Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Core Facilities<br />
Flow Cytometry Core Facility<br />
The Flow Cytometry Core Facility offers a range of flow cytometric techniques. The equipment<br />
adds flexibility in the preparation and execution of experiments allowing different approaches to<br />
research problems. Our facility meets researchers’ needs and enables better resolution in terms of<br />
analysis and product.<br />
The goal of the facility is to proactively introduce flow cytometric methods into new research areas<br />
while supporting and extending current research.<br />
Major projects and accomplishments<br />
• The analysis of algae life cycle project relied on the intrinsic fluorophores in algae to<br />
identify life cycle stages. It required photosaturation of the photosynthetic units in the<br />
algae.<br />
• Cell cloning by Darwinian selection required a series of single cell sorts of a target<br />
population into 96-well plate in order to select a stable integrated gene into a cell line.<br />
• There is a project investigating a bi-stable state of a reworked bacterial signalling<br />
cascades that requires precise and accurate instrument measurements of the bacteria in<br />
order for them to be identified.<br />
Andrew Riddell<br />
BSc Hons 1992, Paisley<br />
University.<br />
PgDip, 1993, Caledonian<br />
University, Glasgow.<br />
Work at the MRC LMB and<br />
CIMR and Hutchison/MRC,<br />
Cambridge.<br />
Facility Head at <strong>EMBL</strong> since<br />
2003.<br />
• The apoptosis project uses a novel FRET assay in order to identify apoptosis in a cell<br />
line.<br />
• An ongoing project, in collaboration with the University of Heidelberg’s Chemistry Department, investigates the flow cytometric<br />
analysis of cellular uptake of novel synthetically produced probes.<br />
Services provided<br />
• Sorting heterogeneous single cell populations into homogeneous populations for experiments.<br />
• Providing an analysis of single cell populations based on fluorescent probes and light intensities (including light scattering and polarisation).<br />
• Providing expertise in flow cytometric techniques for use in experiments.<br />
• Providing advice in the use of flow cytometry.<br />
• Developing novel flow cytometric techniques for use in the <strong>EMBL</strong>’s scientific activities.<br />
Technology partners<br />
We work with equipment from<br />
Cytopeia Inc., DAKO, Becton<br />
Dickinson, Union Biometrica<br />
and Miltenyi Biotec. We are open<br />
to test new technological developments<br />
to best serve the needs<br />
of the scientific community.<br />
Deflection illumination for calibrating droplet break-off point.<br />
Selected references<br />
Polycarpou-Schwarz, M., Muller, K., Denger, S., Riddell, A., Lewis,<br />
J.D., Gannon, F. & Reid, G. (2007). Thanatop: a novel 5-nitrofuran<br />
that is a highly active, cell-permeable inhibitor of topoisomerase II.<br />
Cancer Res., 67, 51-8<br />
Füssl, A., Schleifenbaum, A., Goritz, M., Riddell, A., Schultz, C. &<br />
Kramer, R. (2006). Cellular uptake of PNA-terpyridine conjugates and<br />
its enhancement by Zn(2+) Ions. J. Am. Chem. Soc., 128, 5986-7<br />
Fairley, E.A., Riddell, A., Ellis, J.A. & Kendrick-Jones, J. (2002). The<br />
cell cycle dependent mislocalisation of emerin may contribute to the<br />
Emery-Dreifuss muscular dystrophy phenotype. J. Cell Sci., 115,<br />
31-35<br />
59