Organoid News

7.7K posts

Organoid News

@organoidscience

An online resource for researchers studying and using organoids. Part of the @STEMCELLTech Science News service.

Vancouver, British Columbia Katılım Eylül 2017

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Organoid News@organoidscience·15 Nis

GIVEAWAY! 🎉 Step into your lab in style with a pair of @STEMCELLTech science socks. 🧦 To qualify, subscribe to any of the science newsletters offered by STEMCELL Science News and let us help you find your next journal club article. 📚 Learn more: bit.ly/4sFyUzh

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Organoid News@organoidscience·2d

Researchers developed a new multilayered microelectrode platform that can monitor neural activity throughout cerebral #organoids, improving long-term recording of 3D brain-like networks for neuroscience research and drug testing. 🔖 go.nature.com/4f8a9rP

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Organoid News retweetledi

STEMCELL Technologies@STEMCELLTech·27 Nis

GIVEAWAY! Win one of three pairs of our science socks.🧦 STEMCELL Science News delivers the latest research in immunology, cancer, and stem cell biology straight to your inbox. Subscribe to any of the newsletters by June 30 for a chance to win: bit.ly/3Q8FRKY

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Organoid News@organoidscience·3d

Researchers developed stretchable microelectrode arrays with microneedles for stable, minimally invasive electrophysiological recording of human heart and brain #organoids. Learn more here: 🔖 bit.ly/3Rj9cTD

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Organoid News@organoidscience·4d

In this review, the authors highlight how kidney #organoids are advancing disease modeling, drug discovery, and regenerative medicine for chronic kidney disease. Read more here: ▶️ bit.ly/4fEdVcm

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Organoid News@organoidscience·5d

Researchers show that targeting YAP-mediated stromal signaling overcomes fibrosis-driven chemoresistance, enabling near-complete tumor eradication in a human #organoid model. Discover more here: 🔗 bit.ly/4dukzkl

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Organoid News@organoidscience·18 May

Researchers developed a robust engineered cuboid chip platform to generate distal respiratory airway #organoids from human pluripotent stem cells with enhanced efficiency and maturity. ▶️ bit.ly/4tAw6mA

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Organoid News@organoidscience·15 May

Drs. Christopher Moraes, Fabio Cicoira, and colleagues at @mcgillu and Polytechnique Montreal introduce a PEDOT-coated printed circuit board electrodes as a scalable, reusable platform for low-noise brain #organoid electrophysiology. bit.ly/4nwoeBm

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Organoid News@organoidscience·14 May

In this review, Dr. Qiuwei Pan and colleagues at Erasmus MC discuss how organoid platforms are advancing research in viral pathogenesis, host-pathogen interactions, vaccine development, zoonotic transmission, and pandemic preparedness. @natrevbioeng 🔖 go.nature.com/4tAWa0V

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Organoid News@organoidscience·14 May

Here's something to bookmark. Researchers develop “Flash Assembloids,” a rapid bioengineered platform that models early glioblastoma invasion and tumor–brain interactions using brain #organoids. bit.ly/4uNMIIQ

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Organoid News retweetledi

Meenal Datta@DattaScientist·12 May

This was a blast! Thanks to Arun and Daylon for the kind invitation to speak about @NDTIMELab's work to understand cancer and immune mechanics on Earth and in space. Perfect timing with SpX-34 launching (hopefully) tonight with our #glioblastoma #organoid payload on board!

Stem Cell Podcast@stemcellpodcast

📢 New episode alert! Dr. Meenal Datta (@DattaScientist) at @NDBioeng discusses how mechanical forces within tumors shape cancer progression and immune responses, with a focus on #glioblastoma. 🎙️ Tune in to the discussion: bit.ly/3PhLjLh

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Organoid News@organoidscience·13 May

There's still time to enter to win a pair of science-themed socks! 🧡👀🧦🤩

Immunology Podcast@ImmunoPodcast

GIVEAWAY! Where science meets style.🧦 For a chance to win a pair of @STEMCELLTech science socks, subscribe to any of the 20 newsletters offered by Science News and get the latest immunology updates delivered straight to your inbox. ⏳You have until June 30th: bit.ly/3QJfRWF

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Organoid News@organoidscience·11 May

Modeling Friedreich’s ataxia! 🧠 In this study, investigators develop Bergmann glia–enriched cerebellar #organoids to model Friedreich’s ataxia, revealing disease features and potential therapeutic rescue strategies. 🔖 go.nature.com/4db5eDF

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Organoid News@organoidscience·8 May

Scientists highlight how advanced cardiac #organoids and microphysiological systems improve drug testing by better predicting human heart responses. 🔓 #OpenAccess 📖 go.nature.com/4trILIL

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Organoid News@organoidscience·7 May

Scientists develop patient-derived lung cancer #organoids from malignant effusions to predict treatment response and uncover mechanisms of EGFR inhibitor resistance. 🔓 #OpenAccess bit.ly/48LNCwP

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Organoid News@organoidscience·6 May

An #organoid-based in vitro menstrual cycle captures breakdown and regeneration. Researchers at the Friedrich Miescher Institute for Biomedical Research have recreated the menstrual cycle in the lab using tiny 3D structures called endometrial organoids. 📺: bit.ly/4dqBUKD 📝: bit.ly/4doQ2Ei

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Organoid News@organoidscience·4 May

A new #review from Drs. Ida Calvi (@CalviIda) and Margherita Turco highlights how 3D human #trophoblast organoid systems are transforming our ability to investigate human placental biology in #pregnancy. 🤰 Read it in @FEBS_Letters: bit.ly/4dmAAZc

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Organoid News@organoidscience·2 May

Scientists from Eindhoven University of Technology resent a novel strategy using an automated bioreactor platform that enables large-scale expansion of human liver #organoids. Learn more here: bit.ly/4t840iE

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Organoid News@organoidscience·30 Nis

Using organoids for regenerative hair restoration! Discover regenerative approaches to hair restoration and the emerging role of engineered in vitro platforms in modeling human hair growth and enabling translational discovery. 🔖 rsc.li/41VZ59g

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Organoid News@organoidscience·30 Nis

A research team from the University Hospital Münster show that human kidney #organoids can model fibrosis, revealing key pathways and targets like PIM1 for potential therapeutic intervention. Read more here: 🔖 bit.ly/4n2cSEY

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Organoid News@organoidscience·29 Nis

Investigators present a protocol for generating iPSC-derived intestinal #organoids with high phenotypic similarity to primary material. Learn more via @STARProtocols: 📝 bit.ly/4mZ74fq

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Keşfet

@mcgillu @natrevbioeng @NDTIMELab @CalviIda @FEBS_Letters @STARProtocols @elonmusk @BarackObama