Dominic Bingham

[Dominic Bingham @dombingham]

Here it is!!!😍

My first first author paper has just been released in the @JCellBiol

The majority of my PhD went into this work within the amazing NeuroCyto team and I couldn’t be prouder of the final outcome!

Congratulations to all involved 🎉

[Journal of Cell Biology @JCellBiol]

.@dombingham et al from @christlet's lab use bead-induced presynapses and CRISPR-tagging of endogenous #actin coupled to STORM to reveal distinct actin nanostructures within presynapses: a mesh at the active zone, rails, and perisynaptic corrals. https://t.co/vlN82jGZj8
@Dr_majio

[RT-SuperES @RTsuperES]

A cell can change in seconds, and the important moment may be easy to miss.

RT-SuperES is working on microscopy that can spot those changes as they happen, then switch to super resolution for a closer look.

https://t.co/bpJENlSic0

#Microscopy #StemCells

[RT-SuperES @RTsuperES]

This week the RT-SuperES consortium met in Paris for our annual meeting. Good science, honest discussion, and clear next steps for the final year: bringing imaging, ML, fluidics and super-resolution into one adaptive workflow. #RTSuperES #AdaptiveMicroscopy #EICPathfinder
@abbelight
@meshorer1 @GAlmouzni @HenriquesLab @ilastik_team @S_LevequeFort

[RT-SuperES @RTsuperES]

We’re building a library of HaloTag-tagged mESC lines so proteins are tracked endogenously in real time, with minimal perturbation, a backbone for #RTSuperES.
#HaloTag #StemCells #Chromatin
@meshorer1 @HebrewU
@EUeic #PathfinderOpen

[RT-SuperES @RTsuperES]

Stunning STORM of intermediate filaments - excellent prep with the Smart Omnicell Kit on the SAFE platform by @abbelight.
Robust sample workflows like this help power real-time, high-content super-resolution in #RTSuperES.
#SMLM #STORM #Microscopy @EUeic #PathfinderOpen

[RT-SuperES @RTsuperES]

Partner spotlight ✨: Prof. Geneviève Almouzni (@GAlmouzni)🔬 Pioneer of chromatin assembly & histone chaperones (CAF-1/HIRA). In RT-SuperES, she helps steer targets & live readouts—linking H3.1/H3.3 dynamics to real-time imaging ⏱️🧬 #RTSuperES #Chromatin @EUeic #PathfinderOpen

[Nikon Microscope Solutions @NikonInst]

🔬 @christlet, @HenriquesLab, and colleagues introduce the Structural Repetition Detector (SreD), an unsupervised approach for identifying repetitive biological structures in #Fluorescence #Microscopy data.

🔗 Click to check it out: https://t.co/7BcIKpluU9

#Microscope #Imaging

[Ricardo Henriques @HenriquesLab]

🔬👨‍💻📰 #SReD is out!
Automated structural detection for #ImageJ & #FIJI, from nano to macro ✨🐘. No training data, no bias - texture analysis with GPU acceleration!⚡️ Brainchild of @afonsomendes92 and adventure w @christlet lab + friends.
Check: https://t.co/bkP94oAr7M

[Journal of Cell Biology @JCellBiol]

.@dombingham, @christlet et al. use bead-induced presynapses & CRISPR-tagging of endogenous #actin coupled to STORM to reveal distinct actin nanostructures within presynapse. https://t.co/vlN82jGZj8

From the Year in Cell Biology: https://t.co/2EJQw4PsR7
#Cellbio2023

[Journal of Cell Biology @JCellBiol]

.@dombingham, @christlet et al. use bead-induced presynapses & CRISPR-tagging of endogenous actin coupled to STORM to reveal distinct actin nanostructures within presynapses: https://t.co/vlN82jGZj8

In our Cellular Neurobiology collection https://t.co/qrQOQ6AseS
#SfN23

[Nikon Microscope Solutions @NikonInst]

Congrats to @christlet and the Neuro Cyto Lab for having their image of the neuronal cytoskeleton featured on the cover of the Journal of Cell Biology! It was captured using a CSU-W1 SoRa system at our Center of Excellence in Marseille. Click for article: https://t.co/qGCAG3DGWc

[Rockefeller U. Press @RockUPress]

.@JCellBiol's October cover shows a #neuron expressing endogenous GFP-#actin after CRISPR/Cas9-mediated tagging in a hippocampal neuronal culture labeled for MAP2. From @dombingham @christlet et al (https://t.co/RbMga3IWxb)

Read JCB’s October Issue: https://t.co/iRw0rZGqqH

[Dominic Bingham @dombingham]

😍😍😍

[Journal of Cell Biology @JCellBiol]

Our October cover shows a #neuron expressing endogenous GFP-#actin after CRISPR/Cas9-mediated tagging in a hippocampal neuronal culture labeled for MAP2. From @dombingham @christlet et al (https://t.co/yoJfVBVOM0)

Read JCB’s October Issue: https://t.co/aPHG4tskvK

[Journal of Cell Biology @JCellBiol]

Image shows #actin mesh, rails and corrals are present in natural presynapses. From Dominic Bingham @dombingham, Marie-Jeanne Papandréou, Christophe Leterrier @christlet et al. @inp_marseille: https://t.co/vlN82jGZj8
@Dr_majio
#Cytoskeleton #Neuroscience #Polarity #Microscopy

[Massive Photonics @massphoton]

🚨New paper alert! @dombingham, @christlet et al. reveal distinct actin nanostructures in presynapses. Great work and congrats to all authors!

🔬A custom MASSIVE-TAG-Q-FAST ANTI-ALFA was used for 3D #DNAPAINT actin imaging.

https://t.co/0IGE9KbzxM

[Rockefeller U. Press @RockUPress]

In @JCellBiol, @dombingham @christlet et al use bead-induced presynapses and CRISPR-tagging of endogenous #actin coupled to STORM to reveal distinct actin nanostructures within presynapses: a mesh at the active zone, rails, & perisynaptic corrals https://t.co/sW16TJxg6t
@Dr_majio

[Journal of Cell Biology @JCellBiol]

.@dombingham et al from @christlet's lab use bead-induced presynapses and CRISPR-tagging of endogenous #actin coupled to STORM to reveal distinct actin nanostructures within presynapses: a mesh at the active zone, rails, and perisynaptic corrals. https://t.co/vlN82jGZj8
@Dr_majio

[Review Commons @ReviewCommons]

"Distinct nano-structures support a multifunctional role of #actin at presynapses"
#RefereedPreprint #Neuroscience #Imaging
@dombingham @christlet et al

https://t.co/Lo0z3fIjo2

[bioRxiv Neuroscience @biorxiv_neursci]

#PeerReview from @ReviewCommons of 👉🏿 Distinct nano-structures support a multifunctional role of actin at presynapses https://t.co/LlHrpst4bJ #biorxiv_neursci #reviewedpreprint

[Review Commons @ReviewCommons]

To read Review Commons referee comments on @dombingham, @christlet et al's "Distinct nano-structures support a multifunctional role of actin at presynapses" #RefereedPreprint click on the second icon under the author line @biorxivpreprint