Call for applications to the Membrane Protein Laboratory at Diamond

Applications are invited for proposals to use the Membrane Protein Laboratory (MPL) at Diamond Light Source Ltd.

Closing date for applications:  28th July, 2009.

MPL website:  http://www.diamond.ac.uk/Home/MPL.html

The MPL is a user facility open to anyone who is studying membrane proteins. It is a fully equipped laboratory for expression, purification, crystallisation and structure determination for membrane proteins. Applications can be made to the MPL for regular visits or for a period of up to 3 months to work within the MPL. Applications are reviewed by our scientific advisory board and visits can be arranged when applications have been accepted.

The MPL is located in the Diamond Synchrotron in Oxfordshire, England. It is a collaboration between Prof. So Iwata at Imperial College and Dame Prof. Louise Johnson and Dr Gwyndaf Evans at Diamond.

What does the MPL offer to users:

Equipment:

The MPL all the necessary equipment for expression, purification and crystallisation including

·      A high-throughput sitting drop crystallisation robot

·      Fluidigm Topaz microfluidics system

· The PX scanner system for testing diffraction from crystals in 96 well plates.

·      Microscopes with a fluorescence adaption for crystal insection

· The Caffrey cubic phase robot for crystallisation in lipidic cubic phase with 50nl drops.

Training:

· Training in crystallisation is provided by Dr Momi Iwata, Dr Liz Carpenter and Miss Tian Geng. Momi in particular has extensive experience in crystallizing membrane proteins and she can help users obtain the best from their proteins.

· In addition to the MPL crystallisation facility we can also offer advice and assistance with expression of membrane proteins in E. coli and S. cerevisiae, and purification of membrane proteins (Drew et al., Protein Science, 14, 2011-2017, 2005; Drew et al., Nature Methods, 3, 303-313, 2006; Newstead et al., PNAS, 104, 13936-13941, 2007; Drew et al., Nature Protocols, 3, 784-798, 2008).

· Membrane protein structures can be difficult to solve as the data is often low resolution and anisotropic. Members of the group have experience in solving structures using such data, eg the hydantoin transporter (Science, Vol. 322, pp. 709 – 71, 2008) and can provide assistance and training to MPL users.

How to apply:

Initially please email [email protected] to see if your project is suitable.

Please complete the application forms and safety docs on this web page: http://www.diamond.ac.uk/Home/MPL/user.html

Return these docs by email to [email protected] by the 28th of July 2009.

Time will be allocated for this round of applications in September 2009.

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