Jun-Ru Lee 李俊儒

[Laura Rustarazo-Calvo @laura_rustarazo]

⚡ Our paper is now out in @NaturePhysics !

https://t.co/3vGGIhph5d

[Aissam Ikmi @AissamIkmi]

Now published. Congrats to Soham and all co-authors! https://t.co/H59U6Ag1nK.
@embl

[Society for Developmental Biology @SocDevBio]

🏅 Fifth Place – DevBio Art Contest 🎨 “The Leech Family” 🪱 Helobdella austinensis, a quirky segmented worm that’s taught us decades of developmental biology! 🧬 This clay piece by @biyolokum captures their quirky life as hermaphroditic parents carrying babies on their belly

[Miki Ebisuya @EbisuyaMiki]

New preprint from the lab!

How do tissue shapes influence cell fate decisions?

By manipulating brain organoid geometry, we show that lumen rounding directs apical progenitor division mode and promotes the emergence of basal progenitors.

https://t.co/nyPU8kJNpj

1/

[Cell @CellCellPress]

Now online! Deciphering mechanical determinants of morphological evolution https://t.co/nZqyYcwBLM

[Development @Dev_journal]

Tissue phase transitions in development: more than just mechanics

In this Review, Laura Rustarazo-Calvo, Karen Grace Soans and Nicoletta I. Petridou discuss tissue phase transitions in development: https://t.co/5mCxOm6nok

[carrie adler @carrie_adler]

New publication from the Adler Lab!

We discover new regulators of stem cell differentiation, Robo and Anosmin!

https://t.co/xftxDLdkaT

@Cornell @SocDevBio #basicresearch

[Society for Developmental Biology @SocDevBio]

🎄 Day 4 of the 24 Days of Development ✨🧬
In 1984, Drosophila homeotic genes were found to be conserved across animals, including humans 🧬🐸. This article highlights a shared genetic toolkit for embryonic development 🔬🌟🎁  https://t.co/Fjav2v2IxL

[Society for Developmental Biology @SocDevBio]

🐠 Medaka (Oryzias latipes) ✨ A tiny fish with big developmental insights! 🧬 Medaka is perfect for studying sex determination, germ cell development, pigmentation, and environmental effects on embryos 📸 Image by Philipp Keller #ModelMonday #DevBio #EvoDevo

[Cell Stem Cell @CellStemCell]

Crosstalk between tissue mechanics and BMP4 signaling regulates symmetry breaking in human gastrula models https://t.co/kJ6AgQUuk0

[Hidenobu Miyazawa @HidenobuAnzo]

Ever wondered how metabolism regulates embryonic development? Our recent work demonstrates that metabolism has a signaling module controlling the tempo of embryonic axis segmentation.

https://t.co/6ms7wAbtnI

[Developmental Cell @Dev_Cell]

Online now: Proteomics-based multi-omics identifies the roadmap of transcription-translation-protein dynamics in planarian regeneration https://t.co/Ub5kLeY0h6

[nature @Nature]

Nature research paper: The genomic origin of the unique chaetognath body plan

https://t.co/QDUqjdWgkI

[Nicoletta I Petridou @petridou_ni]

We are searching for an enthusiastic scientist to join our team and establish annual killifish as a model system for early developmental biology and biophysics! @embl

Apply here: https://t.co/D21O7uO1r4...

Please re-post 🙏

[Jun-Ru Lee 李俊儒 @DannyJRLee]

The Petridou group at EMBL-Heidelberg is hiring🥳🥳

https://t.co/5W0J5Pwqq7

[Journal of Cell Biology @JCellBiol]

Ghosh, Prasad et al. @iiserkol elucidate the role of ecdysone signaling in orchestrating the removal of nurse cells by transforming the epithelial follicle cells to a phagocytic fate during late #Drosophila #oogenesis. https://t.co/wJyrreyXvn

#Development #CellDeath

[EMBO @EMBO]

Open call! The EMBO Global Investigator Network supports group young leaders who are setting up their laboratories in Chile, India, Singapore or Taiwan. Apply by 1 May: https://t.co/9aZwpztwP9
#ResearchFunding #LifeSciences

[Ludwik Gąsiorowski @L_Gasiorowski]

With @rinklab we looked into details of the stem cell system of catenulids. Surprisingly, it was very different from the canonical neoblast-based systems of other flatworms. What does it tell about the evolution of stem cells and regeneration? Check here:
https://t.co/VedfmYAxIv

[INOUE, Takeshi @PlanarianBrain]

A comparative analysis of planarian regeneration specificity reveals tissue polarity contributions of the axial cWnt signalling gradient. | bioRxiv https://t.co/DQ3HRXI6OY

[Tetsuhisa Otani @tetsuotani1]

New preprint from the lab! We show that epithelial cells lacking ZO-1/ZO-2, the key scaffolding proteins of tight junctions, are eliminated when surrounded by normal cells. (1/n)
https://t.co/L0l1tavJBd