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Anne G Hoen, PhD

Contact Information:

Professional Interests:

Dr. Hoen's research focus is on the development of the microbiome in infants and children, and the associations between environmental and dietary exposures, the microbiome, and risk for infectious and other diseases. She has a broad interest in the predictors of disease risk and microbial colonization dynamics in human populations and the environment as reflected in microbial genetic sequence variation and health informatics streams over space and time. Interdisciplinary approaches used in her research include spatial and time-series statistics, population genetics and novel disease surveillance methodologies along with tools from the fields of microbial ecology, molecular epidemiology and landscape epidemiology.

Rotations and Thesis Projects:

Development of novel computational methods for studying the human microbiota
Investigating the environmental drivers of infant intestinal microbiome development
Associations between patterns of infant intestinal microbiome establishment and health outcomes in children
Functional characterization of the developing infant gut microbiota using metabolomics

Grant Information:

K01LM011985: Bioinformatics strategies for early life microbiomics
R01LM012723: Multi-omic functional integration using networks

Courses Taught:

QBS 136 Applied Epidemiologic Methods I
QBS 137 Applied Epidemiologic Methods II

Biography:

Dr. Hoen completed her PhD in epidemiology and public health at Yale University and received post-doctoral training at Children's Hospital Boston, Harvard Medical School and McGill University. She has broad training in biostatistics, epidemiology and public health with research experience in the evaluation of interventions, understanding infectious disease emergence and spread, and evaluating associations between the microbiome and human health. Her research uses advanced statistical methods as well as informatics and complex systems approaches. Past studies include modeling the timing and spread of influenza to estimate the effects of interventions targeting children, modeling the evolutionary ecology of the Lyme disease agent, Borrelia burgdorferi and characterizing the initial development of the human microbiome in early life and its associations with common exposures and infectious outcomes.