Study Says E-prescription Systems Would Save At Least 50k Lives a Year
First time accepted submitter shirleylopez1177 writes "Approximately 50,000–100,000 people die in America because of preventable adverse events (PAE). These PAEs or medical errors are among the leading causes of death, ranking higher than breast cancer, AIDS and motor vehicle accidents in terms of the number of fatalities caused. As a response to the problem of medication errors, e-prescription systems have emerged. Few studies have looked at how e-prescribing systems compare to traditional systems in their potential to reduce medical errors. However, a study from Australia published two weeks ago in PLoS Medicine examined the impact of e-prescription systems on medication errors in the inpatient setting and demonstrated that these systems are indeed effective."
I worked on a hospital system 11 years ago that would provide this sort of cross-referencing functionality. It always baffled me why their use wasn't widespread. Back then there were (evidently) no smartphones, etc, so the whole idea of having barcodes on patients' wrists was revolutionary, as was the concept of having computer systems perform the drug-to-pathology matching and medication interactions analyses.
From what I learned working on that project, this sort of system can lower the costs of operation, staffing, and evidently lower risk inside a hospital. Does anyone out there know why they've not seen widespread adoption (besides the "obvious" tin-foil hat doctor-nurse-conspiracy theories)?
Here in the UK, system like this are in use in both General Practice and in Hospitals. I worked for a company for seven years that supplied software that did precisely this to NHS and private hospitals both here an abroad. I wonder how the stats compare between the UK and the USA in this regard?
How dare you replace a competent, well-trained, warm-hearted human with an emotionless machine?
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by implying that drug errors are causing 50,000 to 100,00 deaths a year when, in fact, drug issues are a very small portion preventable adverse events (PAE). Things like falls and catheter infections are far more common. The article mentions that drug allergies and cross drug reactions are already extremely low and unaffected by implementing e-prescription (probably because the computers in the pharmacy already alert to this). The only thing effected are illegible prescriptions. I think e-prescriptions are a fine idea but this article is misleading as to how much benefit it would have in terms of lives saved.
If the doctor could log in and select the medication and have the pharmacy read the prescription it would, on it's own, prevent a lot of errors that happen from misreading prescriptions. On top of that, if there is something wrong that requires a specialist then the patient is in a fun place where no one doctor knows what all medications are prescribed so a system that did any sort of automated conflict checking could save a lot of lives.
The current system is far from perfect, I once almost lost my job because some pharmacist misread my prescription for Singulair (Asthma med) and gave me an antipsychotic instead and for a week I couldn't be motivated to do anything.
The summary (mostly) included one of the two key facts:
But not the other:
So the expected improvement is 22k to 44k less deaths per year in America.
Approximately 50,000–100,000 people die in America
WHICH America? North or South?
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"You can always count on Americans to do the right thing - after they've tried everything else." - W. Churchill
WHICH America? North or South?
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I got some shit advice from the medical staff at my university. I'm taking a drug called celexa and got a cold, not wanting any adverse interactions I called them up and asked what medicine it was OK for me to take. Coricidin Cold and Cough they said, was the safe choice.
I Googled it before I went to the store and found a major interaction via drugs.com. A potentially fatal interaction. Super.
Not true!
While human error like you describe above certainly exists, these systems can also catch drug allergy interactions, drug-to-drug interactions, and even food-drug interactions. Along with the already-existing systems in most pharmacies, these systems provide another layer of protection for patients. They also provide doctors with real-time best-cost analyses, allowing them to prescribe the most effective, least expensive drugs based on a patient's particular drug coverage. This may help to lower the overall price of healthcare and insurance coverage.
Protection from the errors you describe isn't technologically insurmountable, either. Robotic systems that are linked to the prescription and automatically fill prescriptions eliminate the pharmacy errors, and EMRs that provide diagnosis/drug checking are likely right around the corner. Doctors don't like the latter much, however, because they are perceived as taking too much of the medical process out of their hands.
We have this e-prescription system in Estonia for over 2 years now, nation wide. The good - It's easier to get some recurring prescriptions that you have to take all the time, you just calle the doctor and say you are running low on the meds, he checks your previous prescriptions and can easily see that yes, you should have only a few left... (to detect you are not attempting to scam extra medicines for black market or something). Also another good thing is that combined with an electronic pharmacy database, you can check online exactly which pharmacies currently have this medicine in stock in the right quantity(My partner takes meds that come in 10, 20, 30, 50 and 100mg forms, She only wants the 100mg ones). The bad - Initially they had performance problems because they forgot one basic simple thing when calculating peak usage - All elderly / pension receiving people(They are also the ones who require a lot of prescription medicines.) get their pension on the same day in the beginning of the month. This gives them a reason to leave the house and go to the city, and most of them also buy their medicines within the 2 days period following it, causing a massive performance bottle-necks for that moment(This problem was later fixed by adding more servers + optimizing).
