Survival Analysis

Configure how expression values are turned into patient groups (cutoff and stratification method) and choose the follow-up period (5-year or all) used to calculate survival curves and statistics.

Survival Analysis

Choose how to define mutation-based patient groups and which follow-up period (5-year or all) to use for the survival comparison:

Multi-omics driver analysis identifies driver events across multiple omics in the user-selected cancer dataset, focusing on user-defined Group 1 and Group 2 patients based on specific clinical criteria.

This page presents the results of the Prognostic Signature Identification analysis you submitted.
Based on the provided gene list, prognostic signatures were constructed using LASSO and Random Forest models. The results include model performance metrics, survival analyses, ROC curves, and visualization outputs, which are summarized in an interactive HTML report and accompanying result figures (PNG).

To download the HTML report and all generated result figures, please click the download button below.

This page presents the results of the Multivariate Survival Analysis you submitted.
Based on the selected molecular features and clinical variables, multivariable Cox proportional hazards models were constructed to evaluate independent prognostic effects on patient survival. The results include adjusted hazard ratios, survival analyses, and forest plot visualizations, which are summarized in an interactive HTML report and accompanying result figures (PNG).

To download the HTML report and all generated result figures, please click the download button below.

Citation

To support the continued development of this resource, please cite the following paper if you use DriverDBv4 in your work.

Chia-Hsin Liu , Yo-Liang Lai , Pei-Chun Shen , Hsiu-Cheng Liu , Meng-Hsin Tsai , Yu-De Wang , Wen-Jen Lin , Fang-Hsin Chen , Chia-Yang Li , Shu-Chi Wang , Mien-Chie Hung , Wei-Chung Cheng (2024).

DriverDBv4: a multi-omics integration database for cancer driver gene research. Nucleic Acids Research, 52(D1), D1246–D1252.

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