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Track B · Gene-set nominations (submit a gene list)

Senescence-associated secretory phenotype (SASP)

https://doi.org/10.1146/annurev-pathol-121808-102144

Feature preview release — data and UI are under rapid iteration; published snapshots define the reporting protocol.

Primary verdict

nominal single-module gain, not significant

Not significant does not mean the study lacks value; it only means no detectable independent increment on this decision task of this benchmark.

Key metrics

colSingle0.010
colIncr+0.010
colP0.2935
colQ0.4402
nullMean0.0070

Per-disease breakdown

DiseaseSingle-module Recall@20Atlas increment
Athero0.0000.000
Dep0.0000.000
Hyper0.0500.000
Osteo0.000+0.050
T2D0.0000.000

In-family evaluation

Joins family Hallmarks (72 modules)no family gain

Family increment0.000
Replace test0.000
Most similar (replaceable)Hallmarks:A1_extracellular_matrix

Family increment per disease

Athero: 0.00Dep: 0.00Hyper: 0.00Osteo: 0.00T2D: 0.00

Complementary to the 332-module atlas view: the nomination is evaluated as a new member of its closest family (e.g. Hallmarks). The replace test asks — if it replaced the family's most similar existing module, would family performance hold?

Atlas neighborhood

In the atlas, this gene set is closest to YFY:乌梢蛇 (YFY family, r = 0.736)

  • YFY:乌梢蛇YFY · r = 0.736
  • YFY:阿胶YFY · r = 0.714
  • YFY:蝮蛇YFY · r = 0.594
  • YFY:薏苡仁YFY · r = 0.594
  • YFY:灵芝YFY · r = 0.548

Family affinity (mean correlation per module family)

Hallmarks0.18YFY0.07NUTX0.05NUT0.03TCM-0.03

Based on Pearson correlation of z-score columns: which classic modules your gene set sits closest to in the 332-module atlas — high affinity overlaps known atlas regions; low affinity may open new territory.

Most similar modules (redundancy)

  • TCM:乌梢蛇r = 0.736
  • TCM:阿胶r = 0.714
  • TCM:蝮蛇r = 0.594

Redundancy proxy based on Pearson correlation of z-score columns; high correlation means the concept is already covered by existing atlas modules.

steeramed_bench Table 1 (cv_logistic C=0.1, seeds 42/123/456, capped Recall@20)