Lab Members

Research Interests: Understanding the cell and molecular biology underlying disease using in vitro techniques and microscopy.

Publications: Google Scholar

Research Interests: High throughput Genomic data analysis (including single cell RNAseq, CRISPR, ribosome profiling, RNASeq, methylation expression).

Publications: Visit Pubmed.

Research Interests: Transgenic mouse models to study the efficacy of therapeutic drug studies in glioblastoma.

Publications: Visit Pubmed: Debra K Kumasaka or Deby Kumasaka

Research Interests: Develops genetically accurate, immunocompetent mouse models of meningiomas and pediatric fusion-driven tumors to advance understanding of tumor biology and explore potential therapeutic approaches. Leverages high-throughput transcriptomic datasets to better understand key biological signatures across these diseases.

Publications: Visit PubMed

Research Interests: The effects of therapeutic drugs on in-vivo tumor models and the modeling of these tumors through the use immunohistochemistry (IHC) and fluorescence staining.

Research Interests: brain tumor development and new therapies for glioblastomas and pediatric brain tumors

Research interests: High throughput genomic data analysis to characterize and classify brain tumor types.

Publications: Visit Pubmed

Research interests: Modeling the biology of therapeutic response in pediatric brain tumors to kinase inhibitors.

Research Interests: Mouse models in glioblastoma. 

Publications: Visit PubMed

Research Interests: Utilizing RNA sequencing data from patients to develop a lung cancer landscape. Interested in leveraging genetic and clinical characteristics to identify important, predictive trends.

Research Interests: Gene expression analysis, pattern recognition, machine learning, and data visualization techniques.