Track III Spatiotemporal Omics (Driven by Multi-Tissue Biobanks): Subtrack 3. Brain Science(J28013)

Foundation Model

Leveraging large-scale, high-precision spatial omics datasets spanning diverse tissue types with unified data standards, spatial omics foundation models can be constructed for animal and plant systems. Organ-specific virtual models (e.g., virtual brain models) can then be fine-tuned from the base model.

Vertical Applications

• 1.Diagnosis of brain disorders
• 2.Brain health index development
• 3.Multi-omics data generation based on MRI imaging

Affiliated Branch

Hangzhou Branch (Hangzhou)

(1) Preferred Background

Neuroscience, Biomedical Engineering, AI, or Bioinformatics.

(2) Core Technical Skills

Spatial omics integration; MRI-based multimodal modeling; disease classification.

(3) Modeling Competency

Experience generating multi-omics data from imaging or building brain health indices.

(4) Preferred Qualifications

Neuroimaging or neurodegenerative disease research experience.

(5) Personal Traits

Systems thinker, mathematically rigorous, and motivated by brain health applications.