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Electronic Innovation Will Drive Medical Design

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Cabe Atwell
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Re: Why Throw-Away?
Cabe Atwell   2/15/2013 12:10:58 AM
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Since it’s medical, none of the wearable devices will be cheap. Innovation is apparently there, but can we seriously say it will not come at an arm&leg price? In the latest State of the Union speech (2/13/2013), President Obama essentially said he will plead with pharmaceutical companies to get medical prices down. I’m sure they will humor him. C

Elizabeth M
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Re: Why Throw-Away?
Elizabeth M   2/15/2013 6:47:44 AM
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Nancy, I completely hear what you are saying, but I can sort of see both sides. On one hand I, too, think reuseable is the way to go to eliminate unnecessary waste, since there is already plenty of that. But I can also see how it would be nice to have fresh, clean patches or devices to use if it's something for the long term. At the same time, if it's meant to be used long-term, you're right, it should be made to last.

apresher
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Innovative Medical Design
apresher   2/15/2013 9:31:37 AM
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Chuck, Is it your understanding that most of these new wearable medical devices are also disposable to some extent?  Meaning that they are aiming at low price points and volume applications?

Mydesign
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Embedding chips in body
Mydesign   2/18/2013 3:22:32 AM
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Charles, you are right. Now lots of developments are happening in medical electronics and many old manual equipments are becomes most soficated devices due to the advancement of technology. There is no doubt that within a couple of years, embedding self monitory and communicating chips in human body may become popular.

mrdon
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Re: Embedding chips in body
mrdon   2/20/2013 1:28:41 PM
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Mydesign, MIT has a research group called Little Devices. Their mission statement is: 

"The Little Devices group at MIT develops empowerment technologies for health. We believe that innovation and design happens at the frontline of healthcare where providers and patients can invent everyday technologies to improve outcomes."

They employ the use of everyday products ranging from toys to items found in an ordinary home's junk box to develop low cost medical devices for third world countries. The technologies mentioned in this article could easily be integrated within Little Devices research to create enhanced medical tools. The uC's that have an analog front end like Analog Devices ADUC7601 precision analog microcontrollers are key to the development of low power, and efficient health monitoring wearable medical devices. Very interested article Charles! Below are links to MIT's Little Devices Group and Analog Devices ADUC 7601 precision analog microcontroller.

ADUC7601:http://www.analog.com/en/processors-dsp/analog-microcontrollers/aduc7061/products/product.html

MIT Little Devices Group:http://littledevices.org/little-devices-big-ideas/diy-medical-technology-group-overview/

 



Mydesign
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Re: Embedding chips in body
Mydesign   2/25/2013 11:37:17 PM
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Mrdon, thanks for the details and link. There is no doubt that within a couple of years, wearable devices becomes common especially in connection with medical/healthcare domain.

Charles Murray
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Re: Innovative Medical Design
Charles Murray   3/4/2013 8:13:46 PM
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Yes, Al, disposability is important. Today's Holter monitors, for example, are not disposable and require refurbishing after every use. The refurbishing can be costly. So if electronics manfacturers can make low-cost systems that can be disposed of, and therefore don't require refurbishing, the uptake of the technology will be greater.

apresher
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Electronic Medical Design
apresher   3/5/2013 9:19:40 AM
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Chuck, It will be interesting to the cost for some of these devices. Disposable versus refurbishing always seems good to me.  But unless the unit cost can really be reduced by greater production quantities, the problem becomes the yearly cost of this kind of device. Thanks for the article.

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