Urothelial carcinoma
Combining gene expression, molecular features, and clinical data to study anti-PD-1 treatment outcomes.
Oncology · Data science · Patient stratification
Machine learning research at the intersection of molecular biology, clinical data, and cancer treatment response.
Conceptual workflow · No patient predictions shown
The question behind the science
Alghorismus studies how molecular and clinical information can inform patient stratification. Our published projects explore the potential of machine learning—and the validation needed to make those findings useful.
Our research
Combining gene expression, molecular features, and clinical data to study anti-PD-1 treatment outcomes.
Investigating circulating CD8+ T-cell transcriptomics as a potential source of response information.
Evaluating multimodal models of pathological complete response using I-SPY2 trial data.
These are exploratory research projects. They do not establish a validated test for choosing an individual patient’s treatment.
For research teams & life sciences
Explore a collaboration around existing datasets, a biomarker hypothesis, or an independent evaluation of a model.
Explore collaborationClarify the cohort, available features, outcomes, and limits of the data.
Discuss how transcriptomic, molecular, imaging, and clinical data could be studied together.
Define the right comparisons, uncertainty measures, and independent validation needs.
Scientific transparency
We present study context, reported results, and limitations together. Performance in a small retrospective cohort is not a guarantee of performance in a new population.
How to read the evidenceResearch record
I-SPY2 imaging and clinical data · Journal of Clinical Oncology
Two exploratory studies of treatment response
Start a scientific conversation
Tell us about your research objective, available data, and the decision your study needs to inform.
Discuss a project