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Creating artificial cells and studying single cells

Thursday 4th June 2015 @ 19:00

Non-Member: £12.00 ; Staff: £5.00 ; Student: £3.00


Dr Oscar Ces, Co-Chair of the Institute of Chemical Biology (ICB), Director of the ICB Centre for Doctoral Training

The ability to study and manipulate biological systems at the single cell level is leading towards the possibility of manufacturing artificial cells that are capable of performing user defined functions such as sensing and responding to their environment. In addition it allows us to increase our understanding of rare cells such as stem cells and circulating tumour cells.

 

"I have always been fascinated by how cells work and the fact that no two cells are quite the same. Despite the individual nature of cells most techniques rely on population based averages to measure their contents, which means we lose key information about cellular heterogeneity and are limited in our ability to study cells that are only available in small quantities like stem cells.

"The analogy I often allude to is that of an alien coming to earth to figure out how the human race works. The last thing you would want to have to do is put the entire human race in a blender to then only be able to make one measurement. What you would want to do is take apart each human and study them one at a time to build up a picture of how we work!”, says Dr Ces.

Dr Ces’ expertise lies in soft condensed matter and membrane biophysics, artificial cells, bottom-up synthetic biology, membrane-protein interactions, biomembrane mechanics, drug-membrane interactions, single-cell analysis using microfluidic technologies and biomimetic-microfluidic systems.

In his research life he develops technologies to study and manipulate biological systems at the single cell level, one day hoping to manufacture artificial cells that are capable of sensing and responding to their environment.

Since 2006 he has published 40+ papers in these areas, given 20+ invited lectures and secured over £10M current funding. He is also co-founder of the Proxomics Research (£4.6M; 13 academic partners) and £6M CAPITALS research programmes.

Optionally followed by supper (this can be booked on the event booking form).
After the lecture a Friends' Table has been reserved at a local restaurant to entertain the speaker and for any of the audience who would like to join us to continue the evening's discussion. A two-course fixed price supper is served including wine, coffee and service charge.
Or if you have already booked for the event and now want to join us for supper Book Supper now

Venue: SAF Building, Imperial College London

Campus Map reference 33
on the Imperial College London Map