Ronald Witteles, MD

Frandics Chan is an Associate Professor of Radiology specializing in interventional radiology and cardiovascular imaging. He is affiliated with Stanford Health Care, where he utilizes advanced imaging techniques to enhance the diagnosis and treatment of various medical conditions. Dr. Chan's extensive education includes a PhD in Electrical Engineering and board certification in Diagnostic Radiology. His research contributions have been published in reputable medical journals, reflecting his commitment to advancing the field of radiology through innovative approaches and comprehensive studies. Generated from the website

Lisa Schmelzel is a clinical assistant professor and radiologist specializing in interventional radiology, with expertise in breast MRI, breast ultrasound, core biopsy, fine needle aspiration biopsy, mammograms, needle biopsies, and wire localization for surgery. She is affiliated with Stanford Health Care, which operates as an independent nonprofit organization dedicated to providing comprehensive medical services. Stanford Health Care, along with its affiliates, offers a range of healthcare services and resources for referring physicians, ensuring high-quality patient care. The organization emphasizes collaboration among faculty, foundation, and community physicians while maintaining a commitment to patient privacy and safety. Generated from the website

Dr. Michael Iv received his medical degree from the David Geffen School of Medicine at UCLA. He completed his radiology residency training at Santa Clara Valley Medical Center and neuroradiology fellowship at Stanford University. He is board certified in Diagnostic Radiology and also holds a Certificate of Added Qualification in Neuroradiology. His primary research interest focuses on the use of advanced MRI techniques to probe the brain tumor microenvironment and improve our diagnostic capability to effectively monitor a tumor’s response to treatment. Examples include using ferumoxytol-enhanced MRI to image tumor associated macrophages and perfusion MRI to image tumor vascularity and neoangiogenesis.