Delphine Huang

Papers

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About

Delphine Huang has made pioneering contributions to the field of radiation biology, with a particular focus on the development and application of automated assays for quantifying DNA damage. Her most cited work, "Development of an Automated γ-H2AX Immunocytochemistry Assay" (2009, 38 citations), introduced a high-throughput method to measure gamma-H2AX, a critical biomarker for ionizing radiation-induced double-strand breaks. This breakthrough enabled more precise and efficient assessment of cellular responses to radiation, with broad applications in cancer research and clinical dosimetry. By automating the quantification of gamma-H2AX in prostate cancer cell lines such as PC-3 and DU145, Huang's work has significantly advanced our ability to evaluate radiation exposure and therapeutic efficacy. Her research bridges the gap between molecular biology and translational medicine, providing tools that are now widely used in studies of DNA repair and radiosensitivity. Huang's contributions have been instrumental in shaping modern approaches to radiation biodosimetry and cancer treatment optimization, earning her recognition as a key innovator in the field.