Our research team (a group of long-bearded PhDs) have developed a non-invasive glucometer. It is a wrist bracelet that regularly reads your sugar levels and sends them to your iPhone or Android device via bluetooth. It alerts about the high glucose levels. No blood samples are necessary. It builds on the success of a much larger non-invasive device used in select hospitals.
We are now looking at the ways to deliver the product to the market. In order to start the production in China we are considering a Kickstarter fund-raising campaign. We would greatly appreciate your feedback.
Question:
- would you be willing to use such non-invasive device?
- how important would such such non-invasive glucometer be compared to other devices on the market?
- would you be willing to support this project on a crowd funding platform?
- do you have any suggestions for us on how we could improve this concept?
Thank you so much! Your feedback will help us understand better how to make this product available and affordable.
Would that be you personally or the insurance company? And how do you define accuracy? I'd make the assumption it would have to have a MARD in line with existing blood testing devices?The big question for me is: is it more or less accurate than a standard glucometer?
More accurate: I'd feel comfortable spending more than a thousand dollars
The big question for me is: is it more or less accurate than a standard glucometer?
More accurate: I'd feel comfortable spending more than a thousand dollars
Less accurate: It's a paperweight
That would be out of my own pocket, but again, it would have to be a heck of a device to make it worth paying that much. As far as accuracy, there have been a number of comparison tests between standard glucometers. I'd say that getting within 10% more than 90% of the time is a realistic way to quantify "accurate." For example: in one study, my Accu-Chek Aviva Expert was 97% accurate within 10% (below 5.5mmol) and 91% accurate within 10% (above 5.5mmol).Would that be you personally or the insurance company? And how do you define accuracy? I'd make the assumption it would have to have a MARD in line with existing blood testing devices?
That was what I was getting at. Depending on it's quality and function, it could be worth paying a significant amount, or it may not even be worth my time. Hard to made an educated decision based on the information provided.For all we know, it could be something like this, with a smart chip: View attachment 16479
You may know what "you" would be willing to pay for the image you have in your head, but that may not be what will be delivered.
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