On the Biomedical Science MRes - Global Health Diseases pathway you will be taught the essentials of conducting high quality research through a range of core modules as well as gaining a detailed knoweldge in the area of Global Health Diseases before undertaking your research project.
St George's is home to world leading researchers who are tackling some of the greatest health challenges of the 21st century. The MRes is made up of 180 credits, all modules below must be studied and will equip you with the skills and knowledge to conduct high quality research.
|Research methods||15 credits|
|Research project planning and management||15 credits|
|Research project||105 credits|
Specialist module - Global Health Diseases
The Global Health Diseases 30 credit module deals with aetiology, pathology, clinical manifestations, prevention and treatment. Each disease is dealt with from a global perspective and forms the basis of how the disease is dealt with in different geographical contexts such as in rich and poorer nations. Other important aspects such as overviews of epidemiology, surveillance, data gathering and organisation, global and national public health initiatives and the major organisations involved in disease control will also be presented. This module will take advantage of active research into global disease at St George’s to enable you to work on specific topics in this area.
Past research projects
The substantive research project is worth 105 credits and you can view past student projects below.
Mapping pain in people with OA using MRI scans and clinical scores
Aims: We want to establish how the structural changes in arthritis relate to pain.
Brief Overview: We have been conducting the Pain Perception in Osteoarthritis study which has collected data from people with arthritis before they have surgery and relates their pain to their level of damage in the tissue by MRI scans.
Methods used for data collection: Data has already been collected from a large study dataset which will be analysed during the study.
Epidemiology of arbovirus infections in a tropical district in coastal Ecuador
- Measure age-dependent prevalence of IgG antibodies to dengue, Chikungunya and Zika virus
- Estimate rates of infection with Chikungunya and Zika virus infections during epidemics
- Describe epidemiology of dengue virus infections
- Identify risk factors for arbovirus infections, co-infections with individual viruses and household clustering of infections
Brief Overview: There are very limited data on the epidemiology of arbovirus infections in Ecuador. A recent study from Esmeraldas Province, a poor coastal Province in a tropical region of Ecuador where conditions are optimal for vector breeding and arbovirus transmission, suggested that dengue may have supplanted malaria as the primary cause of fever (Cifuentes et al, 2013). A recent epidemic of Chikungunya virus is believed to have circulated through Esmeraldas Province in 2015 based on classic clinical presentation and suspected cases of Zika virus infection have been reported from January 2016. Although all 4 serotypes of dengue virus are assumed to circulate within Esmeraldas Province there are no published studies describing the epidemiology of infections with dengue, Chikungunya and Zika virus infections. Given the asymptomatic nature of these infections, the burden of disease is likely to be substantially underestimated. We propose a serological assessment in the population using assays based on blood samples from evaluations of ongoing existing birth cohort at 8 years of age and the children’s families.
Methods used for data collection: Arbovirus infections – specific IgG to dengue virus, Chikungunya virus, and Zika virus infections by ELISA in already collected capillary blood samples. Socio demographic risk factors.
Effects of parasite infections on childhood growth trajectories in an Ecuadorian birth cohort; analysis from birth to 5 years of age
1. To investigate growth trajectories from birth to 5 years in a birth cohort
2. To investigate the odds of infections with enteric parasites during the first 5 years of life and how these may vary with age
3. To explore the extent to which the presence of enteric parasites and subsequent resulting infections affect childhood growth trajectories
4. To identify the extent to which other determinants contribute to childhood growth trajectories
Brief Overview: There is anecdotal evidence that parasitic infections are associated with adverse effects in early childhood growth. However, there is little data which addressed this question particularly in developing countries where the presence of parasites is endemic.
Methods used for data collection: This project will use a birth cohort of 2,404 children that has been followed up from birth to 5 years of age in rural Ecuador areas.
Last Updated: Tuesday, 21 March 2017 09:12