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NIH
Posted

PAR-25-039

Schizophrenia and related disorders during mid- to late-life (R01 Clinical Trial Optional)

Summary

AI-generated

PAR-25-039: Schizophrenia and Related Disorders in Mid- to Late-Life

Research Focus

This funding opportunity targets translational research on schizophrenia spectrum disorders, delusional disorders, and bipolar disorder with psychosis in individuals aged 35 and older. The NIMH seeks to advance understanding of how these nonaffective psychotic disorders emerge, progress, and affect outcomes during mid- to late-life—a period when the majority of affected individuals reside but remains understudied. Research should identify neurobiological, behavioral, psychosocial, and environmental mechanisms underlying risk, trajectory, and outcomes, with the goal of developing prevention and treatment interventions or improving healthcare and community-based service delivery. Studies leveraging geroscience frameworks to examine accelerated aging, dementia risk, metabolic dysfunction, sleep/arousal disturbances, and neural plasticity are particularly encouraged. The NOFO welcomes dimensional (Research Domain Criteria) approaches assessing psychopathology across full ranges of symptom severity, multimodal neuroimaging (especially ≥7 Tesla MR with dynamic components), computational modeling, and novel recording/stimulation methods. Teams including neuroscientists, gerontologists, psychiatrists, psychologists, social workers, and individuals with lived experience of psychosis are strongly encouraged.

At a Glance

  • Who can apply: Research institutions and teams; no specific career-stage restrictions stated.
  • Funding & project length: Not stated; R01 mechanism (standard NIH research grant).
  • Award mechanism: R01 Clinical Trial Optional; companion R21 (Exploratory/Developmental) available for high-risk/high-reward projects with limited preliminary data.
  • Key dates: Applications due February 5, 2025 (earliest); subsequent rounds June 5, 2025 and October 5, 2025. Scientific merit review July–November 2025; earliest start December 2025.
  • Best fit for: Psychiatric neuroscience, gerontology, and clinical psychology researchers studying psychotic disorders in aging populations using mechanistic, neuroimaging, or implementation science approaches.

Key Facts

Deadline

Mon, September 7, 2026

Posted

Mon, November 18, 2024

Keywords

schizophrenia
psychotic disorders
first-episode psychosis
neuroimaging
magnetic resonance imaging
brain circuits
negative symptoms
social cognition
dementia risk
metabolic dysfunction
sleep disorders
neural plasticity
social determinants of health
health disparities
digital phenotyping
neurostimulation
Research Domain Criteria
transdiagnostic approach
geroscience
mid-to-late-life aging
cognitive dysfunction
accelerated biological aging
resilience mechanisms
computational modeling

Research Areas

MeSH
AnatomyA
Nervous SystemA08
DiseasesC
Nervous System DiseasesC10Nutritional & Metabolic DiseasesC18Endocrine System DiseasesC19Immune System DiseasesC20Pathological Conditions & SymptomsC23
Chemicals & DrugsD
Analytical/Diagnostic/Therapeutic TechniquesE
DiagnosisE01TherapeuticsE02
Psychiatry & PsychologyF
Behavior MechanismsF01Psychological PhenomenaF02Mental DisordersF03
Phenomena & ProcessesG
MetabolismG03Cell PhysiologyG04Genetic PhenomenaG05Physiological PhenomenaG07Biological PhenomenaG16
Disciplines & OccupationsH
Health OccupationsH02
Anthropology/Education/SociologyI
Social SciencesI01
Health CareN
Health Care ServicesN02Environment & Public HealthN06
ANZSRC FoR
Biological Sciences31
Biochemistry & Cell Biology3101
Biomedical & Clinical Sciences32
Clinical Sciences3202Immunology3204Neurosciences3209Pharmacology & Pharmaceutical Sciences3214
Health Sciences42
Allied Health & Rehabilitation4201Epidemiology4202Public Health4206
Mathematical Sciences49
Numerical & Computational Mathematics4903Statistics4905
Physical Sciences51
Atomic, Molecular & Optical Physics5102
Psychology52
Clinical & Health Psychology5203Cognitive & Computational Psychology5204Social & Personality Psychology5205

Gotchas (3)

Soft Block
planningprogram study design

RDoC approach is encouraged but with a critical caveat: if not using diagnostic criteria, the study design must ensure adequate representation of severely impaired individuals. This is a non-standard

AI

90%

Source Text

Under this NOFO, if study hypotheses and/or enrollment criteria are not based on existing diagnostic criteria (i.e., an RDoC or other dimensional construct is proposed to serve as the primary variable representing psychopathology), the study design and sampling plan must be designed in order to assure that an adequate number of individuals assessed as falling within the more severely impaired ranges of that dimension will be included in the study.

Soft Block
planningprogram scope topic

NOFO explicitly states it does not support stand-alone development of novel technology, despite encouraging novel methods of neural/behavioral recording and stimulation. This could disqualify applicat

AI

95%

Source Text

Novel methods of neural or behavioral recording and stimulation are encouraged. This could include ultra-high field MR neuroimaging, novel electrodes, recording devices, passive sensing or digital phenotyping/dense behavioral trackers, and neurostimulation. However, this NOFO does not support the stand-alone development of novel technology.

Warning
planningprogram scope topic

Mid- to late-life is defined as 35 years old and above for this NOFO, which is unusually young compared to standard gerontology definitions (typically 65+). This could affect study design, recruitment

AI

85%

Source Text

Since on average, persons with schizophrenia and related psychotic disorders have a shorter lifespan, the mid- to late-life life period is defined as 35 years old and above.

AI-generated content — verify with the issuing agency’s official FOA/NOFO. Not endorsed by HHS.

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