Farnoush Forghani-Arani

Farnoush Forghani-Arani is an Assistant Professor of Radiation Oncology at Washington University School of Medicine in St. Louis, where they specialize in medical physics and radiation therapy techniques. Their work focuses on improving treatment planning and delivery for cancer patients, with particular expertise in adaptive radiotherapy for abdominal and thoracic malignancies.

Education:

• PhD in Geophysics (minor in Mathematics) from Colorado School of Mines (2013)
• CAMPEP Certificate Program in Medical Physics from University of California, Los Angeles (2021)
• Postdoctoral Fellowship in Radiation Oncology at University of Colorado (2021)
• Medical Physics Residency at Washington University School of Medicine (2023)

Dr. Forghani-Arani's research centers on advancing radiation therapy techniques through innovative imaging and dosimetry approaches. Their work bridges the gap between medical physics and clinical radiation oncology, with emphasis on developing more precise and personalized treatment strategies for cancer patients. They have made significant contributions to the understanding of functional lung imaging for radiotherapy planning and the application of advanced imaging techniques for pancreatic cancer treatment.

Analysis of their publication record reveals a strong focus on adaptive radiotherapy techniques, particularly for challenging abdominal sites like pancreatic cancer where organ motion and proximity to critical structures present significant treatment challenges. Their work consistently addresses the integration of advanced imaging modalities (CBCT, MR, SPECT) with radiation delivery systems to improve treatment accuracy and patient outcomes. A recurring theme in their research is the development and validation of quality assurance methods for complex radiotherapy procedures.

While specific mentoring activities aren't detailed in available information, their position as Assistant Professor suggests involvement in training medical physics residents and radiation oncology fellows. Their research program appears to be well-integrated with clinical practice at Washington University, focusing on translational applications of medical physics innovations.

Their laboratory work likely involves collaboration with the medical physics team at Washington University's Siteman Cancer Center, utilizing state-of-the-art radiation therapy equipment including MR-guided and CBCT-guided treatment systems for developing and testing novel radiotherapy approaches.