Controlling cancer: a new perspective to uncover tumor growth patterns
Although the combination of control theory, dynamical systems analysis and systems biology has the potential to reveal important patterns in cancer evolution, it is not widely used. One of the challenges is to find a common language within the parameters of these disciplines. There has been some success in identifying common features in different types of cancer at various stages of the disease. Most of these results are related to intracellular properties and genetic mutations that lead to the onset of replicating malignant cells.
This project will follow the control engineering intuition that designs with modularity have higher adaptability and better resist the changes in their components or environment. We believe that systems thinking can be successfully applied to enhance a better understanding of self-organising and adaptive biological ’systems’ like tumors. The aim of this project is to study the extracellular collective relationships that lead to the formation of tumors when patients have developed cancer. One of our hypotheses is that by uncovering these relationships, we might be able to propose more efficient treatments and detect a cancer profile earlier. This research pushes the boundaries of control engineering, dynamical systems, network science and systems biology.
For more information: Eva Navarro López ([Email Address Removed]); http://staff.cs.manchester.ac.uk/~navarroe/
Candidates who have been offered a place for PhD study in the School of Computer Science may be considered for funding by the School. Further details on School funding can be found at: http://www.cs.manchester.ac.uk/study/postgraduate-research/programmes/phd/funding/school-studentships/.
The minimum requirements to get a place in our PhD programme are available from:
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FTE Category A staff submitted: 44.86
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