In Home Courses

 

These courses are designed to meet your educational needs and are done in the privacy of your residence.  Just like our community based program, parents, relatives & others learn basic life sustaining skills in a low-stress setting.

As you may have heard, our program isn't just CPR education alone. We want parents & others to be able to respond to many of the commonly occuring health issues that occur in the home & community. Therefore, a standard course includes how we respond to common injuries & accidents. These include Head injury, seizures, burns & poisonings. Our hope is that you come away from the Save A Little Life course with a sense of being able to make a difference should something unexpected occur.

Private Course Fees:

Minimum fee: $360 ( which covers up to 4 persons ).
Additional persons are $90 each until the group reaches 7, at which time the per-person fee drops to $80 ea. At 10 persons, the fee is $70 each.
Fees for larger groups can be lowered but are on a case by case basis.


Article Spotlight:

Changes in CPR Guidelines are Comprehensive

 

By Richard Pass, RN, BS: Director, Save A Little Life, inc

During my 18 years as a CPR instructor I have seen new guidelines come and go. They appear about every 5-6 years and are often accompanied by declarations of "new and improved." For the thousands of parents I have worked with over the years, new and improved is only meaningful if it translates into "can I remember what to do if my baby isn’t breathing?"

Well, here we are, approaching the summer of ’06 and the international guidelines* have undergone appreciable changes. Finally, however, these changes reflect the simplicity of action required if a serious health crisis is upon us.

I have always instructed CPR in a simple way, for two reasons. Simple works, and if there is a real crisis, simple is what most of us can realistically muster. The new clarion call of the American Heart Association is "Push fast & Push hard." If that isn’t simple, I don’t know what is. Yet, it does require that we look at the changes with an eye toward understanding some of the basic science that gave birth to them.

During the mid 1990’s we discovered many Good Samaritans, willing to help a stranger if CPR seemed necessary. Yet many of these folks were frightened of possibly catching a disease from contact with bodily fluids (vomit or blood) in the victim’s mouth. Consequently, many were willing to push on a chest, but wanted nothing to do with the mouth. What was noted was stunning: Many of these victims (usually adult) did quite well when the paramedics arrived with their advanced tools (defibrillators in particular). What was going on? Why did pushing on the chest seem to do as much as the traditional CPR, pushing and breathing?

The answer lies in what occurs when adequate chest compressions occur when the victim isn’t getting blood & oxygen to the brain. Similar to an Iron Lung of days gone by - where a polio victim was put in a machine to assist breathing – the mechanical movement of the chest cavity drew oxygen into the body when the upstroke of the compression occurred (the letting go part). This simulated breathing and assisted until the patient improved, or not.

Let’s now look at why pumping on the chest is so valuable. The pumping, and subsequent recoil, draws the oxygen into the victim while then the next pump pushes that oxygen out of the chest (heart) and into the victim’s brain. This, as it turns out, is more effective than traditional breathing for the victim, which the scientists tell us, now, does not really do much.

The new guidelines, which become official on July 1, clearly reflect the benefits of pumping over the artificial breathing. The steps of CPR will now look like this:

· Stimulate the victim…ask, "are you OK" (call for help, 9-1-1)**
· Tilt their head back slightly to "open the airway" & check for breathing
· Give two effective breaths (just enough to get victims chest to rise)
· Begin chest compressions at a 30:2 ratio, compressions to breaths ***
· Continue efforts until help arrives or the victim arouses

Parents should notice that all of the "steps of CPR" are essentially the same except for the significant change in pushes to breaths. What is additionally impressive with these changes is the fact that we now do this for everyone. Yes, all victims now receive the 30:2 ratios of pushes to breaths, and all at about the same rate (roughly 100 times per minute).

Remember, we no longer waste time checking the victim’s pulse as it is too hard to find and confuses the issue. If there are significant signs of life (moving, breathing or coughing) then consider holding off on CPR, but watch the victim very closely and begin CPR if things deteriorate.

What happens if I do it wrong?

Years of science and feedback from community based CPR data show that most errors in CPR are actually errors of omission…meaning that people get worse because we don’t act…not because we mess it up. It has long been known that less-than-perfect CPR is often very helpful, certainly more so than leaving someone alone in a real time of need.

Keep in mind the simple fact that taking a CPR course is the best and only way to really be prepared to deal with a family health emergency. Ask your OB/GYN or pediatric specialist for a recommendation or contact americanheart.org.

*International Liaison Committee on Resuscitation (of which American Heart is part of)

** If alone with a victim under the age of 8, do 2 minutes of CPR before calling 9-1-1.

*** Depth of compression is 1/3 the depth of the chest cavity.

Richard Pass, RN, Bs is the owner and director of Save A Little Life and can be reached via his website: www.savealittlelife.com or by calling (818) 344-1442

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Article Spotlight:

Summertime Reminder

 

A recently published article in the journal Pediatrics reminds us all that heat stress from enclosed vehicles can cause significant temperature rise and put infants & children at risk for hyperthermia.

The effects of high internal automobile temperatures takes young lives every year in the U.S. In 2003, the number of deaths from heat stroke rose in the pediatric population to 42. Previous averages per year have been running at ~ 29 deaths per year.

Temperatures in encolsed autos can range from 134 to 154 degrees, and do so in a hurry. On average, temperatures tend to increase 3.2 degrees per minute and this is barely affected by having the window open a "crack." These results are based on ambient temperatures outside of only 86 dregees. Southern California can easily exceed those numbers, and often do.

This is just a reminder to parents & care providers that small passengers are subject to heat stroke at a greater rate than adults, due to low body mass. It is imperative that we pay close attention to this issue and remind all others that might transport your infants and children in automobiles that passenger safety during the warmer months is everyones job.

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