Sandeep Yadav

Interested in Plant Developmental Biology. Postdoc - Robert Group @UmeaPlantSci I PhD @NIPGRsocial

[Sandeep Yadav @sandeep18887]

Excited to share that my postdoctoral work on pavement cell shape acquisition has been accepted in @JXBot. Forever grateful to Stéphanie @srobertgroup.bsky.social for making me a part of the incredible research team at @UmeaPlantSci.

Paper link: https://t.co/egeFIUQNFd

[Sandeep Yadav @sandeep18887]

Huge thanks to all co-authors @VinodKu53289900 @PeterGrones @Fra_Jobert @adrienheymans.bsky.social @cellwalldynamics.com for their support.

[Sandeep Yadav @sandeep18887]

Excited to share that my postdoctoral work on pavement cell shape acquisition has been accepted in @JXBot. Forever grateful to Stéphanie @srobertgroup.bsky.social for making me a part of the incredible research team at @UmeaPlantSci.

Paper link: https://t.co/egeFIUQNFd

[José Dinneny @Dinnenylab]

So proud to share our latest publication @CellCellPress! Yue Rui reveals that the same enzyme that makes the wall, cellulose synthase complex (CESA), also tethers the plasma membrane to the wall during water-deficit stress, providing resilience. https://t.co/53DUFaVxjt

[Physiologia Plantarum @PPLplantarum]

Check out the ToC of our latest Special Issue about auxin in plant development.
https://t.co/dJlefmBbbF
All articles are free to read for 2 months.
@wileyplantsci

[Miguel de Lucas @mdelucas80]

So happy to see this out! I was lucky to follow it from the start and it is so nice to see it now in its final format. Well done all the authors! @durham_uni @DurBiol

Redox-regulated Aux/IAA multimerization modulates auxin responses | Science https://t.co/754GpjhUv2

[Lucia Strader @LabStrader]

Biomolecular condensates organize cellular contents.
Most studies focus on passive phase separation, driven by salt, pH, or temperature.
But what if intracellular movement also matters?
https://t.co/wfdHcJ14AY
Here, we explore motility-induced condensation in a cellular context.

[Richard Smith Lab 🇺🇦 @RichardSmithLab]

The Camelot paper is now published. If you ever wanted to try biomechanics, Camelot is an inexpensive and easy way to get started.
@matmajda @N_Trozzi @RobertBellow

https://t.co/x3l0lllNS2

[jenny russinova @jennyrussinova]

🌱 When a root cell undergoes symmetric division, are the resulting daughter cells identical? Using live-cell imaging and scRNA seq we discovered a new cell state with uneven BR activity. @TNPlantBio @NemanjaVukas @CheweiHsu16 Read our full paper in Cell https://t.co/P3jEbuiQ6l

[epithelial mechanics fan club @EpiMechFC]

Barai, A., Soleilhac, M., Xi, W., Lin, S. Z., Karnat, M., Bazellieres, E., ... & Delacour, D. (2024). A multicellular actin star network underpins epithelial organization and connectivity. BioRxiv, 2024-07. #EpithelialMechanics https://t.co/MQ3G81du3T

[Plant Science @sci_plant]

Role of sugars in the apical hook development of Arabidopsis etiolated seedlings

https://t.co/dHsb9MUc1W
#plantscience ♻️

[Richard Smith Lab 🇺🇦 @RichardSmithLab]

4-way junctions! #MorphoGraphX #MorphoDynamX
https://t.co/5Z9n1rR59O

[Ryo Yokoyama @yokoyama_ryo]

DYRKP1 kinase regulates cell wall degradation in Chlamydomonas by inducing matrix metalloproteinase expression https://t.co/lkh4CCiGIp @ThePlantCell

[Heisler Lab @heisler_lab]

Nice work from the Roeder lab! https://t.co/7C1q8xFUFp

[jenny russinova @jennyrussinova]

Read our latest work on BR export. Great collaboration effort with Linfeng Sun and Xin Liu@JJiniao⁩ ⁦@Qian_M0001⁩⁦@NemanjaVukas⁩ ⁦@TanShutang⁩ ⁦@FrimlLab⁩ ⁦⁦@yongming_luo⁩ ⁦@PSB_VIB⁩ ⁦⁦⁦@VIBLifeSciences⁩ 🌱🌱 https://t.co/FztDZCNjjU

[Hardtke Lab 🇨🇭 @hardtke_lab]

Our latest now typeset @biochechu @aadavilla @MarhavaPetra @PetrasekLab:
• PAX stimulates PIN-mediated auxin efflux but also PIN endocytosis > PIN activation and turnover may be linked
• auxin efflux manipulation shifts timing of cellular differentiation
https://t.co/GiCnuchPzU

[MPIPZ Cologne @mpipz_cologne]

How is time encoded in leaf morphogenesis? New paper alert @CurrentBiology from the Tsiantis group @mpipz_cologne Congratulations! 🥳👏 Learn more here 👉https://t.co/2pOXbZOXBC #plantscience

[Rodrigo Reis @Rodrigo_S_Reis]

The new horizon of plant auxin signaling via cell-surface co-receptors
Cell Research
https://t.co/C1Ktma1dQS

[Niko Geldner @NikoGeldner]

A must read from the Fankhauser lab ⁦@FankhauserCh⁩. A mutant in intercellular air spaces! Just when you thought that genetics can’t surprise you anymore… https://t.co/J5UrxAxA6x

[Friml Lab @FrimlLab]

Amazing TIR1/AFB auxin receptors generate not only cAMP but also cGMP as second messenger for rapid responses.
Congrats to fantastic work of Linlin and others.
https://t.co/jVVuhTBnW1

[Dominique Bergmann @stanfordstomata]

Does stomatal patterning in amphistomatous leaves minimize the CO2 diffusion path length within leaves? https://t.co/JfM2khA2ej