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NIH
Posted

PAR-25-065

Novel Mechanism Research on Neuropsychiatric Symptoms (NPS) in Alzheimer's Dementia (R01 Clinical Trial Optional)

Summary

AI-generated

PAR-25-065: Novel Mechanism Research on Neuropsychiatric Symptoms in Alzheimer's Dementia

Research Focus

This funding opportunity targets mechanistic research on neuropsychiatric symptoms (NPS)—including aggression, psychosis, anxiety, apathy, depression, agitation, sleep disturbances, and wandering—in persons with Alzheimer's disease (AD) or Alzheimer's disease-related dementias (ADRD). NPS accelerate functional decline and nursing home placement, yet few pharmacological treatments exist. The funder seeks biomedical, behavioral, and social sciences research that identifies neurobiological, behavioral, and social mechanisms underlying NPS to enable novel treatment development and identify modifiable therapeutic targets.

Research should integrate multiple levels of analysis—combining neuroimaging, neurophysiology, gene expression, epigenetics, and behavioral intervention research—and employ dimensional constructs from the National Institute of Mental Health's Research Domain Criteria (RDoC) initiative or compatible approaches. Studies examining neural circuits, circadian rhythm disruptions, emotion processing, prior psychiatric history, passive sensing technology, biomarkers of treatment response, and unmet care needs (medical comorbidities, pain, hydration, socialization) are encouraged. Both basic neuroscience models and translational approaches to understanding NPS pathophysiology are supported. Mechanistic clinical trials examining evidence-based treatment mechanisms are acceptable.

At-a-Glance

  • Who can apply: Not stated (see NIH standard eligibility for R01 grants)
  • Funding & project length: Not stated in excerpt
  • Award mechanism: R01 Research Project Grant (companion R21 available for high-risk/high-payoff projects with limited preliminary data)
  • Key dates: Open January 5, 2025; due dates February 5, 2025 through June 5, 2026 (rolling cycles); earliest start dates December 2025–April 2027
  • Best fit for: Neuroscience, geriatric psychiatry, gerontology, and dementia research using multi-level mechanistic approaches; populations with AD/ADRD across cognitive severity ranges

Key Facts

Deadline

Mon, September 7, 2026

Posted

Mon, November 18, 2024

93.242
93.866
Grants.gov
Agency

Keywords

neuropsychiatric symptoms
Alzheimer's disease
Alzheimer's disease-related dementias
neuroimaging
neural circuits
epigenetics
gene expression
cognitive neuroscience
apathy
agitation
psychosis
depression
anxiety
circadian rhythm disruptions
emotion processing
passive sensing technology
biomarkers
Research Domain Criteria
behavioral mechanisms
computational approaches
dimensional constructs
brain circuits
systems biology
network biology

Research Areas

ANZSRC FoR
Biological Sciences31
Biochemistry & Cell Biology3101Bioinformatics & Computational Biology3102Genetics3105
Biomedical & Clinical Sciences32
Clinical Sciences3202Immunology3204Medical Biochemistry & Metabolomics3205Neurosciences3209Oncology & Carcinogenesis3211
Health Sciences42
Epidemiology4202Public Health4206
Mathematical Sciences49
Numerical & Computational Mathematics4903Statistics4905
Psychology52
Applied & Developmental Psychology5201Clinical & Health Psychology5203Cognitive & Computational Psychology5204Social & Personality Psychology5205

Gotchas (2)

Soft Block
planningprogram study design

Applications must employ RDoC-compatible dimensional approaches and cannot use simple patient-vs-control designs if a dimensional construct is the primary psychopathology variable; study design must e

AI

95%

Source Text

Under this NOFO, if an RDoC or other dimensional construct is proposed to serve as the primary variable representing psychopathology (as opposed to using a diagnostic characterization), the study design and sampling plan must be such as 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

Applications assessing NPS mechanisms at only a single level of observation/analysis (without combining multiple levels/methods such as genetic, cellular, brain circuit, physiological, behavioral, sel

AI

98%

Source Text

Applications that assess potential NPS mechanisms at only a single level of observation and analysis (i.e., without combining multiple levels/methods such as genetic, cellular, brain circuit, physiological, behavioral, self-report).

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

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