Projects
Acute leukemias
Transformation in leukemia/lymphoma
Understanding the pathogenesis of acute leukemias continues to be a challenge. We tackle this area of medicine with conventional and cutting edge scientific approaches.


The molecular transformation of hematolymphoid neoplasms to aggressive forms is critical to understand so that we may 1) detect it, 2) prevent it, 3) predict it, 4) and treat it. Genomic approaches have been particularly insightful and are ongoing.


T-cell development and Lymphomas
Computational Pathology
We are entering a New Era of Computational Pathology which will yield fantastic dividends regarding diagnostics, prognostics, and our understanding of basic biology. We leverage our skills in this arena and apply it to digital pathology as well as molecular pathology.​​


Recently we have been characterizing indolent T-lymphoblastic proliferations which are proliferations of immature thymic T-cells outside of the thymus as well as mature nodal T-cell lymphomas to understand their clinical and developmental progression.


Inflammation in neoplastic and non-neoplastic pathology
Reactive vs Neoplastic
The distinction between reactive conditions and neoplastic ones is not always clear. Efforts to understand unusual borderline processes are informative in understanding cancer as well.
Inflammation is common in all malignancies. How inflammatory cells shape the process of malignancy is still poorly understood, but significant headway has been made in recent years.