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Microscopy preprints – applications in biology

Posted by , on 4 October 2024

Here is a curated selection of preprints published recently. In this post, we share preprints that use microscopy tools to answer questions in biology.

STED User Group (BINA/Canada BioImaging), October 10, 12pm EST

Posted by , on 3 October 2024

The next installment of the BioImaging North America and Canada BioImaging STED user group will take place via Zoom on October 10 at 12 pm EST. Andréanne Deschênes (Université Laval) will deliver a presentation, “Multicolor STED Nanoscopy”, followed by group discussion on topics of community interest. This user group is targeted at users of all experience levels, and

When the collaboration makes it out of the joint lab meeting

Posted by , on 3 October 2024

I am incredibly grateful to The Company of Biologists (Journal of Cell Science) for funding my three-week research collaboration with the lab of Dr. Gabriel Galea at University College London (UCL). My research in Dr. Aimee Ryan’s lab uses chick embryos to examine cell morphogenetic changes and protein localization patterns during neural tube development, the

Apply to become a reporter at the Biologists @ 100 conference

Posted by , on 3 October 2024

Are you keen to get more science communication experience? Is your research related to microscopy or cell biology? FocalPlane is looking for a reporter to attend and report from the Biologists @ 100 conference, happening 24 - 27 March 2025 in Liverpool, UK.

An Interview with Dr. Harikrushnan Balasubramanian

Posted by , on 2 October 2024

Welcome to the FocalPlane Interview Series where we spotlight groundbreaking Asian-origin scientists pushing the boundaries of cell biology and microscopy. Today, we are thrilled to present Dr. Harikrushnan Balasubramanian, a distinguished research specialist at Janelia’s light microscopy core facility. In this engaging interview, he discusses his path to a career in science, his specialization in

Featured image from Lama Khalaily

Posted by , on 27 September 2024

Our featured image, acquired by Lama Khalaily, captures the intricate structure of a mouse cochlea’s hearing organ, highlighting two essential cell types involved in hair cell regeneration. The image reveals four organized rows of sensory hair cells (red), responsible for hearing, intertwined with non-sensory supporting cells (green). These supporting cells play diverse roles in the

Advantages of LED Illumination for Neuroscience Research

Sponsored by CoolLED, on 26 September 2024

LED microscopy illumination has disrupted traditional approaches to high-speed imaging and optogenetic stimulation for neuroscience, and the CoolLED Support Team are available to help researchers understand which filters, light sources and other components are right for each individual setup.

Vote for the cover - #JCSImagingSI

Posted by , on 25 September 2024

Thanks to everyone who entered our image competition to select the cover for the Journal of Cell Science Special Issue: Imaging Cell Architecture and Dynamics. With so many fantastic images to choose from our Executive Editor Seema Grewal, and Guest Editors Lucy Collinson (The Francis Crick Institute, UK) and Guillaume Jacquemet (University of Turku, Finland)

Euro-BioImaging User Forum: Focus on Immunology

Posted by , on 24 September 2024

Please join us for the next Euro-BioImaging User Forum “Focus on Immunology,” taking place on October 15, from 2-5 pm online. This event will explore how imaging can support immunology research. It features keynote speakers as well as presentations from Euro-BioImaging Nodes & Users, covering both scientific & technical aspects of Immunology-focussed research projects. Register

Structural Repetition Detector (SReD): quantitative mapping of molecular complexes through microscopy

Posted by , on 23 September 2024

Unbiased, multi-dimensional, multi-scale and GPU-accelerated analysis of structural patterns across all microscopy modalities From biomolecules to larger assemblies and cellular architectures, molecular structures govern biological processes. Identifying these repetitive patterns is essential to understand their functions and the underlying biological mechanisms. While microscopy offers molecular-level detail, manually detecting structural motifs is labor-intensive, susceptible to bias,