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Organoid News
@organoidscience
An online resource for researchers studying and using organoids. Part of the @STEMCELLTech Science News service.
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http://organoidnews.com 26-09-2017 19:07:55
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![UCL Child Health Kidney Lab(@UCL_ICH_Kidney) 's Twitter Profile Photo UCL Child Health Kidney Lab(@UCL_ICH_Kidney) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1512072759899156497/UJwGd2S6_200x200.jpg)
⚠️PhD opportunity⚠️ We are recruiting a #PhD student to join our dynamic lab who will use #stemcells to generate 3D #organoids to investigate #vascular changes in children with #CKD , working with Profs David Long and Rukshana. Apply before 25/11/22 tinyurl.com/4bndbf4a
![UCL Child Health Kidney Lab (@UCL_ICH_Kidney) on Twitter photo 2022-10-27 09:26:05 ⚠️PhD opportunity⚠️ We are recruiting a #PhD student to join our dynamic lab who will use #stemcells to generate 3D #organoids to investigate #vascular changes in children with #CKD, working with Profs David Long and @RukshanaShroff. Apply before 25/11/22 tinyurl.com/4bndbf4a ⚠️PhD opportunity⚠️ We are recruiting a #PhD student to join our dynamic lab who will use #stemcells to generate 3D #organoids to investigate #vascular changes in children with #CKD, working with Profs David Long and @RukshanaShroff. Apply before 25/11/22 tinyurl.com/4bndbf4a](https://pbs.twimg.com/media/FgEMN-cXEAAsnBy.jpg)
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🔬 Dr. Michael Lidsky, MD, FACS-led research team from Duke University School of Medicine generated and characterized a patient-derived FGFR2 fusion+ intrahepatic cholangiocarcinoma model system consisting of a #CellLine , #organoid , and #xenograft .
📖 More in npj Journals | ✔️ go.nature.com/3DeOJ7s
![Organoid News (@organoidscience) on Twitter photo 2022-10-27 14:31:02 🔬 Dr. @michael_lidsky-led research team from @DukeMedSchool generated and characterized a patient-derived FGFR2 fusion+ intrahepatic cholangiocarcinoma model system consisting of a #CellLine, #organoid, and #xenograft. 📖 More in @Nature_NPJ | ✔️ go.nature.com/3DeOJ7s 🔬 Dr. @michael_lidsky-led research team from @DukeMedSchool generated and characterized a patient-derived FGFR2 fusion+ intrahepatic cholangiocarcinoma model system consisting of a #CellLine, #organoid, and #xenograft. 📖 More in @Nature_NPJ | ✔️ go.nature.com/3DeOJ7s](https://pbs.twimg.com/media/FgFTXwjaYAAH_Ro.jpg)
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Researchers at Fudan University used #scRNAseq to profile cell atlas representing the development of endometrioid #EndometrialCancer (EEC). Published in Nature Communications, this study will facilitate the research and diagnosis of EEC.
🔎 Learn more here: go.nature.com/3DdsEq8
![Organoid News (@organoidscience) on Twitter photo 2022-10-26 21:17:02 Researchers at Fudan University used #scRNAseq to profile cell atlas representing the development of endometrioid #EndometrialCancer (EEC). Published in @NatureComms, this study will facilitate the research and diagnosis of EEC. 🔎 Learn more here: go.nature.com/3DdsEq8 Researchers at Fudan University used #scRNAseq to profile cell atlas representing the development of endometrioid #EndometrialCancer (EEC). Published in @NatureComms, this study will facilitate the research and diagnosis of EEC. 🔎 Learn more here: go.nature.com/3DdsEq8](https://pbs.twimg.com/media/FgBmtTzXwAAiIqd.jpg)
![Angie Serrano(@MAngieSerrano) 's Twitter Profile Photo Angie Serrano(@MAngieSerrano) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1112089603454824453/6A8I3kEl_200x200.jpg)
And now…we are ready for you!
We are hiring a postdoc! I will only say, we want you to be successful and we do it as a team! Come and join us! #zebrafish #iPSC #BrainOrganoids #RareDisease
Retweet appreciated! Zebrafish Rock! Boston University Boston U Chobanian & Avedisian School of Medicine
crem.bu.edu/now-hiring/
![Angie Serrano (@MAngieSerrano) on Twitter photo 2022-10-25 20:17:43 And now…we are ready for you! We are hiring a postdoc! I will only say, we want you to be successful and we do it as a team! Come and join us! #zebrafish #iPSC #BrainOrganoids #RareDisease Retweet appreciated! @ZebrafishRock @BU_Tweets @BUMedicine crem.bu.edu/now-hiring/ And now…we are ready for you! We are hiring a postdoc! I will only say, we want you to be successful and we do it as a team! Come and join us! #zebrafish #iPSC #BrainOrganoids #RareDisease Retweet appreciated! @ZebrafishRock @BU_Tweets @BUMedicine crem.bu.edu/now-hiring/](https://pbs.twimg.com/media/Ff8PinGWIBEZXPt.jpg)
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⚡ 3D cell culture models are revolutionizing #CancerResearch !
