All Projects
- A systems biology approach to understanding protein aggregation and its role in neurodegeneration
Project Leader(s): Carole Proctor - Cellular senescence - mitochondrial dysfunction
Project Leader(s): Thomas von Zglinicki - Cellular senescence – regulatory signalling networks
Project Leader(s): Thomas von Zglinicki - Characterisation of signalling pathways during caloric restriction and in p16 negative hTERT overexpressing fibroblasts.
Project Leader(s): Gabriele Saretzki - Computational Modelling of Insulin Signalling and Ageing
Project Leader(s): Daryl Shanley, Graham Smith - Development and application of high-throughput approaches for yeast genetics
Project Leader(s): David Lydall - Incorporating dataset relevance into functional networks
Project Leader(s): Jennifer Hallinan, Anil Wipat - Mechanisms of dietary restriction in mice – cell senescence
Project Leader(s): Thomas von Zglinicki - Mechanisms of dietary restriction in mice – epigenetics
Project Leader(s): Thomas von Zglinicki, Prof John Mathers - Mechanisms of dietary restriction in mice – mitochondrial function
Project Leader(s): Thomas von Zglinicki - Mechanisms of dietary restriction in mice – whole body physiology
Project Leader(s): Thomas von Zglinicki - Model Format OWL (MFO): Integration of constraints facilitates validation of biological models
Project Leader(s): Allyson Lister, Prof. Anil Wipat - Oxidative stress and telomerase in stem cells
Project Leader(s): Gabriele Saretzki, Majlinda. Lako, D. Hapangama - Robot Object Database (ROD)
Project Leader(s): Morgan Taschuk, Anil Wipat - Saint – A lightweight integration environment for model annotation
Project Leader(s): Allyson Lister, Morgan Taschuk, Anil Wipat - SyMBA: Storing experimental knowledge in a FuGE-compliant archive
Project Leader(s): Anil Wipat - The Biology of Ageing e-Science Integration and Simulation system (BASIS)
Project Leader(s): Darren Wilkinson - The CISBAN Interactomes Database (CID)
Project Leader(s): Cedric Simillion - The role of subcellular telomerase shuttling for treatment outcome of cancer cells
Project Leader(s): Gabriele Saretzki
