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[Arnold Gilgen]

Cansomeone provide me with a list or link to all the watches compatible with the Dexcom G6 to monitor your blood glucose levels? The Dexcom site has a useless compatible device search page and I could not find a list on this forum. I heard there were watches other than Apple and Samsung that work? For example I heard certain Garmin and Fitbit watches work? What is the the cheapest watch solution and are there any that are direct to watch?

Thanks, Mike

Pixel watch 2 is an Android product, not cheap if you only want to use it for Dexcom but great if you are looking for a voice activated hands free solution Google assistant that will handle your Music, News, Google Wallet, Email, Chat, Calendar, Fitbit as well as the Dexcom and Blose apps without the need of Xdrip or other 3rd party apps. Dexcom and Blose download directly from the Google Play store, and the Blose app gives an amazing amount of configuration options, graphs, charts, raw data, and data from your Android G6 phone app. as well as live data on your watch face every 5 minutes for the past 3 hours. The phone is polled every 5 minutes, so there is a slight delay between the mobile phone and the watch. The watch parameters and alarms can be set with far more range than the phone app.

BIG thanks! I found this list of watches that support Xdrip. I am going to look into making an Amazfit watch into a direct to watch glucose monitor and they are very reasonable cost and has a 14 day battery life.

-watchface-Xdrip-guide

Thanks for letting me know. I am looking at a SAMSUNG Galaxy Watch 4 with Wear OS to use a stand alone BG monitor I can get for $150. I assume the process requires installing a Wear OS version of Xdrip and an app to display the data? Do I still need an Android phone or computer to set it up or can it all be done via the watch?

Thanks for any help for this newbie!

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The ONE+ system, featuring a sensor, reader, smartphone, smartwatch and applicator. [Image courtesy of Dexcom]Dexcom (Nasdaq:DXCM) announced today that it introduced a direct-to-Apple-Watch feature for its G7 continuous glucose monitor (CGM) users.

The company plans a phased launch for all G7 iOS users everywhere by the end of the second quarter of this year. This means G7 soon becomes the only CGM system that can connect directly to Apple Watch without needing to carry an iPhone. Those who use G7 can access this feature as soon as it launches in their country.

On top of the watch feature, Dexcom announced positive data backing its CGMs and their connectivity to automated insulin delivery (AID). Additionally, the company launched Dexcom ONE+ in new geographies and has more data backing its technology.

Dexcom said it plans to present data demonstrating the clinically meaningful outcomes resulting from the use of its CGM with AID system. The data includes results from the CGM with both the Tandem Diabetes Care t:slim X2 pump and Insulet Omnipod 5.

Tandem became the first to connect its AID system with Dexcom G7 in December 2023. Insulet said last month that it began a limited rollout of its Omnipod 5 with G7 as well. According to Dexcom, it expects G7 integration with the new Tandem Mobi pump in the second quarter as well.

One study looked at Omnipod 5 using the previous-generation G6, showing maintained glycaemic outcome improvements for up to two years. Despite the long duration of the study, event rates for severe hypoglycaemia and diabetic ketoacidosis remained low at 2.04 and 0.24 events per 100 person-years.

On top of that, the company has plans to present a first-of-its-kind study linking CGM benefits to mortality reduction in those with type 1 or type 2 diabetes with insulin at ATTD. Dexcom said this indicates broad benefits extending beyond glucose lowering in patients with diabetes on insulin.

New global user data also showed a clinically meaningful reduction in HbA1c for people managing type 2 diabetes with a GLP1 and using a CGM compared to groups not using CGM. Among type 2 populations, the more regularly users wore a Dexcom CGM, the more time they spent in range.

Sean Whooley is an associate editor who mainly produces work for MassDevice, Medical Design & Outsourcing and Drug Delivery Business News. He received a bachelor's degree in multiplatform journalism from the University of Maryland, College Park. You can connect with him on LinkedIn or email him at swho...@wtwhmedia.com.

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I am building a watch only application which contains some api requests to be integrated such that data should be shown. I am using the apple watch se and I have turned on the wifi in the watch. But when I am making an api request for example,

1,2,4 can be accepted. But I am not sure why 3 is not working. I tested the app store in the watch as well following the above 4 scenarios and still the results are same. So my hypothesis is that it's the behavior of the watch. But i am not sure the reason why 3. is not working since I am making a standalone app and the watch supports wifi or internet connection why can't we directly pull data via the watch internet connectivity? Please someone who can elaborate the reason will be greatly appreciated.

If the app is not working while the phones wifi is switched off, then shutdown the phone and give a try. The app should work(It works for me). I am not quite sure this is a solution but since limited resources this would help some. And if anyone finds out a correct answer please post it in here.

WatchConnectivity is a framework for communicating between a watch app and its companion iOS app, so that tag doesn't apply in this case. Assuming you're making a URLSession request from the watch? Can you please paste a code snippet?

If I'm understanding you correctly, you're saying that the App Store can't connect either when the phone's WiFi is off. If that's the case, make sure the watch is connected to a 2.4GHz WiFi network, and that network actually has connectivity.

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L.v.d.W., B.S. and P.G.T. performed the experiments. M.L. and J.B.N. did preparatory experimental work. H.-J.M. and H.-F.W. produced the radioactive source 1. C.M., J.R., K.E., C.E.D., N.G.T. and L.v.d.W. produced the radioactive sources 2 and 3. L.v.d.W., P.G.T. and B.S. wrote the manuscript with input from all authors.

Daughter nuclides of the 233U decay chain leave the 233U source owing to the kinetic recoil energy transferred to the nucleus during the α decay. Only those nuclides produced by α decay have enough kinetic recoil energy to leave the 233U source material efficiently. The maximum layer thickness through which recoiling nuclei can pass is a few tens of nanometres. The α-recoil nuclei are thermalized with helium and extracted from the stopping cell. The process of electron capture during thermalization leads to the formation of ions in the 1+, 2+ or 3+ charge states. Subsequently, an ion beam is formed and purified with a quadrupole mass-separator such that only 229Th remains. The thorium ions are collected by soft landing on the surface of a microchannel-plate (MCP) detector and the isomeric decay is detected. Major components shown here are described in detail in Extended Data Fig. 2 legend.

The accuracy of atomic clocks, which measure time based on atomic transitions, is central to the function of systems as diverse as GPS navigation and radio astronomy. In theory, a nuclear clock based on an optical excitation of a nuclear transition, could be even better than atomic clocks in terms of stability and compactness. However, the only nuclear state with an excitation energy sufficiently low for this application is the first excited state of thorium-229. But this is arguably most exotic transition in the whole nuclear landscape, and has proven to be extremely hard to detect. Only some indirect evidence could be obtained previously. Here, based on low-energy microchannel plate detection, Lars von der Wense and colleagues achieve direct detection of the thorium-229 nuclear-clock transition, placing new limits on the transition energy and measuring the state's half-life. As well as being a step towards a nuclear clock, these results also suggest that nuclear quantum optics and nuclear lasers based on this transition may be plausible possibilities.

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