Here's a review by Ronit Satchi-Fainaro and team that presents 3D #bioprinted cancer modeling, focusing on the biological processes involved in cancer progression.
📤 Published in NatureReviewsCancer | go.nature.com/3TU6zUb
![Organoid News (@organoidscience) on Twitter photo 2022-10-26 01:41:01 ⚡ 3D cell culture models are revolutionizing #CancerResearch! Here's a review by @RSFLab and team that presents 3D #bioprinted cancer modeling, focusing on the biological processes involved in cancer progression. 📤 Published in @NatureRevCancer | go.nature.com/3TU6zUb ⚡ 3D cell culture models are revolutionizing #CancerResearch! Here's a review by @RSFLab and team that presents 3D #bioprinted cancer modeling, focusing on the biological processes involved in cancer progression. 📤 Published in @NatureRevCancer | go.nature.com/3TU6zUb](https://pbs.twimg.com/media/Ff9ZipVWQAAUTKG.png)
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Happy to see JiSoo Park’s work on mouse neural tube organoids published journals.biologists.com/dev/article/14… 👏🎉!! Not quite a #SyntheticEmbryo … but still impressive display of the self-organization capacity of stem cells. Check out the neural crest cells that emerge from these organoids!
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🔥the crypt stem niche in differentiated colonic #organoids
#SciArt #Microscopy #OrganoidOctober
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The Sussel Lab group at Barbara Davis Center discusses the strengths and weaknesses of animal, #hPSC derived β-like cell, and #organoid models in understanding β cell biology in their latest review published in Frontiers in Endocrinology.
📍 Full article here: bit.ly/3TyEwK3
![Organoid News (@organoidscience) on Twitter photo 2022-10-25 00:18:01 The Sussel Lab group at @BarbaraDavisCtr discusses the strengths and weaknesses of animal, #hPSC derived β-like cell, and #organoid models in understanding β cell biology in their latest review published in @FrontEndocrinol. 📍 Full article here: bit.ly/3TyEwK3 The Sussel Lab group at @BarbaraDavisCtr discusses the strengths and weaknesses of animal, #hPSC derived β-like cell, and #organoid models in understanding β cell biology in their latest review published in @FrontEndocrinol. 📍 Full article here: bit.ly/3TyEwK3](https://pbs.twimg.com/media/Ff389E5XoAIlBgw.jpg)
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Exciting Day! 🎉Our Nature Communications paper is out! We developed a pharmacogenomics pipeline that identified new statin-compound combinations for Breast Cancer therapy.
doi.org/10.1038/s41467…
#pharmacogenomics #bioinformatics #cancerresearch #breastcancer #organoids #drugscreening
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An effort to conserve #EndangeredSpecies ! 🦏
Dr. Sebastian Diecke's lab at Max Delbrück Center generated #iPSCs from the last male Malaysian Sumatran rhinoceros that differentiated into high-quality cerebral #organoids . 🧠
iScience journal
➡️ bit.ly/3eVT1sj
![Organoid News (@organoidscience) on Twitter photo 2022-10-22 15:28:01 An effort to conserve #EndangeredSpecies! 🦏 Dr. Sebastian Diecke's lab at @MDC_Berlin generated #iPSCs from the last male Malaysian Sumatran rhinoceros that differentiated into high-quality cerebral #organoids. 🧠 @iScience_CP ➡️ bit.ly/3eVT1sj An effort to conserve #EndangeredSpecies! 🦏 Dr. Sebastian Diecke's lab at @MDC_Berlin generated #iPSCs from the last male Malaysian Sumatran rhinoceros that differentiated into high-quality cerebral #organoids. 🧠 @iScience_CP ➡️ bit.ly/3eVT1sj](https://pbs.twimg.com/media/Ffrwd-SWAAIdW-y.jpg)
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I’m happy to coordinate this terrific projects with outstanding European partners. Thanks a lot for your effort getting a competitive project!!
