RELEASE: I’m out on GitHub in an upgraded version as “MINI2P 2023”. Improvements: • scanning distortion • weight • new locking mechanism for faster & easier assembly and reparation • and other treats! A commercial version of @KISNeuro’s #MINI2P_2023 will be available soon

We’re excited to support the work of @Edvard.Moser at the @KISNeuro @NTNU and his global team of researchers as they develop and share new imaging technologies that will deepen our understanding of health and disease.” (2:2)

Learn to build & use the #OpenSource @TheMini2P by spending three December days in lovely Trondheim, with @WikiZong and the @KISNeuro team. 🗓 7-9 December 2022 📍 @KISNeuro in Trondheim Apply to first #Mini2P workshop here 👉 ntnu.edu/kavli/mini2p/worksh…

Application open: First #Mini2P workshop! Learn to build & use the #OpenSource @TheMini2P by spending three December days in lovely Trondheim, with @WikiZong and the @KISNeuro team. 🗓 7-9 December 2022 📍 @KISNeuro in Trondheim Apply here 👉 ntnu.edu/kavli/mini2p/worksh… – at Trondheim, Norway

Questions? Suggestions? Found bugs in my codes? 🤖 👉 Get in touch with my team on Slack by following this link: join.slack.com/t/mini2p/shar… The #Mini2P team from @KISNeuro are waiting for you on Slack!

Today by @WikiZong on #FOM2022

Here is a short video introduction to Mini2P 🤖: 📽 youtu.be/LJLlmt7I6P0 via @YouTube

The new MINI2P ScanImage device is published! Video tutorial here: youtu.be/DlftmRX5ty0

Kindly notice that there are two version of HC-920 from NKT which have different outer diameter. 🔍🤖 Therefore, please check the one you ordered and choose the right glass flange, accordingly. Thank you @trose_neuro for notifying us about this issue! 🙌 🤖

Hello @maximewc Here is my new Z-scanning feature. I can record over 1,000 non-repeated cells in VC across 4 planes. Recordings in one mouse showed single-cell-resolution 3D functional imaging within a 420×420×160 μm3 volume, at a volume rate of 2 Hz Dev by @WikiZong @KISNeuro