
Hubrecht Institute
@_Hubrecht
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Utrecht
Joined June 2014
What if science truly is like volleyball, where teamwork and support are everything? We spoke with Francesca Mattiroli, who recently earned tenure, to explore this question and more. Read her inspiring story here 👉
www.hubrecht.eu
She always dreamed of becoming a scientist. Francesca Mattiroli, has passed tenure evaluation with flying colors. She will expand her chromatin research.
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Researchers from @BakkersLab have successfully repaired damaged mouse hearts using a protein from zebrafish. This study marks a promising step toward regenerative therapies to prevent heart failure. Read more @DEMdeBakker .@BouwmanMara .@J_Bakkers
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Researchers from the @TheCleversLab developed a method to grow organoids using a bacterial protein: Invasin. The study, published today in @PNASNews, shows that Invasin offers a sustainable, affordable and animal-free alternative to current methods.
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How reliably is the epigenome passed from one cell to its daughter cells? @AlexandervanOu1, @jervdberg, @groth_anja & @Lleonie received a @novonordiskfond grant to answer this question, which will lead to new strategies to prevent disease and combat aging
www.hubrecht.eu
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Congratulations to dr. Yasmine El Azhar, who successfully defended her thesis: Notch signalling dynamics during mouse development and homeostasis. She developed a mouse model to visualize real-time Hes1 oscillations in single cells @SonnenKatharina group.
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RT @HansClevers: Exciting study by Amanda Andersson Rolf et al: In vitro expansion of a human fetal #pancreas #stemcell that generates all….
www.cell.com
Identification of an LGR5 as a marker for a tripotent stem/progenitor cell of the human fetal pancreas. Organoids derived from single LGR5+ cells are capable of long-term expansion in vitro and...
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RT @TheCleversLab: 📢New human fetal pancreatic organoid model generates all three key cell types of the pancreas. New paper in @CellCellPre….
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Researchers from @TheCleversLab created an organoid that mimics the human fetal pancreas. Unlike previous models, this organoid has all three key cell types. They also identified the stem cell that develops into these cells. Curious? @AmandaARolf @Roche
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🧬New research published @NatureComms reveals how cells fix damaged DNA. Researchers from the @kind_jop group mapped repair proteins and show how they form 'hubs,' to coordinate repairs, almost like a 'repair café'. Learn more: #DNARepair #SingleCell.
www.hubrecht.eu
Research from the Kind Group reveals how proteins collaborate in 'hubs' to repair damaged DNA, advancing our understanding of cellular repair mechanisms.
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Researchers from the Organoid group have developed a new organoid model to study the origin of colorectal cancer. The researchers studied the sequential accumulation of mutations contributing to tumor formation. @HansClevers @Tom_Mizutani Read more here:
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Congratulations to all researchers on this great new paper in @ScienceMagazine, including @BeumerJoep @geurts_maarten @VeerleGeurts @NinoukAkkerman @DanielKruegerDK @JensPuschhof, in collaboration with @Roche @IHB_Research @MaastrichtU @UMCUtrecht.
New @ScienceMagazine study in collab with @IHB_Research!.We identified novel receptors on enteroendocrine cells (EECs) that regulate secretion of endogenous hormones. These harbor therapeutic potential for metabolic disease. Read the paper or 🧵⬇️
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A team from the Organoid group and @IHB_Research @Roche has uncovered nutrient sensors on gut hormone-producing cells using organoids. The characterization of these sensors will help in treating metabolic & gut motility disorders. @BeumerJoep @HansClevers
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RT @EdouardHannezo: Super happy to see this heroic effort by @DimitriFabreges and Bernat Corominas out! Via a quantitative atlas of the dev….
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