9 Jan 2024
We're back with the first episode of 2024!
⏰ Dr. Olivier Pourquié from @HarvardStemCell talks about his research on the #SegmentationClock, #somitogenesis, and #BrownFat development.
Listen now: bit.ly/3NWcesc
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3 Jul 2023
Dr. Miki Ebisuya (@EbisuyaMiki) has done it again! 🎉
Her lab has recapitulated the #SegmentationClock of six mammals using pluripotent stem cells.
🤔 Find out what they learned: bit.ly/441ISyz
🎧 Hear the discussion: bit.ly/46hL4U
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7 Jul 2022
#DBfeature 🪱 🪰
The great small organisms of developmental genetics: Caenorhabditis elegans & Drosophila melanogaster
A review by Judith Kimble & Christiane Nüsslein-Volhard
Model systems enable the discovery of #SegmentationClock, microRNA......
sciencedirect.com/science/ar…
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28 Apr 2021
日本グループが先導している #segmentationclock 研究の展開に注目。象はなぜネズミより大きいのか、という巨大な質問に、遺伝子ベース生化学反応速度のレベルで答えつつある。幹細胞テクノロジーの急進展のおかげ。発生から老化まで全生命過程の理解に関連する。
nature.com/articles/d41586-0…
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15 Oct 2020
You can't miss the next episode of @stemcellpodcast with @EbisuyaMiki about her @nature paper on #segmentationclock. Read more about this @embl & @riken_en research here: embl.org/news/science/segmen… and don't miss the #podcast!
14 Oct 2020
Next week's episode features Dr. Miki Ebisuya (@EbisuyaMiki) from @embl Barcelona! Check out her recent paper in @nature using #iPSCs to recapitulate the human segmentation clock. go.nature.com/2XltEoE
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18 Sep 2020
EMBL Barcelona's @EbisuyaMiki authors this @ScienceMagazine paper about #segmentationclock and explains why human embryos take so much longer to develop than mice. Congratulations, Miki and team! We are so proud of you!
In collaboration with @riken_en @UPFBarcelona.
Why do mice develop so much faster than humans?
Researchers from EMBL Barcelona & @riken_en have found one reason: the segmentation clock in mouse cells runs about 2.5 times as fast, and so do biochemical reactions in the different cellular environments.
embl.org/news/science/segmen…
ALT Composite image of mouse cells and human cells showing different levels of luminescence, indicated as different colours.
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Great new #segmentationclock #somitogenesis review. And since it's from the @OatesLab, there's of course some wordplay in the title!
📢 Do individual cells of the segmentation clock behave autonomously or is cell-cell communication required? What is the role of delays? Check out an exciting new review from our lab @ELS_CellBiology
sciencedirect.com/science/ar…
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.@NatureJapan
論文の日本語Graphical Abstractもあります
#ASHBi #Japan #kyotouniversity #segmentationclock #somitogenesis #iPSCs ＃iPS細胞
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Here is a graphical abstract of our paper published with @SpringerNature in @nature
#ASHBi #Japan #kyotouniversity #segmentationclock #somitogenesis #iPSCs
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9 Jan 2020
[Research News] The perfect tempo within the cells to develop vertebrae(Drs Ryoichiro Kageyama and Akihiro Isomura - Nature)
ow.ly/lwR250xQKKU
#icems #kyotouniversity #science #segmentationclock #rhythm #oscillation
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And the award for #sciencepun title-of-the-year goes to @OatesLab in @Dev_Bio_Journal #somitogenesis #segmentationclock #oscillation #synchbig #turnitupanotch sciencedirect.com/science/ar…
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17 Feb 2019
Throwback to October 2018.
Again on my way to a @GfEeV conference. This time in beautiful Vienna. I'm especially excited to see (and maybe even meet) @PourquieOlivier, eminent authority in the field of #somitogenesis & #segmentationclock! #GfEIsSDB19
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8 Jan 2019
I just spent some time watching the fantastic @EMBL @ELLS_Heidelberg Insight Lecture by Alex Aulehla on Rhythms of Life. This talk is a must see for everyone that needs a good introduction into the complex topic of #segmentationclock and #somite formation! medias01-web.embl.de/Mediasi…
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27 Sep 2017
Cell model reveals dynamic nature of #segmentationclock that drives vertebrae formation phy.so/425727142 @harvardmed @CellCellPress
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