Janet Anne Warren
About
Janet I. Warren, D.S.W., is an Associate Professor of Clinical Psychiatric Medicine at the University of Virginia's Institute of Law, Psychiatry and Public Policy, where she has also served as Director. Her work centers on the intersection of mental health and the legal system, with a focus on forensic psychiatric evaluation and related policy issues.
Warren has contributed to research and professional discussion on competency to stand trial and mental state evaluations, and her work has been cited in federal and judicial contexts, including by the FBI and California court task force materials addressing mental health issues in legal proceedings. She has also engaged with topics in workplace violence risk assessment.
Her forensic practice involves the kinds of evaluations at the core of criminal and civil legal proceedings, including competency and sanity assessments. She holds a family nurse practitioner license in California and maintains a practice in Apple Valley, California.
Credentials
Publications
- PERM1 Is Selectively Restored in Left Ventricular Assist Device-Mediated Myocardial Recovery in Heart Failure.
- Discovery of nitrogen-responsive microbial indicators as metrics of freshwater ecosystem health.
- Federal housing assistance, cancer care, and overall survival among older adults with prostate cancer.
- Municipal water fluoridation, adolescent IQ, and cognition across the life course: Evidence from the Wisconsin Longitudinal Study.
- Burning for a Warm Glow: The Impact of Acute Exercise on Mood and Prosocial Behaviour.
- Needle in a Radiologic Haystack: A Report of Duodenal Toothpick Perforation With Negative X-ray and CT Imaging.
- Predicting Longitudinal Caries Trajectories from Childhood to Early Adulthood.
- An update on community water fluoridation, part 2: Fluoride exposure and children's intelligence (IQ) scores-relevance of systematic reviews and meta-analyses to community water fluoridation.
- Acute degron-mediated RUNX1 loss reprograms enhancer activity to epigenetically drive epithelial destabilization and initiate cancer hallmarks.
- Cardiac REDD1 alters glucose and fatty acid metabolic gene expression via an mTORC1-independent, PPARα-dependent mechanism and drives hypertrophic growth.
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