#33 · Single-cell
Molecular profiles are being linked to individual clinical outcome predictions
The common thread is linking high-dimensional molecular measurements to individual clinical endpoints. irAEGIS predicts immune-related adverse event risk from pre-treatment scRNA-seq using a pathway-guided, interpretable hierarchical model. MANTIS applies an artificial neural network to genome-wide DNA methylation from 2,786 patients to predict time-dependent survival and treatment effects in childhood brain tumors. ImmuneTwins personalizes a shared single-cell virtual-cell model per individual to forecast immune trajectories. CALM, by contrast, is an integrated single-cell and bulk RNA-seq atlas of AML with clinical annotations and a T-cell signature, and is primarily descriptive rather than predictive. The new element relative to descriptive profiling is explicit individual-level prediction of response, toxicity, and survival, though the degree of predictive validation varies across the set.
Published papers
A single-cell comprehensive atlas of leukemia and its microenvironment.
CALM, an integrated single-cell and bulk RNA-seq atlas of AML and its microenvironment with clinical annotations, plus a T-cell signature and public…
AI-based precision prognostics and therapy personalization for childhood brain tumors.
MANTIS, an artificial neural network tool using genome-wide DNA methylation data from 2,786 patients, predicts time-dependent survival and treatment effects in…
Preprints
Digital twins forecast individual immune trajectories
ImmuneTwins personalizes a shared single-cell virtual-cell model per individual to forecast immune trajectories, reducing immune-age and vaccination-response…
irAEGIS: Pathway-guided interpretable prediction of immune-related adverse events
irAEGIS: a pathway-guided, interpretable hierarchical model predicting immune-related adverse event risk from pre-treatment scRNA-seq, outperforming seven…
Topic history
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