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Applying the Quorum Cryo-SEM Prep System to Plant Biology Research
Product News

Applying the Quorum Cryo-SEM Prep System to Plant Biology Research

Applying the Quorum Cryo-SEM Prep System to Plant Biology Research
Product News

Applying the Quorum Cryo-SEM Prep System to Plant Biology Research


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Dr Ray Wightman Cambridge (1).jpg

Dr Ray Wightman loads a biological sample via the Quorum PP3010T Cryo-SEM preparation system mounted on a Zeiss EVO HD cryoSEM. 

The Sainsbury Laboratory Cambridge University (SLCU) is a new research institute funded by the Gatsby Foundation. The aim of the Laboratory is to elucidate the regulatory systems underlying plant growth and development. The 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. Dr Raymond Wightman is its Microscopy Core Facility Manager. 

Studying plants using scanning electron microscopy (SEM) was a challenge. Prior to having a Cryo-SEM preparation system, the lab would look at fresh plant samples that dried up and were hard to maintain while doing SEM. There was an urgent requirement for something to enable better imaging of fully hydrated plant tissue. 

Asked about his experience using the Quorum PP3010T Cryo-SEM preparation system on the Zeiss EVO HD cryoSEM, Dr Wightman said “We have been impressed with the low maintenance costs and excellent applications support from the Quorum team. The system is now an integral part of the microscopy facility at the Sainsbury lab and because of the superior results we are getting now compared to before, the SEM use has gone up from about 8 hours per month to 64 hours per month. We are also able to process samples that we could not easily do prior to getting the Quorum kit.” 

The system has been used in multiple projects by the Laboratory. These have included looking at the following: wood ultrastructure and cellulose organisation; observing cellular membranes; making new biocomposites and studying their properties; studying the interactions between a plant pathogen and the plant cell; studying cuticular wax formation; determining how plant cells coordinate their growth across tissues e.g. leaves and flowers. A final project on the development and structure of leaves from alpine plants where 90% of the work was performed on the PP3010T will be published shortly. All of these serve to illustrate the versatility of the Quorum cryo-SEM preparation system. 

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