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Microscopy

Microscopy at the Sainsbury Laboratory covers a wide range of techniques from macro-imaging/photography through to stereofluorescence, confocal, raman and scanning electron microscopy. Support facilities include a well-equipped prep room, sample incubation growth chamber, uninterrupted back-up power supply (for high-end confocal and SEM systems) and data storage on a central server. An advanced workstation contains various tools for 4D analysis including Imaris (4D rendering and tracking), Huygens (deconvolution and 3D rendering) and offline versions of the software used to run the facility microscopes.

SLCU has the following microscopy equipment:

- Light Microscopy
Confocal microscopy
Scanning Electron Microscopy
Atomic Force Microscopy

 

Access to the Microscopy Core Facility

In addition to members of the SLCU, the core facility also supports research carried out in other departments including Plant Sciences, Biochemistry, Neuroscience, Materials Science and Geology. Access to use the facility can be arranged by contacting

Coronavirus

 

SLCU Latest Updates

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University of Cambridge Guidance 

 

We would like to thank NHS staff, key workers and volunteers who are working tirelessly throughout the ongoing coronavirus pandemic in the UK. Our thoughts are with those whose health is impacted here in the UK and around the world.

 

 

Supported by the Gatsby Charitable Foundation

RSS Feed Latest news

2020 Waddington Medal

Mar 29, 2020

SLCU Director Professor Ottoline Leyser has been awarded the 2020 Waddington Medal by the British Society for Developmental Biology (BSDB).

Discovery of expanding pectin nanofilaments that manipulate plant cell shapes

Feb 27, 2020

Scientists have discovered new filamentous structures within plant cell walls that influence cell growth and help build complex three-dimensional cell shapes.

Random gene pulsing generates patterns during development of living systems

Feb 19, 2020

A team of Cambridge scientists working at the intersection between biology and computation has found that random gene activity helps patterns form during development of a model multicellular system.

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