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Facilities and services

The laboratory runs a range of centrally managed facilities and services. The links below provide information about the equipment and facilities and how to find out more.

Plant Growth Facilities

With 42 controlled environment rooms and 300m² of growing space under glass, the new Sainsbury Laboratory is well equipped to provide excellent growing facilities for pioneering plant science research.

Microscopy

The Sainsbury Laboratory hosts a state-of-the-art advanced imaging facility for scientists working on several aspects of plant developmental biology, including live imaging of developing plant tissues, and high-resolution scanning electron microscopy. The facility currently has four major instruments, two stereo-fluorescence microscopes and several dissecting microscopes.

Tissue Culture Rooms

The Sainsbury Laboratory has a range of tissue culture rooms and is collaborating with manufacturers on trialing the latest tissue culture facilities.

Level 2 Containment Facility

SLCU is equipped with a Level 2 Containment Laboratory and a Level 2 Containment controlled environment room (CER) to carry out research using licenced plant-pathogenic microorganisms.

Seed Store

The seed bank provides a controlled environment in which to store plants such as Arabidopsis for over 200 years, whilst still maintaining 85-95% viability.

Software Development

Here, some of the public software projects developed at the Sainsbury Laboratory, University of Cambridge will be described. We have divided the projects into Bioinformatics / Image Processing / Modelling.

 

 

Supported by the Gatsby Charitable Foundation

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RSS Feed Latest news

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.

People of Science

Dec 05, 2019

Professor Ottoline Leyser talks to Professor Brian Cox about her admiration for Nobel Prize winning geneticist, Barbara McClintock and explains the two great principles she uncovered.

Overlap in lateral root and nodule development brings self-fertilising cereals one step closer

Nov 16, 2019

A vision of creating crops that do not need chemical fertilisers is one step closer thanks to the recent discovery that a substantial overlap exists in the developmental programmes plants use for lateral roots and nitrogen-fixing nodules.

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