Professor, Department of Molecular Genetics and Cell Biology
Steve’s education and training at Penn, Stanford, and MIT were in biochemistry, bioengineering, biophysics, and genetics. Steve has published over a hundred papers and reviews, and is an inventor on multiple patents.
Office phone: 773-834-0250
Office mailing address: 929 E. 57th St., GCIS W522A, Chicago, IL 60637
Senior Research Scientist, Lab Manager
Amy’s research focuses on investigating oxidative stress, DNA damage, and therapy-induced senescence in tumor cells induced by chemotherapy drugs and/or ionizing radiation, as well as characterizing the immune response induced by these cancer treatments. She also works with biotech collaborators to develop novel approaches to quantitative immunoassays, several of which have been granted US Patents and are currently in commercial development. As lab manager, Amy is responsible for daily operations of Kron Lab and is the primary contact for lab inquiries.
Lab phone: 773-834-0256
Lab mailing address: 929 E. 57th St, GCIS W519H, Chicago, IL 60637
Technical Director, UC Proteomics Core Facility
Don Wolfgeher has worked in Kron Lab and served as the Technical Director of the UC Proteomics Core Facility for over fifteen years. During this time, he has achieved a high level of expertise in a variety of mass spectrometry and proteomics techniques, including instrument operations and maintenance, proteomics user consultation and experiment planning, sample preparation, informatics, and data interpretation. He specializes in isotopic labeling quantitation techniques and post-translational modification (PTM) data interpretation.
Proteomics Core lab phone: 773-834-0256
Senior Research Scientist
Ding’s current projects focus on applying system biology approaches to cancer research in two areas: 1) Studying gene patterns and transcriptomic profiles in senescent cells and the underlying mechanism of the senescence-associated secretory phenotype (SASP); and 2) Exploring and understanding tumor micro-environment by single-cell RNA-seq and flow cytometry, aiming to enhance anti-tumor immune response by exploiting DNA damage responses.
Tamica Collins is a South Side of Chicago native and earned her PhD in Medical and Molecular Genetics from Indiana University School of Medicine. She has also obtained a Bachelor of Science and Master of Science from Jackson State University. Her current research aims to investigate the role of cancer metabolism in double stranded DNA break repair as well as targeting cancer metabolism in triple negative breast cancer. In addition, she is investigating the activation of the hexosamine biosynthetic pathway as a route to modulating senescence and preventing lung injury after exposure to radiation and other genotoxic stressors. She is a member of the University of Chicago Postdoctoral Association and serves as Vice President and Co-Chair of the outreach committee. Tamica enjoys teaching, mentoring, and creating science education and outreach opportunities for underrepresented minorities and women.