We are delighted that you have decided to visit our department’s website. Our mission also includes the education and mentoring of future researchers, physicians and physician-scientists and service to the AU and greater scientific community.
The research mission is focused on inventing better diagnostics and newer targeted therapies for the benign and malignant diseases of the bladder, brain, breast, eye, gastrointestinal tract, kidney, liver, and prostate. The research areas encompass biomarkers, chemoprevention, DNA damage and repair, drug resistance, the epigenome, immunotherapy, the microbiome, molecular signaling, natural products, protein modifications and targeted therapy. Our faculties are supported by major funding agencies, and the insight gained by their work has been published in reputable peer-reviewed journals.
Home to the Biochemistry and Cancer Biology Graduate Program, the BMB Department offers PhD degrees, along with a combined MD-PhD program available to medical students. The students move on to competitive careers in academia, industry, and governmental agencies. The education mission is also served by faculty participation in undergraduate and graduate medical education, as well as the Student Educational Enrichment Program (SEEP).
Working together as a cohesive academic family, the faculty, staff, students and fellows are committed to advancing BMB’s tripartite mission.
Department of Biochemistry and Molecular Biology
Health Sciences Campus
706-721-3271
Cancer Research Center, CN-1166
706-721-6608
A new $2.3 million grant from the National Cancer Institute is giving the Georgia Cancer Center the opportunity to understand how those cancer cells resist primary treatment and propose new treatment options that may improve patient survival.
The discovery may help explain why sometimes promising immunotherapies designed to help the immune system kill cancer don’t.
The aggressive brain cancer quickly becomes treatment-resistant and the average survival remains at about 15 months.
Scientists are putting together a strategy to enable death by iron for treatment-resistant prostate cancer through a process called ferroptosis.
