Discovery of Cancer & Preterm Labor Biomarkers in High Dimensional Biology
Biological research methodologies are changing rapidly. Not so long ago, biology was a largely descriptive and subjective science. The advent of high-throughput quantitative "-omic" technologies has ushered in a new era characterized by large-scale experimental approaches in biology that were not previously feasible. These technologies are able to provide information on many measured variables at once, in sharp contrast with earlier methods where one or at most a few variables could be simultaneously investigated. These new capabilities create an opportunity to design experiments in new ways. Rather than forming a very specific hypothesis and then designing an experiment to test that hypothesis, researchers are now able to create experimental designs capable of generating broad classes of hypotheses that are testable by analysis of the massive data sets that result. Such high-dimensional data sets are potentially rich in information regarding their underlying biological systems, but discovering this biologically-meaningful information is becoming a new science in its own right. In this talk I will describe pattern discovery and datamining techniques developed at Cira Discovery Sciences, and their application in discovering new markers for leukemia/lymphoma (cytomics) and for preterm labor in pregnancy (proteomics).
Dr. Wade Rogers
Prior to founding Cira Discovery Sciences, Wade Rogers was Senior Principal Investigator at Bristol Myers Squibb, where he led programs in computational approaches to target validation, and lead discovery and optimization. He received a BS degree in Physics from the University of Delaware, an MS degree in Engineering Physics from the University of Virginia, and a Ph.D. degree in Physics from the University of Colorado. He was a National Research Council Postdoctoral Fellow at the National Bureau of Standards (now NIST) before coming to the DuPont Company in 1981. While at DuPont and later at DuPont Pharmaceuticals he led the research team that developed forerunners to Cira's pattern discovery algorithms.