High-dimensional features
Go beyond a few predefined metrics — extract thousands of quantifiable features from long-duration behavior video.
Behavioral Phenomics Database
Decode Behavioral Phenotypes, Map Brain Disease Atlases
Built on AI fine-grained behavior parsing, PhenomicsAtlas aggregates multi-species, multi-disease, and multimodal phenotypic data — an animal phenomics infrastructure for brain science and CNS drug discovery.
6,000+Animal samples
6Species
41+Disease models
1,600+Behavior hours
Continuously growing data assets
Last updated · 2026.07
Why Phenomics
From Behavior Observation to Disease Phenotype Decoding
Animal behavior is the integrated readout of neural function, disease progression, and drug action. PhenomicsAtlas turns long-duration behavior video into computable, comparable phenotypic data — infrastructure for brain science and CNS drug discovery.
Traditional ethology
- Relies on a few predefined metrics
- Struggles with continuous, dynamic phenotypes
- No unified scale for cross-model comparison
Phenotype decoding
- AI parses long-duration behavior video
- Standardized behavioral units and sequences
- Builds a searchable, comparable phenotype space
Key values
Cross-disease atlases
Systematically compare species, disease models, and interventions in a unified phenotypic embedding space.
AI auto-parsing
Upgrade manual observation to an automated pipeline that continuously builds searchable, reusable behavioral phenomics data.
Pipeline
From Raw Behavior to a Computable Disease Phenotype Space
Transform non-computable behavior video into searchable, comparable, and mineable disease phenotype data.
Raw behavior video
Multi-view, long-duration recording
Behavioral units
AI recognition of fine actions
Behavioral sequences
Parse timing and transitions
Phenotypic fingerprints
Aggregate high-dimensional features
Disease embedding space
Compare disease and intervention states
Data Resources
Multi-Species, Multi-Disease & Multimodal Phenotypic Data
Data assets keep expanding — every record retains full experimental context, acquisition conditions, and analysis lineage.
View all datasets ↗01 Species
MouseRatTree shrewNon-human primateCanineMore species
02 Disease models
Autism spectrum disorderDepressionAlzheimer's diseaseParkinson's diseaseSpinal cord injuryAging & cognitive impairment
03 Data modalities
AI fine spontaneous behavior CORE3D pose & kinematics Behavioral sequences Cognition · metabolism · physiology COMING
Disease Models
40 Disease Models Across Major Brain Disease Phenotypes
From psychiatric and neurodegenerative conditions to pain and intervention perturbations — models are mapped into a unified behavioral phenotype space for cross-model comparison and mechanism discovery.
Capabilities
From Data Retrieval to Interactive Phenotype Exploration
Search, compare, embed, and profile — built for research and drug discovery workflows.
01
Data search
Filter quickly by species, disease, model, intervention, age, and modality.
02
Cohort comparison
Select multiple animal cohorts to compare behavioral composition, kinematics, and temporal structure.
03
Phenotype embedding
Explore distribution distances among healthy, disease, and intervention groups in high-dimensional space.
04
Individual profiles
Inspect an animal’s behavior repertoire, temporal structure, and composite phenotypic fingerprint.
Standards
Standardized, Traceable Animal Phenotype Data
From experimental design to analysis results, full context is retained so every finding can be understood, verified, and reused.
01Standardized acquisition
Record instrument models, environments, and acquisition configs
✓02Unified behavior ontology
Normalize behavior names, hierarchy, and definitions
✓03Complete experimental metadata
Retain species, strain, modeling, and intervention info
✓04Data quality control
Assess video, pose, recognition, and feature data quality
✓Next Frontier
From Behavioral Phenomics DB to Multimodal Phenomics Infrastructure
Starting from AI fine behavior, we progressively fuse cognition, metabolism, physiology, neural activity, and molecular data into a cross-scale, cross-species, computable disease phenotype atlas.
Start Exploring
Start Exploring the Behavioral Phenotype Space of Disease
Search multi-species disease-model data, compare experimental cohorts, and uncover disease signatures hidden in behavior.