Confocal and deconvolution workshop, IBP Brno, Nov 8, 2011
Demonstrace systému Leica Microsystems pro konfokální High Content Screening snímání na PřF UK Praha, 26. – 30. 9. 2011
Webinar - Principles and Applications of Multiphoton Microscopy, July 27, 2011
Webinar - The new Leica HyD Get on the Road to Super-Sensitivity, May 24, 2011
Leica webinar Super-Resolution - Single Molecule Detection with Leica SR GSD, May 12, 2011
Principles and Applications of Live Cell Imaging, webinar Apr 27, 2011
Odborný seminář Aplikovaná optika a mikroskopie 2010
Workshop Contemporary Confocal Microscopy, 8.-9. září 2010 Košice
Konfokálny mikroskop - uvedenie do prevádzky na UPJŠ v Košiciach
Advanced imaging techniques in biomedicine: from molecules to organisms, Praha 1.-4. 9. 2010
Leica BioOptics webcast: The Present and Future of Super Resolution Technology
Dne 4. prosince 2009 se uskuteční v 19.00 h středoevropského času prezentace The Present and Future of Super Resolution Technology, kde budou Prof. Stefan Hell, Prof. Alberto Diaspro a Prof. Stephan Sigrist. Přihlásit se je možné tady:
The Present and Future of Super Resolution Technology
Date: December 4, 2009 Time: 6:00 PM GMT Length: Approximately one hour
Speakers:
Prof. Stefan Hell, Director, Max Planck Institute for Biophysical
Chemistry
Prof. Alberto Diaspro, University Professor of Applied Physics, Italian
Institute of Technology
Prof. Stephan Sigrist, Professor in Genetics, Institute for Biology, Freie
Universitaet Berlin
Overview:
Super Resolution light microscopy is revolutionizing life science research
with increasing speed. The ability to have direct visual results from an intact
specimen in the sub-100nm range benefits scientists from virtually all fields
of biomedical research. Tiny structures such as synapses, ensembles of small
vesicles, and receptor arrangements are now accessible for fluorescence
microscopy.
The adoption of Super Resolution methods used to be limited, as biophysicists and microscopy specialists developed solutions for individual research programs. Commercial solutions are now readily available that allow Super Resolution to become an indispensable addition to many life science research institute programs.
But what is Super Resolution microscopy, and what does it mean to biomedical research? In this live, interactive webcast, experts discuss the potential of Stimulated Emission Depletion (STED) for current applications. We will present current and future concepts to break the diffraction limit, and reveal a vision on how to push the limits of STED imaging .
In addition to STED technology, we will present the application of Super Resolution imaging to neuronal investigations of molecular mechanisms of neurotransmission and synaptic plasticity. Emphasis will be given to rapid cell-to-cell communication mechanisms and information processing within the nervous system that makes use of chemical synapses. Using the STED microscope, molecular organization of presynaptic active zones is a focus of intense investigation and will be discussed.