HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab) header
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The Stem Cell Research Institute @DKFZ HI-STEM (Heidelberg Institute for Stem Cell Technology and Experimental Medicine) gGmbH Head: Andreas Trumpp

Heidelberg, Germany
Joined November 2017
Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)Photo by HI-STEM - Cancer and Stem Cells in Heidelberg (@hi_stem_lab)
HI-STEM - Cancer and Stem Cells in Heidelberg retweeted
Check out Georg Nagel – the 2026 medicine prize laureate – wearing a blue helmet and a big smile, cycling into the University of Würzburg to a warm welcome full of balloons and applause from students. Check out his first reaction interview here: bit.ly/4yO0fBH
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1/8 🧵 How do HER2+ breast cancers escape targeted therapies? A groundbreaking paper in @CancerDiscovery led by Roberto Würth, Andreas Trumpp, and colleagues at @hi_stem_lab reveals a new route of treatment resistance: Neuroendocrine Differentiation (NED) 🧬👇
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7/8 💡 Key Takeaways: 1️⃣ NED is a major driver of resistance to HER2 targeted therapy in breast cancer. 2️⃣ EpCAM-based CTC detection misses NED escapees — NCAM+markers are needed. 3️⃣ FGFR1 inhibition offers a potential strategy to target drug-resistant neuroendocrine-like cells
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1/8 🧵 Rethinking Hematopoietic Stem Cell Isolation: Is CD150 missing a vital piece of the puzzle? A ground-breaking new study in @CellStemCell from @DawnSLin, Andreas Trumpp, and colleagues at @hi_stem_lab reveals a previously unrecognized, deeply dormant HSC population!🩸👇
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7/8 🧠 Why It Matters Understanding HSC heterogeneity and deep dormancy is vital for improving stem cell therapies,bone marrow transplantation, and targeting leukemic stem cell niches that evade traditional treatments.
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8/8 📖 Read the full open paper in Cell Stem Cell: sciencedirect.com/science/ar… Congrats to all the authors! 👏 #StemCells #Hematology #Immunology #ScienceTwitter
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HI-STEM - Cancer and Stem Cells in Heidelberg retweeted
Congratulations to our researchers on receiving the @BCD_AACR Blood Cancer Discovery Award for Outstanding Journal Article🎉! Learn how their single-cell atlas of healthy and AML blood cells paves the way for patient classification & precision medicine. aacrjournals.org/bloodcancer…
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HI-STEM - Cancer and Stem Cells in Heidelberg retweeted
Researchers are uncovering a complex dialogue between tumor cells and nerves that may help drive the growth and spread of pancreatic cancer. Learn more about this research, which was presented at #AACRpan26, on the #AACRBlog: brnw.ch/21x6HXe @hi_stem_lab @umichmedicine
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HI-STEM - Cancer and Stem Cells in Heidelberg retweeted
Striking a Nerve in #PancreaticCancer: Unraveling the Crosstalk Between Tumor Cells and Neurons aacr.org/blog/2026/10/23/str…
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