Maike Rees

PhD student @DKFZ_IMSY_lab, ex @KITKarlsruhe.
I'm interested in surgical multispectral imaging and AI to uncover knowledge within.

[Maike Rees @maikerees]

Today's Highlight: giving the Finance Minister of BaWü a behind-the-scenes look at our research. 🎉👩‍🔬

[DKFZ @DKFZ]

Der Finanzminister von BaWü Danyal Bayaz besuchte heute das DKFZ. Nach einem Austausch mit dem Vorstand verschaffte er sich in der Abteilung @DKFZ_IMSY_lab Einblicke in die Entwicklung KI-basierter Methoden in der medizinischen #Bildgebung. @FinanzenBW #Krebsforschung

[IMSY Lab (DKFZ) @DKFZ_IMSY_lab]

Congratulations to Tom Rix and @TimRaedsch on winning the best presentation and runner-up awards at the @DKFZ PhD retreat🏆 Well done! Also to @maikerees for best pitch - runner-up🙌🏻! Science communication should not be underestimated ☺️

[Maike Rees @maikerees]

What a ride! Parts of my master thesis are finally published in #AIinMedicine!
Find the full paper link + short summary in the 🧵

Big thanks to everyone involved 💙

[Axel Loewe (axel-loewe.bsky.social) @axel_loewe]

Can machine learning localize #PVC origin without 💙 imaging? An alternative to classic #ECGI?
Are mechanistic simulations sufficient to train such #AI algorithms?

We tried... https://t.co/OLdyAL5ArY Summary in this 🧵

#EPeeps @maikerees @steffen_schuler @EcgImaging

[IMSY Lab (DKFZ) @DKFZ_IMSY_lab]

IMSY Retreat 2023 🔥🔥🔥Thanks for the amazing organization Maike and Tom (you even arranged a drone for the group picture🚀)!

[Maike Rees @maikerees]

👩‍🔬👩‍💻Girls' day 2023 @DKFZ_IMSY_lab: 15 pupils (age 11-16) explored medical computer science. We showed them our multispectral 🌈 equipment in action & discovered how computers see images and colors. Let's encourage more young women to pursue STEM careers! #girlsday #WomenInSTEM

[Maike Rees @maikerees]

Want to know how to localize the origin of an ectopic heartbeat with AI? Or what I did in my master's thesis? Parts of it can be found in this preprint 😎

[Axel Loewe (axel-loewe.bsky.social) @axel_loewe]

🚨Preprint alert 🚨

Non-invasive Localization of the Ventricular Excitation Origin Without Patient-specific Geometries Using Deep Learning
https://t.co/6QeJ6jBpnb
@CaMo_KIT @steffen_schuler

More in this 🧵