly if you can get a defib to someone within the first five minutes of them having an attack. The ambulance crew has 8 minutes to respond to a heart attack or cardiac arrest so you are doing them a favour.
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Rank: Super forum user
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“What I would say is that the reason the USA wanted us to have them was because there were a number of law suits going through in the US where people sued companies where employees had suffered a heart attack or cardiac arrest …they suffered complications as a result of a delay in treatment such as brain damage which meant they could no longer work.
It's only a matter of time before this type of thing hits our shores so I would say in high risk environments and those where you have a large number of employees, it is worth the investment.”
Just because the yanks do something does not mean we will follow suit. The legal system in the UK is different from the US and I think it would be unlikely that this sort of case could happen over here.
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Rank: Super forum user
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It doesn't matter whether there are people trained in the use of AUTOMATIC defibs....the things talk you through operation...
What DOES matter is that you have people who have been acquainted with the rudiments of up-to-date CPR.....
No CPR, and you are shocking a corpse...or, as I said before, you won't be shocking it because the AED just won't work.....no shockable rythm, no shock.
CPR.
CPR.
CPR.
And even in hospital, with highly trained arrest team, the survival rate is poor...about 20%.
CPR !!!!!!!!!!!!
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Rank: Forum user
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Angela1973 wrote:We have put defibs in all of our offices and sites because our top reporting structure is based in the states so we tend to follow corporate requirements where these don't go against our UK laws.
What I would say is that the reason the USA wanted us to have them was because there were a number of law suits going through in the US where people sued companies where employees had suffered a heart attack or cardiac arrest and their first aiders (who are trained to the level of paramedics over there) didn't use a defibrillator and this either caused them to not survive or they suffered complications as a result of a delay in treatment such as brain damage which meant they could no longer work.
It's only a matter of time before this type of thing hits our shores so I would say in high risk environments and those where you have a large number of employees, it is worth the investment. A unit can cost anything up to around £1,300 and we got ours for just over a grand with a 7 year battery life, self testing which we check once a month.
Training we do every year to get practice. Whilst they are virtually foolproof to use there are some scenarios the training provides that you might not think of just using one. For example, using a defib on a road where the rumble of traffic can interfere with the machine. Using one on a metal floor (not good), or treating someone who has meteal piercings in their chest reason, or someone who has wet clothes on. Things in the heat of the moment you may not think about or consider, so well worth the effort to have training and keep refreshing it.
CPR alone has a just over a 3% chance of survival where as the chances or survival increase greatly if you can get a defib to someone within the first five minutes of them having an attack. The ambulance crew has 8 minutes to respond to a heart attack or cardiac arrest so you are doing them a favour.
Road rumbles do not cause issues with defibs
No danger from metal floors
Piercings, move pad to the side of piercing
Cut wet clothes off with shears provided in kit
Dry chest with towel provided in kit
Phil
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Rank: Forum user
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UK Resuscitation Councils take on wet/metal surfaces and AED use:
Question:
(3) Is it safe to defibrillate a victim if they are lying on a wet or metal surface?
Answer:
Yes, it is safe to defibrillate a victim who is lying on a metallic or wet surface. If the self-adhesive pads are applied correctly, and provided there is no direct contact between the user and the victim when the shock is delivered, there is no direct pathway that electricity could take that would cause the user to experience a shock. If the victim is wet, his/her chest should be dried so that the self-adhesive AED pads will stick properly. As with any attempt at defibrillation, particular care should be taken to ensure that no one is touching the victim when a shock is delivered.
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