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Introducing our smart contact lens project (for diabetics)

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Re: Introducing our smart contact lens project (for diabetics)

#31

How is this powered? are they generating electricity from the body somehow?

Few years ago I saw a feature in IEEE spectrum about contact lens displays/computers. Apparently, because they're so small and have such low power requirements, they can power themselves off of the ambient radio / wifi / cell / etc signals

Re: Introducing our smart contact lens project (for diabetics)

#32

Microsoft was working on similar technology 3 years ago [1] It looks like Google poached MSFT's engineers to work on this -- Babak Parviz was working on this at Microsoft 3 years ago, and is now cofounder of the smart contact lens team at Google. [1]: Functional Contact Lens Monitors Blood Sugar Without Needles ( http://research.microsoft.com/apps/video/dl.aspx?id=150832 )

Notably, Babak was also the project lead for Google Glass until this past December.

Re: Introducing our smart contact lens project (for diabetics)

#33

Type I diabetic here. Assuming current tech stays where it is (not saying it will), this could easily tack 10 years on to my lifespan. For many who watch their diabetes less closely (something I cannot fault anyone for), this could add 20-30 years. For anyone who does not know, type I diabetes is not something you can just follow a doctor's direction on and be ok. Even if you follow your doctor perfectly, there can s…

You may be interested to know that Bayer's Contour USB allows you to pull the information off in an SQLite DB http://www.bayerdiabetes.co.uk/sections/products-for-my-diab...

Almost all meters allow you to extract data over USB, but the data usually comes out in an obfuscated proprietary format. Do you know which format this exports to? Scott Hanselman had a blog post about this a few years ago (can't seem to find the link).

IMO, every meter should be required to export to CSV at a bare minimum. I will look into the one you linked, but for most users, they really need something that can be easily converted to an xls. The current state of things is that they only export to some supremely terrible proprietary program that is really only meant for an endocrinologist to use with the help of an IT team.

I should be able to easily view my health data and crunch it how I see fit. Decent analytics around my glucose data would be extremely valuable, but the current state of affairs is abysmal.

Re: Introducing our smart contact lens project (for diabetics)

#34
post #19

How is this powered? are they generating electricity from the body somehow?

Good question. Maybe from body heat. A polymer thermoelectric converter seems like it could be a good candidate.

This is the most interesting question. And failsafe. You couldn't rely on this, unless there was a way to ensure it is working or had a fixed lifespan.

I believe the thermoelectric converter works by exploiting a temperature gradient, which I suspect would not be sufficient at this scale and location.

Re: Introducing our smart contact lens project (for diabetics)

#35
post #12
post #2

All my praise to these Google engineers and scientists. Another completely crazy idea that will really help millions of people every day. Thanks Google! We have discovered a lot of Google X technologies in the last months. It seems that Google X is really working. We may have to stop having fun of Google+.

You've discovered a lot of Google X technologies because it is a deliberate strategy by Google to publicize these projects regardless if they will ever reach a commercial stage. They are attempting to stay relevant and perceived to be an innovative company in the eyes of their various stakeholders (employees, potential employees, shareholders, tech press, the general public, regulators, etc.) while transitioning to t…

Every announced Google X project has been rolled out to some capacity. Self-driving cars, Glass, Loon are all actively being tested in the real world.

Re: Introducing our smart contact lens project (for diabetics)

#36

Earlier quoted context omitted.

You may be interested to know that Bayer's Contour USB allows you to pull the information off in an SQLite DB http://www.bayerdiabetes.co.uk/sections/products-for-my-diab...

Almost all meters allow you to extract data over USB, but the data usually comes out in an obfuscated proprietary format. Do you know which format this exports to? Scott Hanselman had a blog post about this a few years ago (can't seem to find the link). IMO, every meter should be required to export to CSV at a bare minimum. I will look into the one you linked, but for most users, they really need something that can b…

I really feel your pain. The reason why I love this meter so much is that it doesn't require a £50 USB cable (The usb is built into the meter) the proprietry software is a standalone jar on the USB device which is amazingly quite good. But best of all when you plug the USB device in it mounts as removable storage with a db.sqlite file which is easily accessible and a simple .dump reveals the sensible DB schema. It's really refreshing to be able to get my data and do what I want with it.

Re: Introducing our smart contact lens project (for diabetics)

#37

Type I diabetic here. Assuming current tech stays where it is (not saying it will), this could easily tack 10 years on to my lifespan. For many who watch their diabetes less closely (something I cannot fault anyone for), this could add 20-30 years. For anyone who does not know, type I diabetes is not something you can just follow a doctor's direction on and be ok. Even if you follow your doctor perfectly, there can s…

Type 1 diabetic here too.

I too would pay $10k+ for one of these for precisely the reason you mentioned above: adding years to my life.

Re: Introducing our smart contact lens project (for diabetics)

#38

Type I diabetic here. Assuming current tech stays where it is (not saying it will), this could easily tack 10 years on to my lifespan. For many who watch their diabetes less closely (something I cannot fault anyone for), this could add 20-30 years. For anyone who does not know, type I diabetes is not something you can just follow a doctor's direction on and be ok. Even if you follow your doctor perfectly, there can s…

I'm expecting sensor tech to explode in the coming years, including noninvasive cgm. Imagine high level endurance athletes on a full biometrics panel during a race, including glycose and blood pressure (among other things).

Re: Introducing our smart contact lens project (for diabetics)

#39
post #4

As a type 1 diabetic I can say this would be a huge improvement over current continuous glucose monitoring systems. No expensive disposable parts. No needing to inject a new sensor each week. No strange, uncomfortable, and (often) painful bulge stuck to your abdomen. >We’re in discussions with the FDA, but there’s still a lot more work to do to turn this technology into a system that people can use I'm chomping at th…

As a fellow type 1 diabetic, I'm thrilled with any new projects - especially a project like this which would benefit not only type 1, and is not only targeted for type 2. > how soon this could possibly be available? I've been following various type 1 research for as long as I can remember (runs in the family, myself etc.), and I remember a similar enthusiasm back when glucose watches were first in production. I recal…

Oh, Panic Room.

The movie in which a child has a severe low blood sugar, on the edge of death, and her mother administers here a large shot of... insulin! I could not believe it when I saw it. The treatment given in the movie would have killed her in no time.

For future reference, in case anyone comes across a diabetic experiencing a seizure. Do not give insulin in this case. This will lower blood sugar further. What they need is to consume anything with sugar, if conscious. If not, they need a glucagon injection. These typically come in a clunky red container, containing a large needle filled with saline and a vile containing a white powder. Shoot the saline into the vile, shake up the vile, extract the solution, then shoot the solution into the affected person's leg ASAP. Do not give anyone insulin under any circumstances. If you give someone glucagon with a high blood sugar, they will probably be ok. If you give someone insulin with a low blood sugar, they will likely be dead. /PSA

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