Theoretical Systems Biology

TheoSysBio group member Paul Kirk visited Wimbledon College today, to give a talk to the winners of the Royal Society Summer Science Exhibition’s “Ask a Scientist” competition. You can check out their winning question (and our answer) by visiting the Royal Society’s website or by downloading the R.Science podcast through iTunes. Paul faced quite a grilling from the Wimbledon College scientists, but had a great time, and really enjoyed meeting the students and staff.

Wimbledon College (Photos kindly supplied by Geograph, and may be reused subject to this creative commons usage licence)

We are currently presenting the work developped in the group at the Summer Science Exhibition organised by the Royal Society until Sunday July 7th 2013.
Our exhibit is called Clever microbes. In addition to information related to the exhibit you will find on our website our online game.
It will allow you to make your own clever microbes and test how long they will survive in the Bacterial Zoo.

Hope to see you there!

Clever Microbes exhibit – Summer Science Exhibition Royal Society

At the 2012 RSS meeting in Telford Michael Stumpf speaks on

Approximate Bayesian Computation on Graphical Processing Units

Maxime Huvet starts his Imperial College Junior Research Fellowship. Congratulations on getting this prestigious fellowship!

At ISBA 2012 Michael Stumpf speaks on

Considerate Approaches to ABC Model Selection

Michael Stumpf speaks on

Time-Variable Networks in Candida Glabrata

Nathan Harmston passes his PhD viva as the 10th student from the Theoretical Systems Biology Group. Congratulations and well done, Nathan!

Michael Stumpf speaks on

Noisy information transmission through molecular interaction networks

Heather Harrington speaks on Non-parametric analysis of models and data

View more presentations from haharrington

Mathematical modeling reveals the functional implications of the different nuclear shuttling rates of Erk1 and Erk2 is out in Physical Biology: three publications out in one week.