AWARDEES
IMPACT-MH Awardees
1U24MH136069-01
Data Coordination Center (DCC)
Coordinating Individually Measured Phenotypes to Advance Mental Health Research
Yale University
1U01MH136535-01
PREDiCTOR
Phenotypes REimagined to Define Clinical Treatment and Outcome
Icahn School of Medicine at Mount Sinai
View Aim
The project aims to leverage rich behavioral datasets from routine clinical visits and smartphones, including verbal and nonverbal communication during clinical interviews, EHRs, smartphone passive monitoring, and audio diary entries, to develop baseline and longitudinal clinical signatures to predict clinically relevant outcomes, i.e., treatment disengagement, ER visits and hospitalizations, among young help-seeking individuals.
1U01MH136497-01
IMPACT-Y
Clinical and behavioral fingerprints of psychopathology
Yale University
View Aim
This project aims to identify predictive markers of symptom change using assessments readily deployable in real-world settings, including EHRs, traditional clinical measures, computational behavioral tasks, short gamified measures of mood and reward, spoken narrative data for natural language processing analyses, and transdiagnostic outcome measures. Longitudinal data will be collected over two years from 2,400 individuals, enriched for psychopathology across a broad spectrum of traditional diagnoses, and analyses will seek to identify a minimum set of measures with maximum added clinical value, examine longitudinal clinical trajectories, and identify subgroups with different clinical outcomes over 2-years.
1U01MH136062-01
ACE-D
Accelerating Cognition-guided signatures to Enhance translation in Depression
Stanford University
View Aim
This project aims to optimize, validate, and deploy a clinical cognitive signature derived from behavioral measures, enabling scalable individualized assessments to guide personalized prognosis and treatment selection for depression.
1U01MH136059-01
JASPer-MH
Jointly Assessed Scalable Phenotypes for Mental Health
Massachusetts General Hospital
View Aim
This project proposes to integrate EHR data, neuroscience-based cognitive tasks, brief symptom inventories, and self-reports of psychosocial functioning to enhance the prediction of longitudinal neuropsychiatric and functional outcomes among transition-age youth (18-20).
1U01MH136025-01
COMPASS
A comprehensive mobile precision approach for scalable solutions in mental health treatment
University of Michigan at Ann Arbor
View Aim
The project aims to incorporate passive behavioral tracking, active behavioral tasks, genomics, surveys, electronic health records (EHRs) and other administrative data to develop predictive models of differential response to digital interventions and clinic-based treatments among individuals seeking mental health care.
1U01MH136020-01
PPSN
The Pediatric Precision Sleep Network
University of Pittsburgh at Pittsburgh
View Aim
This project aims to establish sleep signatures that predict transdiagnostic mental health problems in youth by recruiting a diverse cohort of 1,200 children (ages 10–13) presenting with a range of sleep disturbances in pediatric primary care.
1U01MH135970-01
Person-centered diagnostics and prediction for child dysregulatory psychopathology using novel phenotypes
Oregon Health & Science University
View Aim
This project seeks to define novel, deployable behavioral phenotypes (emphasizing cognitive and emotional transdiagnostic measures) and to develop and evaluate diagnostic and prognostic prediction models for children aged 7–17 who present with common psychopathologies characterized by dysregulated attention, behavior, and emotion.
1U01MH135901-01
HALO
Developing Data-Driven Clinical Signatures for People Who Experience Hallucinations
University of Washington
View Aim
The project aims to apply advanced computational methods to analyze smartphone-captured behavioral task data as well as other novel data streams to generate clinical signatures predictive of individual differences in severe negative outcomes among individuals with hallucinations.
1UF1MH136537-01A1
ARTEMIS
Analyses to Reveal Trajectories and Early Markers of Imminent Shifts in Suicidal States
Ohio State University
View Aim
This project seeks to develop clinically actionable strategies for predicting suicide risk. It aims to determine who is most likely to experience clinically meaningful increases in risk, identify the tools and behavioral markers most sensitive to detecting transitions between risk states, and establish when these shifts are likely to occur.
1UF1MH141632-01
SPARC-XP
Scalable Phenotyping to Assay Risk in Childhood after eXposures in Pregnancy
Massachusetts General Hospital
View Aim
This project aims to develop risk models to predict neurodevelopmental outcomes by age 8 in children exposed to maternal infections during pregnancy, using machine learning approaches and EHR data.
1UF1MH141129-01
REACH
Behavioral Phenoscreening: Remote Assessment of Child Mental Health
New York University School of Medicine
View Aim
This project aims to develop scalable, AI-driven methods for the timely detection and intervention of externalizing disorders in infants by integrating multimodal data—spanning social, video, behavioral, cognitive, and survey measures—with a parent-administered smartphone/web-based screening tool, using advanced computer vision and machine learning approaches.
1UF1MH135991-01A1
TRACC-MH
Trajectories of risk and cognitive change in mental health
Albert Einstein College of Medicine
View Aim
This project seeks to advance clinical prediction for individuals with serious mental illness by integrating novel, scalable cognitive measures that can be delivered in diverse settings and in ethnoracially diverse populations, thus improving prediction of mental health outcomes and strengthening clinical decision-making.
1UF1MH141631-01
Duke-PMA
Duke Predictive Model of Adolescent Mental Health
Duke University
View Aim
This project aims to enhance, deploy, and rigorously validate the Duke Predictive Model of Adolescent Mental Health (Duke-PMA), which leverages a novel clinical signature from affordable and accessible measures to identify youth at high risk for psychiatric illness in primary care. The work will optimize the model’s portability, actionability, feasibility of implementation, and predictive performance to ensure the highest standards of transparency, quality, and equity.
IMPACT Point People
Connecting the DCC to our research partners
OHSU
Developing ML methods to more precisely predict child mental-health diagnoses and outcomes.
ACE-D
Deriving a cognitive-control signature for depression and testing it to guide treatment choice.
ARTEMIS
Identifying imminent shifts in suicide risk—who, which signals, and when—for actionable care.
REACH
Creating remote behavioral screening to catch externalizing problems early and direct support.
SPARC-XP
Building scalable phenotyping to estimate neurodevelopmental risk from prenatal infection exposure.
COMPASS
Matching patients to digital vs clinic care across episodes for timely, personalized treatment.
JASPer
Modeling youth trajectories to trigger scalable stepped-care before school/work is derailed.
Duke-PMA
Validating low-burden models predicting adolescent psychiatric risk up to a year ahead.
TRACC-MH
Validating dynamic cognitive phenotypes to better time interventions for serious mental illness.
HALO
Separating dangerous from benign hallucinations to target urgent care only when needed.
PPSN
Using sleep-based markers to flag pediatric risk earlier in primary care.
IMPACT-Y
Building multimodal "clinical fingerprints" from EHR, tasks, and speech to forecast symptoms and outcomes.
PREDICTOR
Combining interviews, smartphone passives, and EHR text to predict disengagement, ER use, and hospitalization.