CPR is performed only when there is no heartbeat. A person may be cyanotic (blue) for several reasons- choking, extra cold, a collapsed lung, etc. Only when there is no heartbeat do you perform CPR (Part of CPR training is checking for a heartbeat and respiration) The person MAY be choking, and need the Heimlich Maneuver, not CPR. CPR is an extreme measure- even done well, it can still cause injury (cracking ribs)
no
It only takes 1 person to perform CPR. An advanced CPR course can be taken to train you on 2-person CPR, which makes it easier and more productive than 1 person CPR.
Cpr means
Yes you can perform CPR on a person with an artificial heart valve. There is no difference on the CPR procedure with an artificial valve.
You not allowed to perform CPR if: 1. There is danger to your own life 2. If a guardian of the individual will not give you permission to perform CPR 3. There is a verified DNR physician order 4. The person doesn't need CPR 5. Higher level medical personell arrive to take over and ask you to stop CPR
For 1-person CPR; Adult, Child, and Infant: 30 compressions : 2 breaths. For 2-person CPR; Adult is: 30 compressions : 2 breaths. For 2-person CPR; Child, and Infant: 15 compressions : 2 breaths.
cpr cannot be done
CPR should be performed if a person is unconscious and not breathing
CPR can cause injury to a person's ribs, liver, lungs, and heart. However, these risks must be accepted if CPR is necessary to save the person's life
No; CPR is giving breathing & chest compressions to a person.
In 2 rescuer CPR, one gives the breaths, the other person gives rescue breathing.
CPR is a serious procedure used to save the life of another person during an emergency where the person could potentially die if CPR is not attempted. Thus, to consider CPR to count as kissing places CPR as a joke, which it isn't. Plus, the other person is unconscious and unable to actively participate and reciprocate in the kiss. So no, it doesn't count as kissing.
Cyanotic is a medical term meaning blue discoloration due to low oxygen levels in the tissues.