Dr. An's group focuses on the discovery and development of therapeutic antibodies and antibiotics against human diseases including cancer and infectious diseases. Currently, we have five major research areas. 1) cancer drug resistance mechanisms in the human epidermal growth factor receptor (HER/ErbB) signaling pathways using monoclonal antibodies as platform technology; 2) the interactions between proteases and anti-tumor antibodies in the tumor microenvironment to delineate the roles of proteases play in tumor resistance to antibody immune therapies; 3) biomarkers for therapeutic monoclonal antibodies targeting the HER/ErbB signaling pathways; 4) high throughput technologies for cloning and characterization of antibodies from animals and humans in response to experimental vaccines, and 5) Pnemocandin biosynthesis and biocombinatorial chemistry approach for natural products drug discovery. In addition to the research projects, Dr. An's team has established a comprehensive antibody drug discovery platform with a focus on antibody lead optimization technologies such as antibody phage display, deep sequencing of antibody encoding genes from individual antibody expressing B cells, affinity maturation and humanization.
Publications/Creative Works
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Affiliations
Research Consortia
GCC Cluster NanoX
Gulf Coast Consortia Immunology Cluster
Training Grants
The Cancer Therapeutics Training Program (CTTP)
Training Interdisciplinary Pharmacology Scientists
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