Audrey Cochard

[Audrey Cochard @cochard_audrey]

@hirohide_saito おめでとうございます！

[Nature Cell Biology @NatureCellBio]

✏️In this issue, our editor @drDJVDavid highlights the work by @ZoherGueroui & co published by @embojournal. #ribonucleoprotein #condensates #microtubule
👉🏾https://t.co/bimrKDstZe
https://t.co/rpnjh1aP6I

[Audrey Cochard @cochard_audrey]

Thank you to the SFBBM for the article of the month prize!

[Audrey Cochard @cochard_audrey]

Our paper on condensates functionalization with molecular motors is out in @embojournal! We were able to spatially control the nucleation of condensates and we showed the possibility to change the localisation of a target RNA.

[The EMBO Journal @embojournal]

Functionalization of #ribonucleoprotein #condensates with #microtubule motors provides new tools for re-directing RNA to centrosomes or the cell periphery
@cochard_audrey @ZoherGueroui et al @CNRS @ENS_ULM @Chimie__ENS
https://t.co/MrxTRwKg6b

[Audrey Cochard @cochard_audrey]

@LeonardPiroska @ZoherGueroui @Chimie__ENS Nice paper, congratulations Leonard!

[Audrey Cochard @cochard_audrey]

Our latest story about condensate functionalization with motor proteins is out on @biorxivpreprint!
With @AdhamSafieddine, P. Combe, M-N. Benassy, D. Weil and @ZoherGueroui.

[ZoherGueroui @zgueroui.bsky.social @ZoherGueroui]

What gives Condensates + Motors ?

By creating motor-driven condensates in cells, we show how active transport shapes condensate formation. This also provides a unique approach to manipulate subcellular mRNA localization.

https://t.co/b2OyCQirEe

[Audrey Cochard @cochard_audrey]

@neusanfeliu @biorxivpreprint @NMSBlab Congrats Neus!!

[RNA @RNAJournal]

#FISH-quant is a modular analysis toolbox for single-molecule RNA FISH images, from RNA detection to the description of RNA localization patterns https://t.co/lKowWWB1M2

[ZoherGueroui @zgueroui.bsky.social @ZoherGueroui]

What sets condensate size in cells ?

Latest story with @cochard_audrey and D.Weil reveals key roles of RNA and viscoelastic properties
https://t.co/p1FJdGBSao

By creating artificial granules in cells, we show that the size of #condensates scales with RNA surface density.

[Audrey Cochard @cochard_audrey]

Merci à la @_SFBBM pour l'organisation de ce congrès et merci de m'avoir décerné le prix de la meilleure communication !
#SFBBM2021

[ZoherGueroui @zgueroui.bsky.social @ZoherGueroui]

RNA at the surface of phase-separated condensates impacts their size and number
https://t.co/nmuULhf3hw
Our preprint with @cochard_audrey and D.Weil team is out!
By recreating artificial RNP granules in cells, we show that the size of #condensates scales with RNA surface density