Barcelona, October 9th 2017. October 6th marked the beginning of a new partnership between ICFO - The Institute of Photonic Sciences in Barcelona and Leica Microsystems. The new collaboration agreement aiming to promote and establish ICFO as a new European Nanoscopy Imaging Reference Site for Leica. As such, ICFO’s experts in super-resolution will partner with Leica Microsystems to conceptualize and implement technological improvements to the state-of-the-art systems from Leica.
This new collaboration sees the installation of the latest generation in nanoscopy systems from Leica Microsystems at the ICFO – the Leica microscopy system TCS SP8 STED 3X. Through the collaboration, Leica Microsystems and ICFO will work together to further develop the technology behind nanoscopy, find new applications in biomedicine and biophysics, and to offer access to nanoscopy to a wide community of researchers across Europe, including members of the Euro-BioImaging, Corbel European and LaserLab research infrastructure programs.
Nanoscopy overcomes earlier limits of optical microscopy by resolving structures down to just a few nanometers through methods such as STED. Nanoscopy is a key investigative tool in the most important medical research of today, including research into neurodegenerative diseases such as Parkinson’s and Alzheimers. In Barcelona, researchers already use Leica Microsystems nanoscopy systems for example, in cooperation with the Bellvitge Hospital and the University of Barcelona to study retinal degeneration, and the Sant Pau Hospital in Barcelona study beta-amyloid plaques and their effects on Alzheimer’s disease.
This three-year R&D collaboration expects to bring fruitful results within the European biomedical research community. As Pablo Loza, ICFO researcher and leader of the SLN facility at ICFO comments, “We are thrilled with the addition of this new Leica state-of-the-art microscope and the new collaboration agreement set forward with Leica Microsystems R&D team. We are sure the new TCS SP8 STED 3X, combined with all other instruments within our SLN facility at ICFO, will produce a qualitative jump on today’s research and applications and will enable us to delve into a new realm of novel biomedical applications that we are yet to fathom”.
Christoph Thumser, Sales Director for Life Science Research EMEA stated “Leica Microsystems are delighted to embark on this collaboration with the ICFO. We are confident that the combination of ICFO’s expertise in photonics and optical technology and Leica Microsystems strengths in advanced imaging solutions will lead to great developments in microscopy. The ICFO’s strong links to the imaging community through its association with CORBEL and Eurobioimaging will also benefit Leica Microsystems. Due to the SLN’s plan to offer open access to the Leica microscopy system TCS SP8 STED 3X, we will learn a great deal about how nanoscopy is used today and how it should develop into the future.
The DMi8 S with LASX Navigator allows researchers to quickly create high resolution overviews like the whole mouse brain in this example. This facilitates orientation on the sample and easy discovery of critical regions for further examination. Image courtesy of Dr. Wei Mo, School of Life Sciences, Xiamen University, China.
Wetzlar, Germany – Leica introduces the DMi8 S, a new complete solution designed to give researchers the ultimate tool for fast, versatile microscopic imaging of living cells allowing scientists to find, observe and interact with living cells like never before.
"Live-cell imaging is the future in discoveries. Gaining insight on dynamic processes is key to understand the mechanisms, potential treatments and prevention of human diseases," said Markus Lusser, President of Leica Microsystems. "These new DMi8 S developments have far reaching utility. Whether studying neuroscience, cancer, or immunology, researchers can use the DMi8 S to get elusive answers to their questions and find the links to our complex biology."
The DMi8 S imaging solution from Leica provides 5x more speed, and an increased viewing area up to 10,000x. This can be combined with the new photomanipulation scanner to activate, ablate, and bleach within one experiment. For super resolution and nanoscopy, the Infinity TIRF has been added allowing simultaneous multi-color imaging with single molecule resolution. This allows researchers to see more, see faster, and find the hidden, opening up the next chapter in widefield imaging.
The Leica DMi8 S will be launched at the 17th International European Light Microscopy Initiative Meeting (ELMI) May 23 - 26, in Dubrovnik, Croatia.
Visit www.leica-microsystems.com/dmi8 for more information on the new Leica DMi8 S.
At the heart of the DMi8 S is a newly added Synapse real-time controller that enables users to get their data more quickly and gather finer time-resolved data. In addition the new