Microscopy Facilities

The Core provides the following fluorescence microscopes for image capture and quantitative analysis.

The Cellular Imaging Core is located on the ground floor, Laboratory 1, Room's 00/069 and 00/070. Only Core trained users have access to the microscopes in 00/070. The microscopes can be used by all Wellcome Centre staff, free of charge, once they have been trained by Core staff.

Email us for further details or for new user microscopy induction at cellular-imaging@well.ox.ac.uk. Telephone 01865 287568 [internal ext. 87568] for the Core laboratory 00/069. You must be on the Wellcome Trust Centre's intra-net for some links to work. 

panarama oo70

The Core has a selection of microscope and stand-alone image analysis and processing PC workstations running Leica Cytovision, Nikon NIS Elements, IPLab, Molecular Devices MetaMorph v7.7 Premiere Offline version (includes object/cell tracking, colocalization and neurite-outgrowth applications), ImageJ and Perkin Elmer Volocity v6.1 4D deconvolution software (includes Quantitation, Visualization and Restoration modules).

In addition we have an Epson V200 flatbed scanner, a 3.1 mega-pixel Nikon CoolPix 995 compact digital camera, offering 2048 x 1536 image resolution and 4x optical zoom.

Zeiss 510 incubatorLive Cell Imaging

The Core's Zeiss LSM510 MetaHead confocal microscope is suitable for long-term live cell or tissue time-lapse imaging. The system consists of a Zeiss XL3 live cell incubator system and a motorised scanning XY stage installed on the confocal's inverted Axiovert 200M microscope. Culture/Labtek slides, Mattek glass bottomed Petri Dishes and Multiwell Plates can all be imaged on the confocal system. Click here for full details of the live cell incubator system

 cryostat ours side

 

The Leica CM-3050-S Cryostat

The Core has a top of the range Leica CM-3050-S cryostat for cutting sections from frozen tissue samples and cell suspensions. It's particularly suitable for working with delicate specimens such as brain samples in neuroscience. The precise specimen orientation and the feed system via it's step motor produces reproducible thin serial sections of high quality.