Creatio UB IDIBAPS Universitat de Barcelona Poietis VERIGRAFT DTU Ospedale San Raffaele
![Munera lab(@Muneralab) 's Twitter Profile Photo Munera lab(@Muneralab) 's Twitter Profile Photo](https://pbs.twimg.com/profile_images/1519762405793968130/c8yj2dPZ_200x200.jpg)
Caco-2 cells stained for E-cad (green) ZO-1 (red) and DAPI (blue) #FluorescenceFriday #organoids #humanintestinalorganoids #microscopy #cellbiology #sciart #bioart
![Munera lab (@Muneralab) on Twitter photo 2022-10-21 16:08:24 Caco-2 cells stained for E-cad (green) ZO-1 (red) and DAPI (blue) #FluorescenceFriday #organoids #humanintestinalorganoids #microscopy #cellbiology #sciart #bioart Caco-2 cells stained for E-cad (green) ZO-1 (red) and DAPI (blue) #FluorescenceFriday #organoids #humanintestinalorganoids #microscopy #cellbiology #sciart #bioart](https://pbs.twimg.com/media/Ffmv-CKXgAc3FIw.jpg)
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🏅 A one-of-a-kind research!
Dr. Jane Sowden and team established the first #RetinalOrganoid disease model for USH1B by coupling #iPSC technology and in vitro retinal differentiation protocols. 👁️
StemCellReports UCL Great Ormond Street Institute of Child Health Great Ormond Street Hospital
🔓 bit.ly/3CQiX0J
![Organoid News (@organoidscience) on Twitter photo 2022-10-20 12:45:03 🏅 A one-of-a-kind research! Dr. Jane Sowden and team established the first #RetinalOrganoid disease model for USH1B by coupling #iPSC technology and in vitro retinal differentiation protocols. 👁️ @stemcellreports @UCLchildhealth @GreatOrmondSt 🔓 bit.ly/3CQiX0J 🏅 A one-of-a-kind research! Dr. Jane Sowden and team established the first #RetinalOrganoid disease model for USH1B by coupling #iPSC technology and in vitro retinal differentiation protocols. 👁️ @stemcellreports @UCLchildhealth @GreatOrmondSt 🔓 bit.ly/3CQiX0J](https://pbs.twimg.com/media/Ffg3_HxXoAAPTXx.jpg)
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New work by the MOKALAB (Mike O. Karl) at DZNE Research Center!
The authors established a human #RetinalOrganoid system to model a complex combination of #photoreceptor and glial pathologies.
💡 Learn more at Nature Communications:
📖 go.nature.com/3yTSoX8
![Organoid News (@organoidscience) on Twitter photo 2022-10-19 23:04:01 New work by the MOKALAB (@mokarl) at @DZNE_en! The authors established a human #RetinalOrganoid system to model a complex combination of #photoreceptor and glial pathologies. 💡 Learn more at @NatureComms: 📖 go.nature.com/3yTSoX8 New work by the MOKALAB (@mokarl) at @DZNE_en! The authors established a human #RetinalOrganoid system to model a complex combination of #photoreceptor and glial pathologies. 💡 Learn more at @NatureComms: 📖 go.nature.com/3yTSoX8](https://pbs.twimg.com/media/Ffd8EXYWYAAZpBp.jpg)
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Authors Oliver Eichmüller and Juergen Knoblich (The Knoblich Lab) from IMBA wrote a review on the importance of human-derived #organoid models to study #NeurologicalDiseases and the human brain 🧠.
Read the full article at Nat Rev Neurology:
🔎 go.nature.com/3TfXx46
![Organoid News (@organoidscience) on Twitter photo 2022-10-19 05:26:01 Authors Oliver Eichmüller and Juergen Knoblich (@Knoblich_lab) from @IMBA_Vienna wrote a review on the importance of human-derived #organoid models to study #NeurologicalDiseases and the human brain 🧠. Read the full article at @NatRevNeurol: 🔎 go.nature.com/3TfXx46 Authors Oliver Eichmüller and Juergen Knoblich (@Knoblich_lab) from @IMBA_Vienna wrote a review on the importance of human-derived #organoid models to study #NeurologicalDiseases and the human brain 🧠. Read the full article at @NatRevNeurol: 🔎 go.nature.com/3TfXx46](https://pbs.twimg.com/media/FfaJ6THXoAEOKB7.jpg)
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Are you getting ready for your next conference? Don't miss great speakers in a very cool location. The conference is shared with the Stem Cells Keystone meeting and we will have shared sessions! #StemCells , #Organoids and in #development and #disease . Looking forward to it !