RT @Planaria1: Next up is Jesse Veenvliet @jvveenvliet from @mpicbg He is sharing his most recent work on modeling mammalian embryogenesi…

RT @Planaria1: Next up is Jesse Veenvliet @jvveenvliet from @mpicbg He is sharing his most recent work on modeling mammalian embryogenesi…

Next up is Jesse Veenvliet @jvveenvliet from @mpicbg He is sharing his most recent work on modeling mammalian embryogenesis in vitro #ksstemcelll2023 Learn more: PMID: 34908102 https://t.co/KFRUmRyHfH https://t.co/0Tsq8tcQsg

RT @AMartinezArias: There has been a flurry of reports on the use of ESC/iPSC derived systems to understand human somitogenesis. Inspired b…

RT @AMartinezArias: There has been a flurry of reports on the use of ESC/iPSC derived systems to understand human somitogenesis. Inspired b…

RT @AMartinezArias: There has been a flurry of reports on the use of ESC/iPSC derived systems to understand human somitogenesis. Inspired b…

RT @AMartinezArias: There has been a flurry of reports on the use of ESC/iPSC derived systems to understand human somitogenesis. Inspired b…

RT @AMartinezArias: There has been a flurry of reports on the use of ESC/iPSC derived systems to understand human somitogenesis. Inspired b…

RT @AMartinezArias: There has been a flurry of reports on the use of ESC/iPSC derived systems to understand human somitogenesis. Inspired b…

RT @AMartinezArias: There has been a flurry of reports on the use of ESC/iPSC derived systems to understand human somitogenesis. Inspired b…

There has been a flurry of reports on the use of ESC/iPSC derived systems to understand human somitogenesis. Inspired by developments from mouse ESCs (https://t.co/HHnqjtCfRt and https://t.co/M01IYWsoqj) they highlight the value of these systems to give n

& (2) Extracellular matrix (#matrigel) to add not only patterning but also architecture: https://t.co/taoBM7zRZo (8/9)

Links to the original publications: https://t.co/EJpkwuy3HT https://t.co/GegPmDBEFv

@mpoessel Ein Beispiel wäre dieses Paper. Es war extrem aufwändig und hat sehr viel Zeit in Anspruch genommen https://t.co/mJnkbg57xn Das Projekt war zwar eingebettet in den Kontext des Departments (https://t.co/ZgSatQKMF5) war aber eigenständig und benöti

Mouse somitogenesis was recapitulate before https://t.co/esnG0Q56Ji https://t.co/I0mXyt9zJL Human somites were also made (not periodically formed though) https://t.co/rt6ylm82At The point of our study is sequential formation of human somites coupled with t

RT @rio_sugimura: Today's read 124 #Organoids #Gastruloids #SyntheticEmbryos #EmbryoidBodies #Trunk #embryonic #organoid Am I missing any…

RT @rio_sugimura: Today's read 124 #Organoids #Gastruloids #SyntheticEmbryos #EmbryoidBodies #Trunk #embryonic #organoid Am I missing any…

RT @rio_sugimura: Today's read 124 #Organoids #Gastruloids #SyntheticEmbryos #EmbryoidBodies #Trunk #embryonic #organoid Am I missing any…

RT @rio_sugimura: Today's read 124 #Organoids #Gastruloids #SyntheticEmbryos #EmbryoidBodies #Trunk #embryonic #organoid Am I missing any…

Today's read 124 #Organoids #Gastruloids #SyntheticEmbryos #EmbryoidBodies #Trunk #embryonic #organoid Am I missing any more names?😅 @ScienceMagazine Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https:/

RT @adrianobolondi: Few months ago we published the induction of embryo-like morphology in #gastruloids, resulting in the formation of a ne…

Few months ago we published the induction of embryo-like morphology in #gastruloids, resulting in the formation of a neural tube flanked by somites @ScienceMagazine 👇 2/4 https://t.co/yeshnbAcfD

@sanewman1 @MalcolmByrnes @stemcellreports @Dev_Bio_Journal As a side-note regarding your comment that GRNs are not faithfully recapitulated: this is contradicted by recent studies, see e.g. https://t.co/bjKtOKttGr, https://t.co/4cpV9m9iLN, https://t.co/OC

If you want to know more about this interesting topic, register at 👉https://t.co/6YzAQwBKLl The paper can be found here 👉https://t.co/dn2ZRKYcIb

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

@ProfBootyPhD @pknoepfler The segmentation clock is active, with in vivo like periodicity, see https://t.co/bjKtOKttGr & https://t.co/OCn0n4D3mr

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @IpekGassa: Check out this amazing work done by my supervisors @jvveenvliet and @adrianobolondi showing trunk formation in #gastruloids.…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @AMartinezArias: @Rajee_Rajakumar and, of course, pay attention to @jvveenvliet intriguingh results which point out a way to explore th…

RT @AMartinezArias: @Rajee_Rajakumar and, of course, pay attention to @jvveenvliet intriguingh results which point out a way to explore th…

@Rajee_Rajakumar and, of course, pay attention to @jvveenvliet intriguingh results which point out a way to explore the answers https://t.co/8DmVnbLuQH

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @adrianobolondi: Really excited to share my first PhD work with @jvveenvliet out today in @ScienceMagazine, where we induced trunk-like-…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @StemCellsJournl: Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/BpnsthYM…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @StemCellsJournl: Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/BpnsthYM…

