Lucie Crhak Khaitova

[Neha Shukla @nehashukla041]

What happens when DCP2-dependent decapping is disrupted? - The detectable capped RNA landscape expands, revealing unstable, alternative, and previously unannotated RNAs that are normally hidden by rapid turnover. Just out; Read more: https://t.co/o0EuckPqWZ

[HeleneRobert @Lnrobert2]

I am happy to organise this RECROP workshop on June 30 and July 1st in Brno, Czech Republic, where Mendel conducted his genetic experiments.
Registrations are now open.
Early-career researchers who are RECROP members may apply for a travel grant.
@Recrop22157 @CEITEC_Brno

[aBIOTECH @aBIOTECH5]

#2026aBIOTECH_Webinar🎉🎉🎉
Can the microbiome help make agriculture more sustainable?
ZOOM. Free registration:👇
aBIOTECH

[Eric Kool @koolchemistry]

Excited that our paper on RiboLight (RL) dyes has been published - new multicolor dyes that are RNA-specific. They work great in live cells and in gels-
https://t.co/WYNnazC2Qw

[Nature Reviews Molecular Cell Biology @NatRevMCB]

New Online! Regulation of RNA-binding proteins by small biomolecules https://t.co/EI8HA0xhaI

[ShorterLab @ShorterLab]

Molecular drivers of RNA phase separation | PNAS https://t.co/OS6sExnrBG

[Kyuha Choi @Kyuha_C]

Happy to share my invited mini-review in Current Opinion in Plant Biology:
“Meiotic recombination and advances in quantitative trait mapping.”
It highlights key regulators of meiotic crossovers and how increasing COs can enhance QTL mapping resolution.
🔗 https://t.co/WYsjmr0ZBg

[Natanella Illouz-Eliaz 🎗️ @NatanellaE]

Congrats ⁦@a_seluzicki⁩ ! This is great work and a recommended read! Genetic architecture of a light-temperature coincidence detector | Nature Communications https://t.co/MgqFkgxNlO

[JIPB @JIPBio]

In this comprehensive new review, Hou et al. explore the ways that new #technologies can help us better understand the role of #genetic variation in #plants for adaptive #evolution in response to changing #environments.
https://t.co/0PPzLO5AEt @wileyplantsci #PlantSci #JIPB

[Lucie Crhak Khaitova @LucieKhait]

@nehashukla041 Beautiful poem 🥰

[Travis Lee @TrALEE_Sci]

We are thrilled to have our spatial single-cell atlas of the Arabidopsis lifecycle in @NaturePlants. It turns out that it is easy to generate aesthetic images when the spatial expression of 1,000 genes is available! 1/n
@NatanellaE @nobolly @JoeEcker

https://t.co/QIY6cWvthx

[Nature Plants @NaturePlants]

New OA Resource: "A single-cell, spatial transcriptomic atlas of the Arabidopsis life cycle" https://t.co/C8qZzlrW2t

An extensive single-nucleus and spatial transcriptomic atlas of the Arabidopsis life cycle that represents 10 developmental time points in 6 diverse organs.

[PlantCellAtlas.bsky.social @CellAtlas]

We are excited to announce the PCA Imaging Workshop Webinar Series: FIJI Basics for Visualizing and Quantifying Plant Images!

This workshop will be held on Wednesday, September 24, 2025 at 7:30am PT/9:30am CT/10:30am ET.

Register Now! https://t.co/U4D5NddeIB

[Ian Henderson @hendersi]

Spindle checkpoint can secure additional cheating time for selfish expanded centromeres https://t.co/ZCa9ePnBLQ @CurrentBiology @TakashiAkeraLab

[New Phytologist @NewPhyt]

Warm temperature modifies cell fates to reduce stomata production in Arabidopsis

Saiz-Pérez et al.

📖 https://t.co/1weZCZi9a1

[bioRxiv Cell Biology @biorxiv_cellbio]

Centriolar satellites are dynamic membrane-less organelles that assemble via a hierarchical pathway https://t.co/TTWEAqF1cW #biorxiv_cellbio

[The Plant Cell @ThePlantCell]

Developmental pathways in plants: Lessons from Arabidopsis for crop innovation (Malcolm J Bennett , Rahul Bhosale , Scott A Boden , Shu-Yan Chen , Tino Colombi , et al) https://t.co/YqfoaPSw8x @ASPB #PlantSci

[Nick Desnoyer @NickDesnoyer]

One of my Arabidopsis Micro-Rose varieties has an exposed meristem, making it great for directly imaging petal organogenesis.

When you put them under the fluorescence microscope they look so Sci-Fi and cute.

[Yuki Hayashi @YH_YukiBio]

Excited to share our new preprint on @biorxivpreprint from our great team @EMBL!
https://t.co/JaeFubrQWd

If the nucleolus is liquid-like, why does it often appear irregularly shaped in proliferating mammalian cells?
What controls the nucleolar shape?
#PhaseSeparation #Nucleolus

[Nick Desnoyer @NickDesnoyer]

This is still my favourite time-lapse I've made 🌱

A tiny mustard seed (half a millimetre) germinating into a seedling. 7 days in 9 seconds.