environmental chemical exposures, such as polychlorinated biphenyls (pcbs), can interact with biological and genetic factors, as well as
social determinants of health, such as
access to health care, race, gender and income, and lifestyle factors, such as diet, physical activity and smoking.our team will probe the contents of the dump to identify harmful materials such as heavy metals, volatile organic compounds and fine particulate matter, and we will examine genetic and epigenetic changes to the genomes of shelburne residents that may explain cancer susceptibility.we will also examine the extent to which
race,
gender, income and other
social determinants of health contribute to cancer and premature death. the role of diet, exercise, smoking and other
lifestyle factors in cancer incidence in shelburne will also be studied given that
existing studies indicate that these factors can increase our likelihood of getting cancer.
cancer in black communities
the study is multidisciplinary and complex. yet we are confident it will help clarify the complex interactions between the social determinants of health, lifestyle factors, genetics and
generational impact of chronic toxin exposure. it will also shed light on what is driving high cancer rates in south end shelburne.our study will not just have value for the small community of shelburne but will provide a template for further studies on the relationship between environmental racism and chronic diseases. for example, the african nova scotian community in
lincolnville, n.s., indigenous communities such as
wet’suwet’en first nation in northern b.c., and
aamjiwnaang first nation near sarnia, ont., as well as african americans living near
cancer alley in louisiana, who all live close to landfills, pipelines and petrochemical facilities, could all benefit from a similar multidisciplinary approach.this study, and others like it, will bring us one step closer to addressing the wider problem of systemic racism in canada.