After a deep dive, Jenna’s conclusion is short and sweet. A highlight: “I really hope that this blog will help make the process of illumination correction easier, even if it is just for one person. I know I would have benefited from something like this when I first started.”

RT @FlorianHeigwer: Are you on the hunt for a fascinating MSc.-Thesis or internship #opportunity in #cancerresearch? We are offering a proj…

In this work, we find a reproducible cell morphology signature predicting when colon cancer cells resist death The signature is specific to bortezomib mechanisms and we don't yet know what its telling us biologically @MeganEKelley with the full scoop👇

RT @MeganEKelley: I’m excited to share our latest work on bioRxiv, High-content microscopy reveals a morphological signature of bortezomib…

RT @martweig: Happy to share our latest paper on self-supervised representation learning for live-cell microscopy with time arrow predicti…

RT @CUBiomedInfo: Time for another tip from our #SoftwareEngineering Team! Learn how to save time and #reduce wasted conversion effort wit…

RT @antoniorporras: We’re ready to start the first CU Anschutz Symposium on Biomedical Imaging!

RT @FlorianHeigwer: Today I am happy to announce our latest publication, "A global genetic interaction network by single-cell imaging and m…

@miltondp @CUBiomedInfo @CUMedicalSchool 👏👏 welcome!

RT @miltondp: Thrilled to announce that I'll be starting as an Assistant Professor in the @CUBiomedInfo at the @CUMedicalSchool in May 202…

RT @GoogleAI: Presenting TiDE, a time-series dense encoder for long-term time-series forecasting that enjoys the simplicity and speed of li…

RT @CUBiomedInfo: We're back with another #softwaredevelopment trick from our Software Engineering Team to help you achieve your goals! Let…

RT @virtual_embryo: Can we predict cellular forces just from microscopy ? We are happy to release a robust method by @SachaIchbiah to crea…