Shimmi Lab (Helsinki/Tartu)

Signaling and morphogenesis lab, University of Helsinki / Developmental Biology lab, University of Tartu

[Phys.org @physorg_com]

Live imaging reveals key cell dynamics in 3D organ formation in Drosophila https://t.co/hYpmD7eFBZ

[Shimmi Lab (Helsinki/Tartu) @LabShimmi]

@BPoD_s @unitartu @embojournal You can see the time-lapse image:
https://t.co/oVB2k9l5tM

[Biomedical Picture of the Day BPoD @BPoD_s]

Live imaging of wing development #Drosophila reveals a novel mechanism of tissue shaping via #microtubule organisation of #epithelial cells. Image & research by Ngan Vi Tran et al @LabShimmi @unitartu in @embojournal. On https://t.co/QDllSWBFx7

[Shimmi Lab (Helsinki/Tartu) @LabShimmi]

Disassembly and bundling of microtubule protrusions https://t.co/k9EBhGhPcB

[Shimmi Lab (Helsinki/Tartu) @LabShimmi]

Check our latest paper: Programmed disassembly of a microtubule-based membrane protrusion network coordinates 3D epithelial morphogenesis in Drosophila.
@ImcbUt @BIOTECH_UH @embojournal
Interplanar Amida Network (IPAN)

[Shimmi Lab (Helsinki/Tartu) @LabShimmi]

IPAN and proliferation
https://t.co/FMlvmNY2HE

[Shimmi Lab (Helsinki/Tartu) @LabShimmi]

Dynamics of IPAN
https://t.co/EfVEdyOIRL

[Shimmi Lab (Helsinki/Tartu) @LabShimmi]

Structure of IPAN:
https://t.co/EG95POUBfF

[The EMBO Journal @embojournal]

Programmed disassembly of a microtubule-based membrane protrusion network coordinates 3D epithelial morphogenesis in Drosophila
Osamu Shimmi and colleagues
https://t.co/EQCUyuBs0h

[Shimmi Lab (Helsinki/Tartu) @LabShimmi]

Many congratulations to our PhD student, Yunxian Huang @BIOTECH_UH @helsinkiuni for successfully defending her PhD!
Many thanks for Dr. Katja Röper @MRC_LMB for being an opponent.

[Frontiers - Cell Biology @FrontCellDevBio]

New Research: Scribble and α-Catenin cooperatively regulate epithelial homeostasis and growth: Epithelial homeostasis is an emergent property of both physical and biochemical signals emanating from neighboring cells and across tissue. A… https://t.co/20THlpzDgx #celldevbio

[Drosophila Genomics Resource Center @DrosDGRC]

#Drosophila 4th Chromosome - The Final Frontier - enabling recombination on the 4th w/ Stuart Newfeld and colleagues at #Dros22

[DevelopmentalDynamic @DevelopmentalDy]

Morphogen gradients are crucial for proper embryo development. Learn how BMP signalling is tightly controlled in a context-dependent manner, and how the signal and tissue dynamics are coupled to facilitate complex tissue structure formation. https://t.co/IxrA356pVJ

[Jinghua Gui @GuiJinghua]

Glad to see this super interesting work out. Great support from @LabShimmi

Intercellular alignment of apical-basal polarity coordinates tissue homeostasis and growth https://t.co/6Uqi5Vi5Ns

[Daniel Toddie-Moore @Toddiemoore]

Excited to share this preprint showing how a mechano-chemical feedback loop directs pattern refinement by allowing cells to compete for the BMP signal during crossvein formation @LabShimmi https://t.co/RyahVAdYUx

[Development @Dev_journal]

You can read the full article 'Cell signaling stabilizes morphogenesis against noise' here:
https://t.co/WUAly058dB

[Mikkola Lab @MikkolaLab]

The Centre of Excellence for Experimental and Developmental Biology Symposium has just finished! Thanks everyone for 3 fab days of science. Sad to leave Yyteri, but we have left our mark here. #beachloveandunderstanding @SuomenAkatemia @HiLIFE_helsinki @BIOTECH_UH #viikkicampus

[Mikkola Lab @MikkolaLab]

Getting ready to start the 2nd day of Center of Excellence for Experimental and Computational Developmental Biology in Yyteri, Pori. Excellent science, beautiful sunset, and surfing waves - Yyteri has it all!

[Gautam Dey @Dey_Gautam]

Friday belongs to Daniel Moore @Toddiemoore, @LabShimmi postdoc traveling from Helsinki to tell us how cell shape changes in crossvein morphogenesis in the Drosophila pupal wing are coupled to upstream BMP signalling! @Official_BSCB @BSocietyDevBiol @BSDBgradstudent #CBDB19

[ムシをデザインしたのはダレ？ @designmushi]

黄金色の卵から誕生したケチャタテ
孵化の瞬間は1mmほどのムシでも感動！
6本の脚で立った後に腹部が縮まるのが面白い。

ケチャタテ科（Caecilidae）の1種