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Your search returned 10 posts.

'How they started with Euro-BioImaging & Global BioImaging (GBI) ?'

Posted by , on 14 September 2023

As a continuation to the series of blogs called “how it started…”, where we shed light on the journey through the origins of various imaging communities around the world, we speak to Euro-BioImaging and GBI. Our mission for this series is simple yet powerful – by learning about the visions and goals of these communities,

 ‘How it (they) started with the Advanced Imaging Center (AIC)?’

Posted by , on 21 July 2023

A series going behind the scenes to unveil the captivating origins of imaging communities and centers. I will unravel the stories that brought these hubs of innovation and discovery into existence. Behind every iconic center or community lies a tale of visionaries, pioneers, and passionate individuals who devoted their lives to pushing the boundaries of

Janelia+EMBL BioImaging Seminar Series: How We Started a Successful Seminar Series during the Pandemic

Posted by , on 25 January 2022

How we started a global BioImaging seminar series in the middle of a global pandemic...

The story behind ZeroCostDL4Mic, or How to get started with using Deep Learning for your microscopy data

Posted by , on 18 January 2021

We all hear again and again about Deep Learning (DL), how great it is, how it’s going to revolutionise science, engineering, medicine and work. But where and how is this all happening? If you wonder how you could get started on thinking, let alone using DL on your microscopy data, look no further, we have

An interview with Dr. Vaishnavi Ananthanarayanan

Posted by , on 4 November 2024

Dr. Vaishnavi Ananthanarayanan is the 2025 recipient of the Royal Microscopical Society Award for Life Sciences. She is the first winner outside of Europe, highlighting the incredible cellular imaging she has led across the world. Dr. Vaishnavi Ananthanarayanan is an EMBL Australia Group Leader in the Department of Molecular Medicine at UNSW, Sydney. Vaishnavi received

Teaching co-localisation analysis from lecture to leisure

Posted by , on 20 October 2024

The origin There was one thing I was always skeptical about: colocalization analysis. When I started out as a BioImage Analyst, it was one of the first things I had to help users with in the BIOP at EPFL. I started learning more about it (and still continue to do so), tried with my own

Latin America Light Microscopy Fundamentals: Train-the-Trainer

Posted by , on 17 October 2024

From June 3-7, 2024, a dedicated team of imaging scientists ran the Latin America Light Microscopy Fundamentals Train-the-Trainer event in Buenos Aires. Twenty four imaging scientists from across Latin America and Africa were trained in how to run a fundamentals light microscopy course.

Interview with Giulia Casal, the inaugural recipient of the Volume Electron Microscopy (vEM) Ambassador Travel Award!

Posted by , on 11 October 2024

We congratulate Giulia for being the first recipient of the vEM Ambassador Travel Award! and thank her for advocating for our vEM Community! Giulia Casal is a PhD student in Prof. Alison Lloyd’s lab at the Laboratory for Molecular Cell Biology (LMCB) at University College London (UCL), where she is studying the blood nerve barrier

Featured image with Ciarán Butler Hallissey

Posted by , on 13 September 2024

Our featured image, acquired by Ciarán Butler Hallissey, is a maximum-intensity projection of rat hippocampal neurons processed with ultrastructure expansion microscopy (U-ExM) and captured with a spinning disk confocal microscope. Find out more about the image and Ciarán’s research below. More about the image: Expansion microscopy physically increases the size of your sample to improve

An interview with Maribel Torres Velázquez

Posted by , on 6 August 2024

MiniBio: Maribel Torres Velázquez is a NURTURE postdoctoral fellow in the lab of Prof. Gregory Schwartz at the Feinberg School of Medicine at Northwestern University, where she uses microscopy to study the retina-to-brain circuitry. Specifically, she aims to uncover the retina-brain connectivity map by identifying to which unique brain areas different retinal ganglion cell sub-types