Live tissue imaging of protein-protein interactions by multiphoton FLIM-FRET
Many signal transduction events in cells are mediated by protein-protein or protein-RNA interactions. Changes in protein activity are often mediated by a change in protein
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Introducing the new generation of neural-circuit technologies to the broad spectrum of neuroscientists in Norway.
One of the greatest advances in neuroscience during the past few decades is the invention of tools for monitoring and manipulating electrical activity in large distributed neural circuits. These tools have laid the basis for studies of neural network computation and the mechanistic basis of higher brain functions and they are expected to help us understand complex neural dysfunctions including psychiatric diseases. The Nobel Prize to the Mosers is a direct reflection of this turn to neural-systems analyses.
As well as introducing the new generation of neural-circuit technologies to the broad spectrum of neuroscientists in Norway, NORBRAIN also set up for training of new users in order to facilitate the use and integration of the new technologies.
Many signal transduction events in cells are mediated by protein-protein or protein-RNA interactions. Changes in protein activity are often mediated by a change in protein
Two-photon (2P) microscopy is an extremely powerful technique that permits visualization and interrogation of complex neural tissue in 3D, with detailed subcellular resolution and minimal
The Nikon Eclipse Ti2 is a versatile widefield fluorescence microscope optimized for intracellular localization and live-cell tracking of proteins or RNA and detection of cell
Kavli Institute for Systems Neuroscience
Faculty of Medicine and Health Sciences
NTNU
Olav Kyrres gate 9
P.O. box 8905
7491 Trondheim
Institute of Basic Medical Sciences
Faculty of Medicine
University of Oslo
Domus Medica, Gaustad
Sognsvannsveien 9
P.O box 1110, Blindern
0317 OSLO
The Department of Biomedicine
Faculty of Medicine and
Faculty of Psychology
University of Bergen
Bygg for biologiske basalfag
Jonas Lies vei 91
P.O. box 7800
5020 Bergen