Christophe Leterrier

The paper attempts to reproduce findings from Bingham et al. on presynaptic actin structures using bioimage analysis, highlighting reproducibility challenges and the need for transparent methods.

VLab4Mic predicts structural resolvability in super-resolution microscopy by simulating imaging configurations and comparing results to experimental data.

The paper presents a presynapse-on-glass model to study presynaptic actin architecture, showing actin enrichment correlates with synaptic cycling activity and identifies actin nanostructures.

This study directly labels microtubule turnover in developing neurons, revealing in-lattice repair and stabilization patterns during axon formation.

The paper shows spectrin condensates facilitate the formation of the periodic axonal structure by acting as local assembly hubs that later develop into a stable lattice.

The paper identifies non-synaptic exocytosis along axon shafts and shows how the submembrane actin-spectrin skeleton regulates this process.

This paper introduces SQUASSH, a convolutional neural network that fits structural models to fluorescence microscopy data to quantify variability across biological scales.

The paper introduces SReD, an unsupervised framework for detecting repetitive biological structures in microscopy images, demonstrating its use on three datasets.

This study investigates the developmental program and functional properties of axon-carrying-dendrite neurons, revealing unique features of their axon initial segment.

The paper identifies three distinct actin nano-structures at presynapses and shows their differential regulation by actin nucleation inhibitors.

ShareLoc provides an open platform for sharing and reanalyzing SMLM data to enhance image reconstruction through deep learning.

ZeroCostDL4Mic provides a platform to use deep learning in microscopy, enabling tasks like segmentation and denoising through Google Colab.

The paper investigates the mechanisms and organization of clathrin transport and presynaptic targeting in neurons, revealing stable transport-packets and their role in synaptic clathrin organization.

NanoJ provides a high-performance open-source toolbox for super-resolution microscopy, offering tools for data alignment, image reconstruction, quality assessment, structural modeling, and sample control.

This study shows that cannabinoids induce long-term depression by remodeling presynaptic vesicle pools through actomyosin contractility.

The paper shows that actin in axons moves via biased polymerization, not polymer-sliding, through dynamic hotspots and trails, explaining slow axonal transport.

This study shows that ankG membrane partners are essential for AIS formation and maintenance through their interaction with ankG.

The paper uses STORM to reveal the nanoscale structure of the axon initial segment, showing a periodic lattice formed by βIV-spectrin and ankyrin G organization.