Manifold Causal Models Reveal Cryptic Drivers in Breast Cancer
Key findings: ASCL2 ranked #15 vs #15,000+, P=0.0048, validated in 6,253 patients.
A consolidated view of current manuscripts and datasets adapted from the legacy TaiScience research page.
Key findings: ASCL2 ranked #15 vs #15,000+, P=0.0048, validated in 6,253 patients.
Manuscript: DIB-D-25-02507.
Explore σ, ω, and ζ on the s-plane with unified weak-damping (5%) alerts and bilingual UI.
Memory-efficient parallel bounding-box extraction for global ERA5 NetCDF datasets — avoids full-grid RAM overload when preparing atmospheric forcing for physical foundation models.
526 patients, 17,818 genes.
Format: CSV.
[Download link when published]
Curated structures with quality control.
[Download link when published]
Total: 10 components | Format: JSON | License: MIT
Evidence: STAR STAR STAR STAR STAR GOLD
Cancer type: Breast (Basal-like)
Function: Stemness activation, metastasis driver
[Download JSON]
Evidence: STAR STAR STAR STAR HIGH
Cancer type: Breast
Function: Survival regulation
[Download JSON]
Evidence: STAR STAR STAR STAR HIGH
Cancer type: Breast
Function: NAD+ biosynthesis
[Download JSON]
Evidence: STAR STAR STAR STAR HIGH
Cancer type: Breast (TNBC)
Function: Phenotypic marker, 90% TNBC expression
[Download JSON]
Evidence: STAR STAR STAR STAR HIGH
Cancer type: Breast (metastasis)
Function: Brain metastasis marker
[Download JSON]
Evidence: STAR STAR STAR MEDIUM
Cancer type: Breast (Basal)
Function: Basal subtype marker
[Download JSON]