Last November, Dennis and Kimberly Quaid's newborn twins received about 1,000 times the recommended dose of heparin, a drug used to flush out medication IV lines and prevent blood clotting problems, when they were hospitalized for staph infections at Cedars Sinai Medical Center in Los Angeles.
Shortly after the twins were released from the hospital last year (they are now doing fine), Dennis and Kimberly set up The Quaid Foundation (www.thequaidfoundation.org), dedicated to reducing medical mistakes. They are dedicated to the cause, combing through medical journals and statistical reports and visiting model programs striving to fundamentally address the problem by stopping errors at the source. And last May, Dennis testified before Congress, voicing his strong opposition to the concept of preemption for pharmaceutical companies.
It’s difficult to imagine a more contagious disease than whooping cough.
For adolescents and adults, whooping cough, or pertussis, is a huge bother: cold symptoms, followed by a cough that takes weeks or months to resolve. Missed work and school are common. But for infants who haven’t yet been immunized, whooping cough can be serious -- even life threatening.
“Pertussis has caused about 30 deaths a year in the U.S. recently, almost all of them in children younger than three months old,” says Harry...
Opponents of applying preemption to pharmaceutical companies say it will undermine a patient's ability to sue if harmed by a drug; proponents say the possibilities of lawsuits after a prescription medication has been approved stifle innovation and say preemption won't deny patients legal redress.
A court case, Wyeth v. Levine, due to be heard by the U.S. Supreme Court this fall, will rule on that concept of preemption and whether it holds true for pharmaceutical companies.
What can be done to reduce errors?
Safety experts most often mention two approaches to reducing medical errors: bar coding systems and computerized physician-order entry systems.
Put simply, bar coding involves a healthcare worker’s going through a series of checks before giving a patient a drug—scanning his own bar-coded badge, the patient’s bar-coded wristband, and the medication bar code, then pulling up the patient’s computerized medical record to be sure it’s the right drug, right dose, and correct time to give it. If there is a conflict, the computer sends an error message.
Only about 13% of the nation’s hospitals have a fully implemented bar code medication administration technology, according to the American Society of Health-System Pharmacists, but more are moving toward it.
Computerized physician-order entry involves a doctor entering the order on a computer and takes the place of handwritten orders, which can be misinterpreted, experts say.