A center for translational clinical research and education focused on the applications of novel nonlinear dynamics, artificial intelligence, and biomedical engineering to address global health disparities and improve long-term health outcomes.
We conduct translational research, applying innovative approaches from modern physics, engineering, artificial intelligence, and data science to clinical medicine. We partner with clinicians and scientists across disciplines to promote ambulatory, unobtrusive monitoring of health and disease states to address global health disparities. Our center provides comprehensive training in sleep and circadian physiology, complex physiological data analysis using wearable technology, artificial intelligence applications in healthcare, and clinical research methodology.
Current Projects
Here are some highlights of our current work. For a complete overview of our research areas and projects, please visit our Research and Training pages.
The ReD-LAT Circadian Project focuses on Latin American populations across multiple countries, including Argentina, Colombia, and Chile. Our research investigates the relationships between age and socioeconomic determinants of health on sleep and rest-activity patterns, examines the links between circadian disruption and cognitive impairment, and explores the role of genetics in these associations..
About this project
eZActi empowers scientists without extensive programming experience to analyze complex actigraphy data. The software facilitates data visualization, circadian rhythmicity analysis, sleep detection, and detrended fluctuation analysis through an intuitive interface.
Get the toolWe offer a wide range of opportunities at our center to learn [add information].
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