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Full NameProfessor Denis Colum Shields
Department:School of Medicine
Organisation:University College Dublin
- genetics, genomics and molecular biology
- infectious disease and the immune system
- cell and developmental biology/regenerative medicine
- physiology and non-communicable disease
- neuroscience and mental health
- epidemiology/population health research
Postgrad Medical Specialties
- Obstetrics and Gynaecology
- Public Health
- Clinical Trials
- Health Informatics
- Infectious diseases
- Vascular Medicine
Other Medical Specialties:
Bioinformatics is used in our group to characterise and discover patterns of associations of sequence related data to disease processes. We have interests in genetic sequence variation in disease, in collaboration with rheumatologists and cardiologists. We have been developing specialised software to make sense of protein and peptide data, with a particular interest in the role of protein breakdown into peptides and the roles of digestive and inflammatory proteases in gastrointestinal disorders. We are also interested in the development of beneficial nutritional products for medical needs, using software methods to predict design and analyse the compositions of peptides and other protein factors in the foods. Computing tools used include machine learning, with varied applications, sequence analysis, statistical modelling and visualisation.
A listing of publications is available at:
The role of proteolysis in Inflammatory Bowel Disease (supervisor: Denis Shields (Professor of Clinical Bioinformatics, UCD Belfield), cosupervisor Glen Doherty (Consultant Gastroenterologist, UCD St Vincent's Hospital).
Inflammatory Bowel Disease (IBD) is mainly treated by anti-inflammatory approaches, but nutritional approaches provide some benefits. This project seeks to analyse existing information collected in a clinical trial, and other sample sets, regarding the distribution of proteins and peptides in stool samples from IBD patients, in order to further our understanding of how proteolysis by both digestive and inflammatory proteases may contribute to disease. The project will define shifts in proteolysis patterns in the gut, during disease progression and remission, in order to understand the changes in proteolysis during disease. The project will focus on analysis of clinical datasets, and would give the candidate extensive exposure to computational and statistical analysis methods to make sense of peptide and protein identifications derived from mass spectrometric analysis. The project will also provide opportunities for the candidate to get centrally involved in the design of a nutritional randomised intervention, aimed at reducing the negative aspects of protease activities in the bowel, to provide symptom relief and accelerating resolution of inflammatory flare-ups.
Other projects in the area of clinical bioinformatics are also possible, depending on speciality and I am very happy to discuss such possibilities further.