12-Lead Clinical ECG Design Open Sourced; Supports Tablets, Too
New submitter isza writes "MobilECG is probably the first open source clinical-grade electrocardiograph with simultaneous 12-lead recording and Android support. It has been designed to meet all the relevant medical standards (ISO 60601-1, etc.). Manufacturing cost @ 1000 pieces: ~$110. I had worked at a medical device company designing clinical electrocardiographs for three years. Fed up with the unreasonably high price, cumbersome design, and dishonest distribution practices of clinical ECG machines, I started working on a high-quality ECG that is different. After a couple of failed attempts to get funding for the expensive certification process and completely running out of funds, I decided to publish everything under a license that allows others to finalize and manufacture it or reuse parts of it in other projects." From the project page linked: "The software is licensed under WTFPL, the hardware under CERN OHL 1.2," and a few words of disclaimer: "Note: the design is functional but unfinished, it needs additional work before it can be certified. There are also some known bugs in it. Most of the software is unimplemented." Conventional crowdfunding may have fallen short, but Isza has proposed an interesting bargain for working on the project again himself: that will happen if he raises via donation half the amount of his original $22,000 investment.
Seriously, why? The study of medicine has only one goal. Improve the life expectancy of human beings. Surely any profession in which proactively benefits the human race should be patent and royalty-free to allow other human beings to improve and advance the technology. Why should we pay $1000's for clunky and out-dated machinery when computerisation has allowed us to minaturise, improve and cheapen, the manufacturing of medical devices.
I'm glad there's some people in this world who see sense rather than paychecks.
If you gave me a choice between a printer and a giraffe with explosive diarrhoea, i'll get my ladder and my raincoat
We can come up with a million dollars to make a sequel to one of the worst games of all time, Myst, and we can't come up with $22,000 to actually change the world?
Modern medicine works on the basis that dead people rarely sue. The same goes for other mission-critical systems like fly-by-wire avionics. To be fair (me? fair? well, it was bound to happen eventually), a lot of companies put in a lot of effort to do a good job. The problem is, if you're on life-support or flying at 20,000 feet, there is every probability that a software crash will be followed by a crash of another sort. There have been very close calls of this nature in the past.
But what would happen in the event of a fatal incident? In virtually all industries that use mission-critical systems, there are disclaimers and waivers that prohibit lawsuits.
Even in non-critical systems, EULAs invariably state the manufacturer/developer is not at fault, no matter what, even if they admit they are, and to use the system you have to agree to that. You aren't given a choice.
Open Source licenses often say the same, but Open Source allows you to validate the system to your satisfaction. You are prohibited from any code analysis and certain forms of runtime analysis with closed systems. Thus, although neither provide any form of warranty or fitness for use guarantees, you are capable of at least certifying open source as fit for use. No commercial product using computers will provide anything remotely close.
It's a small world and it smells funny; I'd buy another if it wasn't for the money; Take back what I paid (SoM)
But only a start. Researchers using - it was either 48 or 64 leads - were able to identify specific muscles that were showing abnormalities long before those abnormalities turned into organ failure. Isolating problems to that degree just by collecting more of the same data would seem a great way to help prevent problems serious enough to show up on a conventional system ever developing in the first place.
In other words, why not turn thus from being open source medicine into an open source debugger? Why let things get to the point where medicine, rather than our own creativity is needed?
It's a small world and it smells funny; I'd buy another if it wasn't for the money; Take back what I paid (SoM)
Okay, this may be a stupid question, but I only count 10 leads in the pictures of the device, so where/what are the other two? Grounds?
lead != wire in this context, it refers to the electrical paths through the body between various parings of the 10 wires.