When a young college student collapsed during class, nobody was prepared to perform CPR. The minutes ticked by, well into brain-damage territory, and still nobody stepped up. When security arrived, more precious time was lost because they left their equipment in the car.

This is not a cautionary tale. It’s Cory Wilson’s story.

Just last year Georgia Southern University had only nine automated external defibrillators (AED) on a campus of over 20,000 students.

Cory’s death motivated The Wilson family to raise money for accessibly located AEDs. The university now has 148
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Had one person initiated CPR, Cory’s chances of survival would have increased 10 to 17 percent. That’s enough to have saved his life.
Learn CPR today. Be a hero.

If you have ever had to administer chest compression to an adult for any length of time, you know it can become tiring. Maintaing consistent, quality pumps isn’t as easy as it looks.

Victims of cardiac arrest have much greater odds of survival without brain damage if blood can continue to pump through their body and brain. Our brains need oxygen to function properly, and after several minutes without oxygen, damage begins.

With these issues in mind, the LUCAS company created a machine that standardizes chest compressions to meet scientific guidelines. The LUCAS machine eliminates rescuer fatigue, inexperience, or inability.

To learn more about The LUCAS Chest Compression System, visit their website at www.Lucas-cpr.com

Each day more than one-thousand people receive CPR from bystanders, and less than ten-percent survive. But two brothers set out to change those numbers.

John and Christopher Di Capua wanted to improve the number of lives saved with CPR. So, they did what any inventive and forward-thinking high student would do—they built a machine that replaces the need for direct mouth-to-mouth.

Based on John’s research, he discovered that people don’t much like putting their mouth’s on someone else’s mouth, and that’s one of the reasons survival is so low for cardiac arrest victims outside of a hospital.

In a team effort, and over a matter of several years, the Di Capua brothers designed and built an automatic ventilation machine.

They demonstrated how to use the equipment to untrained people, and found that most could do it.

It’s called an AVAC, Automatic Ventilation with Assisted Compressions, and the price tag is under $150.

The brothers’ invention earned them high praise at the Intel Science Talent Search, a patent, and perhaps a name in medical history.

Check out this video. http://www.usatoday.com/story/news/nation/2014/07/02/brothers-medical-device-heart-failure/12040335/