Research Interests
Genomics, Transcriptomics, Epigenomics, Bioinformatics, Cancer, Aging, Environmental Exposure
Research Focus Teams
Cancer, Aging, Lung Disease, Climate Change
Departments
Biochemistry and Molecular Biology
Contact
Email: emilia.lim@ubc.ca
Room# 5220
Office Phone:
Publications
Lab Website
Emilia obtained her BSc in Bioinformatics at the University of Alberta, where she completed her thesis on the Human Metabolome Project with Dr. David Wishart. She then pursued her PhD in Bioinformatics under the mentorship of Dr. Marco Marra at UBC and the BC Cancer Genome Sciences Centre. She worked on epigenomic and transcriptomic biomarker discovery for treatment refractory hematological and pediatric cancers through the TCGA and TARGET NCI initiatives. She then completed her postdoctoral training with Dr. Charles Swanton at the Francis Crick Research Institute and University College London (UCL). She worked on the TRACERx and PEACE studies, examining chromosomal instability and how it shapes lung cancer evolution. Her interest in lung cancer in never smokers directed her to develop a framework for studying the environmental impact on cancer initiation. She discovered that air pollution triggers lung cancer initiation by promoting clonal expansion of cells harbouring oncogenic mutations which have accumulated due to aging. Her current research program concerns how environmental pollutants disrupt normal cells to accelerate the initiation of age-related disease states such as cancer.
Research Summary:
Environmental exposures have been associated with the incidence of age-related illnesses such as cancer, cardiovascular disease, impaired cognitive function, metabolic dysregulation. However, how most environmental exposures, such as pollution, contribute to disease is still unclear. Our bioinformatics group investigates how environmental pollutants shape the genomics, transcriptomics and epigenomics of cells to transform normal tissues into disease states. We will utilize a multi-omic approach to study samples from cancer patients and from individuals who have been exposed to pollution. An understanding of how environmental exposures accelerate age-related disease development will allow us to mitigate the risk of developing an age-related disease and promote healthy and successful aging across Canada.
Investigating how environmental exposures shape the genomics, transcriptomics and epigenomics of human cells to drive them towards a disease state
Identifying specific cancer subtypes associated with high levels of environmental pollutant exposure.