GonczyLab

Official twitter of Pierre Gonczy lab. We are interested in mechanisms of centrosome duplication, cell division timing and asymmetric cell division.

[GonczyLab @GonczyLab]

Happy to see the newest collaborative project of our neighbor @dudin_o (@epflSV @EPFL_en) out! Great work of @HiralABShah together with @Dey_Gautam and @SchwabYannick

Look at these stunning images of #Ichthyosporea!

[Omaya Dudin🍉¦ 🦠¦🔬¦ @dudin_o]

Thrilled to see our work in co with @Dey_Gautam & @SchwabYannick and spearheaded by @HiralABShah finally out.

LINK🚨 : https://t.co/XcMzO9aiGR

Buckle up for a quick 🧵about why this story is a game changer for #Ichthyosporeans & beyond

[Omaya Dudin🍉¦ 🦠¦🔬¦ @dudin_o]

Enjoying a #planktoscope Demo with the @GonczyLab ! Such a cool way to uncover the biodiversity around us.

[GonczyLab @GonczyLab]

The combined effort of @LargowSandor, Marie, @schnidda , Keshav, and Coralie.

[GonczyLab @GonczyLab]

NEW BIORXV is out:
We studied the molecular architecture of the C. elegans #centriole by combining #UExM with #ElectronMicroscopy.

We mapped the known centriolar components onto their ultrastructural #EM features.

https://t.co/h3zvtS9TiE

[GonczyLab @GonczyLab]

We are looking for a motivated colleague (Ph.D. or Postdoc) to work on an exciting project focusing on Zebrafish muscle development together with the @OatesLab !
Applications to [email protected]
Please share with interested people & RT
#live #imaging #microscopy @EPFL_en

[GonczyLab @GonczyLab]

Our bioRxiv preprint on Lecudina tuzetae is out!
Exciting symmetry difference between centriole and axoneme!
Spoiler: both are, unlike ordinary, not 9-fold!
#STED #TEM #Tomography #diversity
https://t.co/QtNJze3w2x

[GonczyLab @GonczyLab]

We are proud to see our former lab member Niccolò continuing his career with his own group @Group_Banterle at @EMBLHeidelberg !
We wish you all the best and are looking forward to some amazing research!

[EMBL @embl]

Welcome to EMBL, Niccolò Banterle!

The new group leader will use gene editing and microscopy to decipher the functions of centrioles – small subcellular structures involved in cell division, motility, and signalling.

https://t.co/KfurnbFXb8

[GonczyLab @GonczyLab]

Proud of this project together with @SchwarzUlrich , @GFantner, & @graeter_mbm!
Real-time observation of #SAS6 ring #formation using #HSAFM combined with #simulation allows us to understand better the onset of #centriole #assembly!
Niccolo Banterle recruits now at @EMBLHeidelberg

[Ulrich Schwarz (also @ulrichschwarz.bsky.social) @SchwarzUlrich]

(1/n) So happy to be part of this wonderful interdisciplinary collaboration with @GonczyLab, @GFantner lab and @graeter_mbm lab on the early stages of centriole assembly now out in @NatureComms https://t.co/RfiD3y02i4

[GonczyLab @GonczyLab]

Discovering 9-fold symmetry at the #EMBOcentrosomes workshop in #Copenhagen together with @CentrioleLab

[GonczyLab @GonczyLab]

@EMBLHeidelberg #EMBOcentrosomes

[GonczyLab @GonczyLab]

Niccolo Banterle was presenting his recent results #SAS6 #kinetics using #HSAFM at the #EMBOCentrosome workshop today in #copenagen. He is starting his own group at @EMBLHeidelberg in November and is hiring now!

[GonczyLab @GonczyLab]

Opening of the #hybrid #EMBOcentrosomes workshop together with Jens Andersen today in #Copenhagen by introducing keynote speaker Tim @StearnsLab.
Great talks & discussions ahead!

[GonczyLab @GonczyLab]

Check out our latest paper in @NatureComms. @GeoHatzopoulos and @kuekensh developed monobodies that can be used as molecular levers to alter SAS-6 ring assembly. Read the full story https://t.co/UrRHmgw5fa. Thanks to @hantschel_lab and @GFantner labs for the great collaboration.

[GonczyLab @GonczyLab]

We are proud to be part of @NCCR_ChemBio !

[SNE ChemBio @SNE_ChemBio]

Why choose the Master in Chemical Biology @unige_en?
What are the career prospects?
Why study in Geneva 🇨🇭?
How is the degree structured?

Prof. Loewith gives answers to these questions!

📽️Watch the video:
https://t.co/YpnxhlY2PL

#studyabroad #studyinswitzerland #unige

[GonczyLab @GonczyLab]

Thanks a lot for this successful collaboration @RobJelier!

[GonczyLab @GonczyLab]

C. elegans first embryonic division has a striking volumetric asymmetry.
@RJankele followed the link between asymmetric divisions and successful embryonic development.
Together with @RobJelier we published this story in @eLife.

https://t.co/qblTQFIWux

[GonczyLab @GonczyLab]

Happy to see this work finally out in @elife!
Great work together!

[Fernando R. Balestra @frombal]

It is exciting to finally see our TRIM37 work published in @eLife. TRIM37 prevents formation of centriolar protein assemblies by regulating Centrobin. https://t.co/lmGidS8wPA. My congratulations to all coauthors for their contribution to this story 👇

[GonczyLab @GonczyLab]

Now out on bioRxiv: our colleague's Ph.D. paper
Well done @RJankele

[Radek Jankele @RJankele]

Finally, my Ph.D. paper is out on bioRxiv. https://t.co/OZFEKGsX8r
We explain why physically asymmetric cell size arising from the first embryonic division matters, at least for roundworm embryos.

Big thanks to @GonczyLab and @RobJelier for a great collaboration!

[GonczyLab @GonczyLab]

We are proud to have you with us! Looking forward to have a look on your bugs!

[Omaya Dudin🍉¦ 🦠¦🔬¦ @dudin_o]

I'm vouching for the 🥚first !

[GonczyLab @GonczyLab]

Check out our new paper on the onset of centriole assembly: Watching SAS-6 rings self-assembling using HS-AFM. @EPFL_en
https://t.co/Q3sJg9JxE9
Thanks to everyone for this great collaboration:
@GFantner, @SchwarzUlrich, Frauke Gräter