Siddharth Padia

Dr. Siddharth Padia is an Interventional Radiologist and Professor of Radiology at the David Geffen School of Medicine at UCLA. He is also director of Interventional Radiology at UCLA Santa Monica. His areas of clinical expertise and research interests include liver cancer, interventional oncology, vascular disease and portal hypertension.

Dr. Padia earned his medical degree from Johns Hopkins University School of Medicine. After completing his transitional internship at The University of Hawaii in Honolulu, Dr. Padia began his residency in diagnostic radiology at the Cleveland Clinic in Ohio and graduated as Chief Resident. After spending many years practicing interventional radiology at the University of Washington, Dr. Padia joined the faculty at UCLA in 2016.

Dr. Padia specializes in advanced minimally-invasive technologies to treat liver cancer by infusing highly radioactive particles (Yttrium-90) into the liver, and has treated over 800 patients with this therapy. Due to his expertise in this field, he is the primary author of the national treatment guidelines for Yttrium 90 radioembolization, and is a director of the national annual course to educate physicians on this therapy. Recently, he has helped develop novel treatments for patients suffering from knee arthritis, specifically genicular artery embolization. He has recently led and completed the largest US clinical trial to date for genicular artery embolization, and is embarking on multiple trials for embolization of joint pain.

Dr. Abi-Jaoudeh is an American and Canadian board-certified vascular and interventional radiologist at the University of California Irvine. Dr. Abi-Jaoudeh earned her medical degree from the University of Montreal and completed internship and residency at the University of Laval in Québec, Canada a fellowship in interventional radiology at the University of Virginia in Charlottesville, Va. She then joined National Institutes of Health where she was a principal and associate investigator on several human trials. She also completed multiple animal and translational studies. In 2015, Dr. Abi-Jaoudeh joined the University of California Irvine where she has grown the research program. In 2018, she became the director of Clinical research of the department of Radiology and in 2020 she became the chief of Interventional radiology section. She is principal investigator on multiple Phase I, II and III trials.
She has authored multiple manuscripts and submitted two patents related to imaging technology in the angiography suite. Her research interests include fusion and functional imaging during image guided procedures, innovative therapeutic methods to treat metastatic and primary liver disease. Her goal is to grow a translational research program to improve UCI patient care and outcome.
Dr Abi-Jaoudeh is a fellow of the Society of Interventional Radiology, a member of the Royal Canadian College of Radiology. She has served as deputy editor of the Journal of Vascular and Interventional Radiology and on the scientific committee of the Society of Interventional Radiology annual meeting and the chair of the clinical trials and registries committees.

Dr. Siddharth Padia is an Interventional Radiologist and Professor of Radiology at the David Geffen School of Medicine at UCLA. He is also director of Interventional Radiology at UCLA Santa Monica. His areas of clinical expertise and research interests include liver cancer, interventional oncology, vascular disease and portal hypertension.

Dr. Padia earned his medical degree from Johns Hopkins University School of Medicine. After completing his transitional internship at The University of Hawaii in Honolulu, Dr. Padia began his residency in diagnostic radiology at the Cleveland Clinic in Ohio and graduated as Chief Resident. After spending many years practicing interventional radiology at the University of Washington, Dr. Padia joined the faculty at UCLA in 2016.

Dr. Padia specializes in advanced minimally-invasive technologies to treat liver cancer by infusing highly radioactive particles (Yttrium-90) into the liver, and has treated over 800 patients with this therapy. Due to his expertise in this field, he is the primary author of the national treatment guidelines for Yttrium 90 radioembolization, and is a director of the national annual course to educate physicians on this therapy. Recently, he has helped develop novel treatments for patients suffering from knee arthritis, specifically genicular artery embolization. He has recently led and completed the largest US clinical trial to date for genicular artery embolization, and is embarking on multiple trials for embolization of joint pain.

Dr. Siddharth Padia is an Interventional Radiologist and Professor of Radiology at the David Geffen School of Medicine at UCLA. He is also director of Interventional Radiology at UCLA Santa Monica. His areas of clinical expertise and research interests include liver cancer, interventional oncology, vascular disease and portal hypertension.

Dr. Padia earned his medical degree from Johns Hopkins University School of Medicine. After completing his transitional internship at The University of Hawaii in Honolulu, Dr. Padia began his residency in diagnostic radiology at the Cleveland Clinic in Ohio and graduated as Chief Resident. After spending many years practicing interventional radiology at the University of Washington, Dr. Padia joined the faculty at UCLA in 2016.

Dr. Padia specializes in advanced minimally-invasive technologies to treat liver cancer by infusing highly radioactive particles (Yttrium-90) into the liver, and has treated over 800 patients with this therapy. Due to his expertise in this field, he is the primary author of the national treatment guidelines for Yttrium 90 radioembolization, and is a director of the national annual course to educate physicians on this therapy. Recently, he has helped develop novel treatments for patients suffering from knee arthritis, specifically genicular artery embolization. He has recently led and completed the largest US clinical trial to date for genicular artery embolization, and is embarking on multiple trials for embolization of joint pain.