Ashley Wazana
Associate Professor
MD, FRCP, MSc
Child psychiatry, developmental psychopathology, gene by environment interactions
Dr. Ashley Wazana is a clinician-scientist in the department of psychiatry at the Jewish General Hospital. He was trained as a child psychiatrist at 海角社区 and as an epidemiologist at Columbia University. He is the clinical and research director of an Early Childhood Disorders day hospital at the Jewish General Hospital as well as an investigator in projects at the Lady Davis Institute for Medical Research, at the Douglas Institute of Mental Health and in international collaborations with France, Finland the United States. He currently holds the 海角社区 Chair of Psychiatry's Early Career Researcher Award. Dr. Wazana is currently the Principal Investigator for the psychiatric outcomes of Dr Michael Meaney's Maternal Adversity, Vulnerability and Neurodevelopment (MAVAN) project. His CIHR and March of Dimes funded project aims to identify how genotypes in the Serotonin, Dopamine and Glucocorticoid pathways and which early maternal experiences interact to modify the trajectory for anxious and depressive psychopathology of children with prenatal adversity. Low birth weight and prenatal maternal depression are two conditions of adversity used to test competing models of developmental psychopathology about the role of prenatal experience (determinants or susceptibility-factors). He is also faculty in the 海角社区 Division of Social and Transcultural Psychiatry and is involved in a community-based intervention to prevent maladjustment of Aboriginal youth. He has also been extensively involved in research, teaching and policy development in the relation between physicians and the pharmaceutical industry, a domain for which he has been called to testify as an expert witness. He was a member of the Consensus Panel which developed the AACAP's recent conflict of interest guidelines. He is currently the chair of the Research and Scientific Program committee of the Canadian Academy of Child and Adolescent Psychiatry.