Researcher Using Big Data To Explore Potential of Kinase Inhibitors To Thwart Brain Cancer

David Plas, PhD, left and doctoral student Nicholas Clark discuss recent big data analyses in glioblastoma multiforme.

David Plas, PhD, left and doctoral student Nicholas Clark discuss recent big data analyses in glioblastoma multiforme.

Contact: Cindy Starr
(513) 558-3505

Nicholas Clark, a doctoral student at the University of Cincinnati College of Medicine, is taking a big data approach to the problem of glioblastoma multiforme, the most stubborn and aggressive of all brain tumors. Clark, who specializes in biostatistics and bioinformatics, is using a one-year, $25,000 grant to explore whether biomedical big data can predict and optimize responses to a form of targeted therapy for glioblastoma, which claims thousands of American lives each year.

The therapy involves using compounds called kinase inhibitors to target proteins that are frequently activated in human cancers, including glioblastoma.
Clark is a PhD student in the Department of Environmental Health’s new Big Data Biostatistics program. His mentors include Mario Medvedovic, PhD, professor of environmental health, and David Plas, PhD, associate professor of cancer biology and holder of the Anna and Harold W. Huffman Endowed Chair in Glioblastoma Experimental Therapeutics.

“My work with Dr. Plas is in the very beginning stages and is still taking shape,” Clark says. “But in the simplest terms the plan is to help with his research on new potential drug therapies for glioblastoma by making use of the huge amounts of publicly available genomic data on cancer cells.”

Publicly available data include:

•    the toxicity of thousands of drugs to hundreds of cancer cell lines;
•    gene and protein expression of cancer cells in response to treatment with these drugs;
•    and the mutational status of cancer-related genes in these cell lines.

“We hope to use this large-scale data, as well as smaller-scale data and knowledge from experiments in Dr. Plas’s lab, to inform new experiments and develop new insights into glioblastoma treatment,” Clark says.

Clark received his fellowship from the Advanced Multidisciplinary Training Program for Systems Biology, which is run by UC’s Department of Molecular and Cellular Physiology. The multidisciplinary training program is designed to prime researchers to tackle the complex mechanisms of human disease through a cross-disciplinary approach. The training program involves 38 program faculty members paired with students who have matriculated into 13-degree granting PhD programs at UC.

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