The brain is the singularly most important part of the body. Simply put, human beings cannot survive without it, and even having it function at less than 100 percent can bring about significant loss of function within the body. Preserving the health and functionality of the brain should always be the number one concern for people, and clearly, many are heeding that lesson as the movement towards greater consumption rates of brain-friendly foods is increasing across all sectors of society. The problem with the brain however is that it is remarkably fragile, capable of sustaining severe damage when even the slightest of issues causes disruptions to its functions. It is so remarkably fragile in fact that people have to do all that they can to ensure that it remains in good working condition even when a tragic event strikes. Such events can be catastrophic and they can cause untold amounts of damage to the brain. A heart attack for instance can be particularly harmful to the brain’s delicate balance, and that’s why the CPR procedure has been put into practice to help curb the prevalence of any long term harm to this precious organ.
The entire of process of CPR looks deceptively simple on the surface, appearing as though it can be done easily even without the training, but little do people know that the entire procedure itself is decidedly more complicated than it actually appears. Starting from the beginning, the process of CPR would seem to have a definite time when it would make sense to be used such as when someone just immediately collapses, but before springing into action like a hero, people need to understand that the procedure itself is not suitable for all scenarios, and that it may in fact even be harmful in some cases. This is why the first part of the procedure itself is all about diagnosis.
Once people undergo CPR training, the first thing they will understand is when and where it is wise to use the procedure. By being able to quickly identify the instance of a heart attack, the people who have learned this procedure can jump into action and begin with the next steps of the procedure. In this case, the next step would involve chest compressions being continually and consistently applied to the chest area. These compressions need to reach a depth of around 5 centimeters and they need to be doled out at a rate of 100 per minute. If at this point the fallen victim is still unresponsive then the next step which includes the administering of breath needs to be done. The hope is that the victim will be revived after the application of these processes.
CPR is designed to preserve brain function i9n the simplest of ways and in the easiest way to do so. By following a simple set of steps, people can help save a life if not lives through their actions, thus working to highlight the true value of this procedure.
