Year: 2026
Type: preprint
Abstract: Even under the same treatment, responses can vary. Virtual cohorts build on an available, often limited, dataset can capture these differences and enable the discovery of treatment protocols that work well for a wide variety of individuals. In this paper, we refined current virtual cohort pipelines by improving data handling, ensuring the virtual cohort can be used to stratify individuals into treatment subgroups based on their data, and validating that the virtual cohort matches the observed data variability. To illustrate, we applied this pipeline to a murine data set of orthotopic bladder cancer treated with gemcitabine (Gem) and immunotherapy with OT-1 cells. We generated over 10,000 virtual mice that replicate the dynamics of three cell subpopulations in the tumor (cancer cells, T cells, and myeloid-derived suppressor cells) and data from four experimental cohorts (control, Gem, OT-1, and Gem+OT-1). We also provided a guide for using this pipeline for other treatments.
Institutions: Moffitt Cancer Center, University of South Florida
Language: English
Subfield: Modeling and Simulation
Field: Mathematics
Domain: Physical Sciences
Open Access status: green
Awards: G362094, G4119534169, G4551976579, DEVELOPMENT OF ADOPTIVE T-CELL THERAPY IN BLADDER CANCER INCORPORATING PATIENT-SPECIFIC TUMOR MICROENVIRONMENT, G5719252827, G5850682332, DEVELOPMENT OF ADOPTIVE T-CELL THERAPY IN BLADDER CANCER INCORPORATING PATIENT-SPECIFIC TUMOR MICROENVIRONMENT, DEVELOPMENT OF ADOPTIVE T-CELL THERAPY IN BLADDER CANCER INCORPORATING PATIENT-SPECIFIC TUMOR MICROENVIRONMENT, G8135003176, Moffitt Cancer Center Support Grant, Mathematical Model-Guided Adoptive Immunotherapy in Bladder Cancer
OpenAlex ID: W7134904882