Systems Biology Doctoral Training Centre

Welcome to the Systems Biology Doctoral Centre, a multi-disciplinary centre funded by the EPSRC and BBSRC that provides state of the art training in Systems Biology research where students are carrying out a wide range of exciting PhD projects.

We are located in a fully independent unit with its own dedicated premises and facilities within the Warwick Systems Biology Centre.

Apply to study at the Systems Biology DTC

The development and application of mathematical and statistical tools to analyse biological data is becoming increasingly important in biological and medical research. The SBDTC teaches a one year Masters degree in Systems Biology where students from biological and mathematical disciplines learn how to apply mathematical techniques to elucidate biological questions.

PhD positions and funded studentships are also available. Research activity is outlined on the Warwick Systems Biology Centre pages.

Flowers


Systems Biology Event Bulletin


Tue 28 May '13
13:00: Daniel Wustner (Denmark) - Tracking and modelling of intracellular sterol transport
16:00: Peter Krusche "Coupling the Circadian Clock and the Cell Cycle in Mammalian Cells"
Tue 11 Jun '13
13:00: WSB Seminar - Charalambos Kyriacou (Leicester) - title - tba
Tue 18 Jun '13
13:00: WSB Seminar - Clive Bowsher (Bristol) Understanding sources of variation and the flow of information in biomolecular networks"

Student Achievements


Tue 21 May '13
Mike Kerr passed his viva
Tue 26 Mar '13
Heather Riley passed her viva
Wed 03 Apr '13
Systems Biology DTC alumni, Elizabeth Widman, features in the latest issue of CommUnicate
Tue 26 Mar '13
Polly Downton passed her viva

Recent Student Publications


Sun 27 May '12
Bacterial cell wall assembly: still an attractive antibacterial target
Structure–activity relationships for organometallic osmium arene phenylazopyridine complexes with potent anticancer activity
Fri 21 Oct '11
Selective Phenotyping, Entropy Reduction and the Mastermind Game
Sat 08 Oct '11
The role of nitrogen oxides in human adaptation to hypoxia