I’ve written in the past about “Streaking“, and how expectations of getting 100% Time-In-Range can be unreasonable. Any of us can be within range for 5 minutes, but the longer and longer we measure the harder and harder it gets to not cross either of those borders. Unless the range is unreasonably large of course. …
CamAPS FX is the AID software that Ypsomed provides to use with the YpsoPump. It uses Dexcom G6 as its CGM. Some CamAPS users use the unofficial Anubis transmitters with G6 sensors. The Anubis cost advantage in Australia has shrunk with the NDSS CGM Subsidy, but still the advantages of faster warmup (50 minutes rather …
Announced today at ADATS, the LibreLink software will be updated soon in Australia. There are two major features: It will use the Libre 2 sensors (which do not need updates for this) to turn LibreLink into a realtime CGM app. No need to scan your sensor to get readings. It will receive a new setting …
Significant LibreLink update coming to Australia Read More »
In the last article I discussed what I think is a remarkable comparison between my recent personal data and the output of a 2019 CGM study of people without diabetes. At the end I showed a graph stretching over 20 years. It shows my HbA1c results over that time, overlaid with the TIR data from …
Further comparison with HCL and non-diabetic data Read More »
I’ve written multiple times about the benefits of using different ranges for Time In Range (see “Targets and Goals“). This is revisiting that topic in light of some recent experimental data. Like many this article has become quite long, but it’s split into sections: Terminology introduction, and choosing a new range based on published study …
Ever since I wrote about the Anubis project (twice in 2021) I keep getting people assuming that I’m responsible for it. They send me requests for units, instructions as to how to make them themselves, etc. Just to be clear: I was one of the people involved in early testing of the units, and I …