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Displaying posts in the category: Tools

MicroList and FocalPlane join forces

Posted by , on 2 September 2024

MicroList’s database of resources are now available on FocalPlane. The resources, which have been created by the global imaging community, are presented as cards that are divided into community resources, education resources and tools. The database is fully searchable using our search bar or can be filtered using a variety of categories.

DL4MicEverywhere - Overcoming reproducibility challenges in deep learning microscopy imaging

Posted by , on 29 July 2024

DL4MicEverywhere is out! Learn about it and how you can apply deep learning workflows on microscopy imaging in reproducible research and in a user-friendly manner across different systems.

A general strategy to develop fluorogenic polymethine dyes for bioimaging

Posted by , on 6 December 2023

by Annabell Martin and Pablo Rivera-Fuentes. Fluorescence imaging is an invaluable tool to study biological processes and further progress depends on the development of novel advanced fluorescent probes. Excitingly, using polymethines as a scaffold for fluorogenic dyes, we have opened up a lot of new avenues for bioimaging.

Working smarter with LEDs and optical filters for widefield fluorescence

Sponsored by CoolLED, on 13 September 2023

Optical filters can make or break a fluorescence microscopy experiment. For widefield fluorescence, they also have the potential to unlock breakthroughs in high-speed, high-contrast imaging when used alongside multi-channel LED illumination systems. There are thousands of filters and dichroic mirrors to choose from, with the selection depending on the fluorophore(s) and light source. While imaging

Advances in Expansion Microscopy

Posted by , on 4 August 2023

Expansion microscopy was introduced in 2015 by Boyden and his team, revolutionizing the way we see biological samples under a microscope1. Taking advantage of the power of physical enlargement, ExM pushes spatial resolution beyond the diffraction limit, allowing us to observe intricate details at previously unimaginable levels. The underlying principle of ExM lies in a

Sharing Your Poster on Figshare: A Community Guide to How-To and Why

Posted by , on 26 July 2023

Join the Open Science revolution and increase the impact of your research by sharing it on Figshare. Discover the benefits of transparency, collaboration, and accessibility in science as you make your work citable, shareable, and discoverable. Our step-by-step guide will walk you through uploading your conference posters and data, ensuring your research reaches a wider

#celldyn2023: holotomography with Tomocube Inc

Posted by , on 15 June 2023

Our recent Journal of Cell Science ‘Imaging Cell Dynamics’ meeting took place at Pestana Palace Hotel in Lisbon. In this post, we share the talk from Sumin Lee, Chief Scientist at Tomocube Inc, on their holotomography technology.

#celldyn2023: Andor 'SRRF-Stream'

Posted by , on 7 June 2023

Our recent Journal of Cell Science ‘Imaging Cell Dynamics’ meeting took place at Pestana Palace Hotel in Lisbon. In this post, we share the talk from Bruno Combettes, Microscopy Specialist at Andor, on their real time SRRF (SRRF-Stream) technology.

#celldyn2023: the benefits of using VT-iSIM

Posted by , on 30 May 2023

Our recent Journal of Cell Science ‘Imaging Cell Dynamics’ meeting took place at Pestana Palace Hotel in Lisbon. The meeting featured excellent talks describing a range of different microscopy techniques and their application to a plethora of questions in cell biology. You can check out our preList from the meeting on preLights. The meeting also

Leveraging biophysics to push the limits of investigating RNAs in cells: Riboglow-FLIM, a breakthrough tool for visualizing RNAs in live mammalian cells

Posted by , on 1 May 2023

Nadia Sarfraz1, Esther Braselmann1* 1 Department of Chemistry, Georgetown University, Washington, District of Columbia, USA *corresponding author braselmannlab.com Ribonucleic acids (RNAs) play a critical role in cellular function. Visualizing RNAs in space and time in the context of living cells is critical to advance our understanding of biological processes in health and disease.1 Recently, our