Imaging

This confocal microscope is set up for live cell imaging and FRAP experiements.

This is spinning disk confocal for live cell imaging and it is designed for fast 3D super resolution imaging. It is also possible to do super resolution imaging with the Olympus Super Resolution (OSR) technology.

The microsope is a point-scanning confocal set up for live imaging.

This is a software module that is used for studying functionality, visualization, segmentation and interpretation of 3D and 4D microscopy datasets

ImageJ is a public domain, Java-based image processing program and design with an open architechecture that provides extensibility via ecordabler marcos and Java plugins.

This microscope is a set up for live cell imaging and fixed samples.

The Andor Revolution microscope is a spinning disc system is an ideal platform for high speed live imaging.

This microscope is set up for live cell imaging and uses the property of total internal reflection (TIRF) to illuminate fluorophores close to the glass coverslip where the sample is mounted.

The BX81WI is an upright microscope for fixed cells and physiological experiments.

This is a microscope set up for live imaging with a fully motorized xy stage for multi-position, tile scan and z Piezo for fast 3D stacks.

The Norwegian Molecular Imaging Consortium (NorMIC) core facility at the Institute of Biosciences (IBV) focuses on fluorescence imaging of live and fixed samples. The core facility can offer a selection of imaging techniques to strengthen and support the community of Life Science in Oslo and Norway. 

The EM-lab at the Department of Biosciences is part of the core facility Life Science Electron Microscopy Consortium (LSEMC). The other LSEMC node, the Electron Microscopy Laboratory, is located at the Institute of Basic Medical Sciences.