HCCaging
1 paper2 findings
- In silico1
Effects
1Accuracy in distinguishing tumor from non-tumor samples
upin silico1
1 study
Accuracy in distinguishing tumor from non-tumor samples
upin silico1
HCCaging improves accuracy in distinguishing tumor from non-tumor samples in silico.
“Machine learning models, including gradient boosting machines and random forests, achieved higher accuracy in distinguishing tumor from non-tumor samples using the HCCaging score compared with other 13 aging- or senescence-gene sets”
In silicoin 8 independent HCC cohorts
npj aging6 Apr 2026
Upstream
1Chronological age
upin silico1
1 study
Chronological age
upin silico1
chronological age increases HCCaging in silico.
“The HCCaging score increased with chronological age, was higher in normal liver than tumor tissues, and elevated in early- versus late-stage tumors.”
In silicoin HCC cohortsliver
npj aging6 Apr 2026