RT @StemCellsJournl: Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/BpnsthYM…

RT @LaskerFDN: Mouse embryonic #stemcells self-organize into trunk-like structures when grown in an artificial extracellular matrix. The st…

RT @StemCellsJournl: Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/BpnsthYM…

RT @StemCellsJournl: Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/BpnsthYM…

Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/BpnsthYM4r

RT @LaskerFDN: Mouse embryonic #stemcells self-organize into trunk-like structures when grown in an artificial extracellular matrix. The st…

マウス胚性幹細胞は、神経管と体節を備えた幹細胞のような構造に自己組織化します https://t.co/VxVxvPSLAZ https://t.co/sgve8yz7dm #サイエンス誌

Mouse embryonic #stemcells self-organize into trunk-like structures when grown in an artificial extracellular matrix. The structures resemble in vivo neural tube and bilateral somites in morphology, polarity, and gene expression. #developmentalbiology http

RT @BrainOrganoid: Matrigel is magic! Yet another example of how embedding in ECM enables beautiful tissue architecture. Here with gastrulo…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

Studying complex vertebrate development in vitro based on embryo-like architecture in #gastruloids was successfuly published in @ScienceMagazine by ...Alexander Meissner & Bernhard G. Herrmann https://t.co/NjyAmqqgFx @MPI_MolGen @FU_Berlin @ChariteBer

RT @ESC_iPSC_News: MPI for Molecular Genetics 🧬 (@MPI_MolGen) scientists showed that embedding of #ESC-derived aggregates in an #ECM surrog…

RT @BrainOrganoid: Matrigel is magic! Yet another example of how embedding in ECM enables beautiful tissue architecture. Here with gastrulo…

RT @StemCellTracker: Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/Njj9ofPa…

RT @adrianobolondi: Really excited to share my first PhD work with @jvveenvliet out today in @ScienceMagazine, where we induced trunk-like-…

RT @adrianobolondi: Really excited to share my first PhD work with @jvveenvliet out today in @ScienceMagazine, where we induced trunk-like-…

RT @BrainOrganoid: Matrigel is magic! Yet another example of how embedding in ECM enables beautiful tissue architecture. Here with gastrulo…

RT @adrianobolondi: Really excited to share my first PhD work with @jvveenvliet out today in @ScienceMagazine, where we induced trunk-like-…

RT @JohnNosta: Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/mY5whs7zd2 #d…

Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/mY5whs7zd2 #digitalhealth #stemcells #biotech

Congrats! 🥳

RT @s_heesch: Extremely proud of my good friend @jvveenvliet and his awesome paper, now finally out in @ScienceMagazine. Congrats!!

RT @Stem_Cell_Dir: Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/uK8fGFd4EK

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @BrainOrganoid: Matrigel is magic! Yet another example of how embedding in ECM enables beautiful tissue architecture. Here with gastrulo…

Beautiful!

Self organizing trunk-like structures in dishes.

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites https://t.co/uK8fGFd4EK

RT @adrianobolondi: Really excited to share my first PhD work with @jvveenvliet out today in @ScienceMagazine, where we induced trunk-like-…

RT @adrianobolondi: Really excited to share my first PhD work with @jvveenvliet out today in @ScienceMagazine, where we induced trunk-like-…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @BrainOrganoid: Matrigel is magic! Yet another example of how embedding in ECM enables beautiful tissue architecture. Here with gastrulo…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @adrianobolondi: Really excited to share my first PhD work with @jvveenvliet out today in @ScienceMagazine, where we induced trunk-like-…

Beautiful work

RT @maikemarczenke: So great to see that it's finally out, congrats to @adrianobolondi and of course to all the others! It's one of my favo…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

Excellent work by @jvveenvliet et al. The next step in post-implantation embryo-like models: trunk-like structures. Congrats!

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @BrainOrganoid: Matrigel is magic! Yet another example of how embedding in ECM enables beautiful tissue architecture. Here with gastrulo…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

Fascinating stuff: 'Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites' https://t.co/j14A8zYpww

Matrigel induces ESC-derived gastruloids to form trunk-like/embryo-like architecture!

Huge amount of work! A landmark study.

RT @jvveenvliet: After yesterday's euphoria about our paper (https://t.co/OCn0n4D3mr) one more shoutout to the team. This is @adrianobolond…

RT @ESC_iPSC_News: MPI for Molecular Genetics 🧬 (@MPI_MolGen) scientists showed that embedding of #ESC-derived aggregates in an #ECM surrog…

Such a fantastic project and paper!

https://t.co/hi3IPPliRv

RT @jvveenvliet: After yesterday's euphoria about our paper (https://t.co/OCn0n4D3mr) one more shoutout to the team. This is @adrianobolond…

After yesterday's euphoria about our paper (https://t.co/OCn0n4D3mr) one more shoutout to the team. This is @adrianobolondi, library prep legend & much more. Co-first & the best partner in crime I could've asked for! Rumour goes he'll start looking

RT @jvveenvliet: We’re really proud that our efforts to induce embryo-like architecture in #gastruloids, resulting in the generation of tru…

RT @GJCVeenstra: Beyond 'gastruloids': Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites h…

RT @GJCVeenstra: Beyond 'gastruloids': Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites h…

@cell_rm

RT @GJCVeenstra: Beyond 'gastruloids': Mouse embryonic stem cells self-organize into trunk-like structures with neural tube and somites h…