Advanced Digital Microscopy (ADM) news

<p>LegoLish-Mot, the second prototype of LEGOLish. Image: Julien Colombelli, Core Facility Manager of the Advanced Digital Microscopy Laboratory at IRB Barcelona.</p>
23 Feb 2017

IRB Barcelona is to participate in the first edition of YoMo Barcelona by giving a Lego fluorescence microscope workshop on March 1.

It is a unique and creative project that brings the latest 3D imaging technology to schools, high schools and universities.

Julien Colombelli, co-inventor of the microscope and Core Facility Manager of the Advanced Digital Microscopy Laboratory, will be coordinating the workshop.

22 May 2015

Various media, including El Mundo, have echoed the European Light Microscopy Initiative (ELMI) international congress, which has gathered leading experts in microscopy this week in Sitges. As stated by the co-organizers of the congress, Julien Colombelli—manager of the Advanced Digital Microscopy group at IRB Barcelona—and Timo Zimmermann—from CRG—, this event aims to further progress in this research field.

<p>(from right to left): Julien Colombelli (IRB Barcelona), Rafael Yuste (Columbia University) and Timo Zimmermann (CRG) during the press conference at ELMI</p>
21 May 2015

The new microscopes allow the tracking of cell movement within an organism, observation of neuronal synapses, visualization of the spread of cancer, and in vivo monitoring of embryo development.

The development of the 3D microscopy, super-resolution microscopy, and light sheet microscopy (a kind of microscope that illuminates the sample with a sheet of light) pushes biology towards new horizons.

IRB Barcelona and the Centre for Genomic Regulation (CRG) gather 420 experts in the 15th ELMI Meeting, an annual European microscopy congress held this year in Sitges from 19 till 22 May.

<p>Jens Lüders leads the Microtubule Organization laboratory (Photo: Battista/Minocri, IRB Barcelona)</p>
30 Jun 2014

A breakthrough at IRB Barcelona fills a knowledge gap in understanding how the cell division apparatus, the mitotic spindle, is formed.

The in vivo visualization and monitoring of the starting points of microtubules — filaments responsible for organising the mitotic spindle — provides novel insight into the dynamic architecture of this structure.

The findings will also contribute to understanding how the mitotic spindle is perturbed by drugs that target microtubules and that are used in chemotherapy.