Congrats to Chris Loftus
Congrats to Chris Loftus who published with Ian Dunlop on the...
Welcome to the Institute of Chemical Biology Centre for Doctoral Training
Latest News
WOMENinSTEM@IC
The WOMENinSTEM@IC group, set up by Chiara Heidi, is the official...
New publication in Cell Chemical Biology by Euan Pyle
Congratulations to Euan Pyle and colleagues on the following...
Light-triggered enzymatic reactions in nested vesicle reactors.
Exciting new publication from the ICB student James Hindley...
New CDT in Chemical Biology - Innovations for the Life Sciences!
Our CDT in Chemical Biology has been awarded new funding to train the next generation of graduates that will be able to embrace the industrialisation of the life sciences by combining the training in measurement tools and technologies with breakthroughs in the fourth industrial revolution, such as automation and additive manufacturing, and with novel calculation and modelling approaches.
Click HERE If you are interested in applying for a studentship entereing in October 2019.
Multidisciplinary training to tackle challenges in the healthcare, personal care and agri-science sectors
We train physical sciences graduates in the skills and arts of multidisciplinary research through a combination of taught courses which introduces them to the biomolecular sciences, and research. Click here for more information on the molcular targets our current students work on.
The Institute of Chemical Biology (ICB)'s mission is to support and develop multidisciplinary research crossing the physical sciences-life sciences/biomedical interface.In particular we focus on the development and application of novel tools and technology for solving major problems in the life and biomedical sciences.
Featured Student Profile
Shukai Wang
3rd year PhD
Investigation of the structure and function of Vpu with all atom molecular dynamics simulations
Transmembrane (TM) proteins are essential components in biological membranes. They have a great range of activities and are integral for membrane functionality. Currently 50% of drugs... more
