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Research interests

I am a 3rd year Population Health Sciences PhD student funded by the GW4 BioMed doctoral training program. My research is focused on using people's genetic data to find causal relationships between circulating immune cells commonly measured in a routine blood test, and disease.

The first part of my research journey takes me to studying the presence of population structure in UK Biobank and how one might identfy non-European groups in there to be further studied. The ultimate goal of this was to provide a framework for future work done on non-European populations in UK Biobank with the aim of improving health outcomes for a broader part of the population. Using the African population group identified previously, my next project focused on the relationship between neutrophil count and severe malaria.  To do this, I performed a method in genetic epidemiology called Mendelian Randomization (MR) between a neutrophil count GWAS and a severe malaria GWAS done in Africa. This allowed me to assess whether there was a bi-directional causal effect between circulating neutrophils and severe malaria and its sub-types.

Moreover, an additional part of my research has focused on the effect of circulating immune cells and breast cancer risk. The literature is divided on the effect of immune cells on breast cancer, and I aimed to use UK Biobank data to perform a one-sample multivariable MR in Europeans in a hypothesis-free manner to study whether there was a causal relationship between the two.

Another part of my research will focus on circulating immune cells and colorectal cancer (CRC) risk. To study this, I will use data available from the GECCO consortium, which will allow me to perform a MR. The analysis will the be followed by indentifying whether circulating immune cells act as mediators between type 2 diabetes and CRC.

Structured keywords and research groupings



  • Genetic Epidemiology
  • Cancer Genetics
  • Immunology
  • Mendelian randomization
  • Population Genetics
  • Data Science


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