And I hate them both! I have tried to make use of the CVS pharmacy automated refill system, but from what I can tell the "automation" goes into a blackhole and requires manual intervention. The system the doctor pushes is to fill out a form on their website, but from what I can tell it just generates a phone call from them to the pharmacy... sometimes. For me it is a major hassle, especially since my drugs are not considered "maintenance" prescriptions and have limits on getting insurance to cover mutli-month supplies. - HEX
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You two have a good understanding of the tradeoffs involved with decision-making. Unfortunately, many people do not and see suboptimal outcomes as "errors" in a very black-and-white world. I think the IOM report fed into many fears.
I am continuously annoyed about the IOM report -- as other posters have said, it is now out of date, and sensationalist IMO in the way it counted mistakes and deaths / errors. An "error" that had no effect in a critically ill patient who died 3 days later was counted as a fatal outcome. On the other hand, the sensationalism at the time might have been a bit warranted -- doctors are often very complacent and perhaps the attention was needed / desired to get large scale action. However, it had the side effect of the erosion in trust in those that work very hard, diligently, and conscientiously every day.
I very, very rarely use handwritten prescriptions. Certainly as inpatient (patients who are currently in the hospital) essentially all major medical systems have computer order entry as of 2012. In my outpatient clinic (people just coming for a doctor appointment) it is 100% computer medical scripts with automatic interaction and allergy checking. All of my hospital system is this way.
I can't remember ever having ANY medication or dosing error. Obviously I can't know about it if I don't catch it, but computer order entry, automatic checking, and the many layers of check from doctor, nurse practitioner, pharmacist, and nurse, (and patient!) does provide a safety net.
Can we do more? Well, banning handwritten prescriptions would be a pretty bad idea (if I'm in a community clinic wanting to give a patient some antibiotics for an ear infection, I think I should be allowed.) There are side effects to every initiative. Encouraging computer use is indeed being done, but limited by cost concerns.
Slashdotter, ID #101. UIDs are in binary, right?
maybe we should build a F/LOSS platform for this so that it can be widely audited and its quality can be more transparently verified
Can you code in MUMPS?
WHICH America? North or South?
The America that people around the world generically use to refer to the United States of America. It might have something to do with America being the largest word in the country's name. When Iranians chant 'death to America', they're referring to the USA. Not Canada. Not Brazil. Not Mexico. Just the USA. Everyone gets this reference except people who have to ask 'WHICH America? North or South?' They're so fucking dense they go around wondering if Iranians want death for all countries in the Americas or just in North or South America. Maybe if Canada, Mexico, Brazil, Argentina, or any other major country in the Americas had America in its name there might be some confusion. But they don't, and there isn't.
in the public domain. VISTA is the Veteran Administration's EMR which has generally gotten very good reviews by physicians. However, it is an unbelievably archaic on the back-end (uses M, predates relational databases, etc.). In addition there is no emphasis on charge capture, so it often is useless for billing purposes.
Just because they made an error, that doesn't mean a death resulted from the error. A patient's blood pressure may have shot up or down for a day, but (unacceptable though it is) they might have caught it and it might not have harmed him.
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Because non-tech people usually don't understand the "computer is a universal tool" thing and have problems stretching the limits of their imagination ("I had no idea a computer could do that for me...")
Because IT evangelists think that every problem in the world can be reduced to computer code, and they create medical systems without understanding how medical practice works.
Then the doctors try the system out, it runs into problems ("It takes me longer to enter a prescription into this computer than it does to write it on a prescription blank by hand"), and they correctly go back to the older manual systems that work better.
Doctors aren't stupid. They use lots of new technology every day. When something works, they use it. When it doesn't work, they drop it.
Medical practice is very complicated. The potential cost of error is very high. The cost of developing electronic medical records properly is very high. It's like developing a medical drug or device (which it is). You have to get back to your users (the doctors) continuously, find out what's going wrong, and fix it. Automating medical practice is a massive job, like automating the aerospace industry. At best, it will be slow and expensive. At worst, developers will take shortcuts, waste even more time and money, and have to scrap it all and start over.