SPARK

SPARK's outputs enable the development of clinical tools across diagnostic, prognostic, and predictive domains. SPARK's outputs enable development of clinical tools across diagnostic, prognostic, and predictive domains. SPARK generates novel, data-driven hypotheses about cancer biology from pathological observations and patterns. SPARK generates novel, data-driven hypotheses about cancer biology from pathological observations. SPARK produces novel, data-driven hypotheses about cancer biology. SPARK can replicate and extend the inferential processes that pathologists use when analyzing tissue samples. SPARK has potential to accelerate the development of new diagnostic, prognostic, and predictive clinical tools for oncology. SPARK has potential to advance fundamental understanding of tumor biology and accelerate development of new clinical tools. SPARK has potential to accelerate the development and validation of clinical tools in pathology and oncology. SPARK has potential to advance fundamental understanding of tumor biology. SPARK has the potential to advance understanding of tumor biology and accelerate development of new clinical tools. SPARK has potential to advance fundamenta…