Prenatal

Dr. Annette Regan is an Adjunct Assistant Professor at the Department of Epidemiology, UCLA Fielding School of Public Health and an Assistant Professor at the Texas A&M University School of Public Health. Her research is dedicated to epidemiological investigations which aim to inform global policy for improving maternal and child health. She completed her epidemiology training at the Emory University Rollins School of Public Health (MPH, 2006) and infectious disease epidemiology training at the School of Pathology and Laboratory Medicine at University of Western Australia (PhD, 2016).

Dr. Joseph Davey's research focuses on how best to prevent and treat HIV and other sexually transmitted infections in peri-conception, pregnant women and couples, as well as other vulnerable populations. She has expertise in study design and use of epidemiological methods to inform interventions aimed at reducing the burden of HIV and related diseases on women, children, and families.

Dr. Liwei Chen is an Associate Professor (tenured) in the Department of Epidemiology at UCLA Fielding School of Public Health.  Dr. Chen’s research mainly focusses on identifying effective lifestyle approaches to prevent/management obesity, diabetes, hypertension and other cardiometabolic diseases.  She is also interested in maternal and child health and the life-course approach of chronic disease epidemiology.  Dr.

Dr. Greene developed a passion for Epidemiology while earning her Masters of Public Health at UCLA. After spending the first 20 years of professional life as a high-risk obstetrics and gynecology research sonographer, she found that the discipline of Epidemiology would allow her to begin answering some of the many challenging questions that had arisen in her chosen field of maternal and child health –a nd to finally have the analytic tools needed to search for the answers in valid and reproducible ways.

My research has focused on the potential of epigenetic epidemiology to elucidate the pathway by which adult disease susceptibility is influenced by environmental stimuli during critical periods of plasticity in fetal development. To explore multiple facets of this regulatory network, I have worked to develop expertise in the preprocessing and analysis of sequencing and microarray approaches to interrogate genetic variation, chromatin modifications, mRNA expression, and DNA methylation. In association with the post-doctoral molecular biologists in Dr.