The Image Guidance, Precision Diagnosis and Therapy (IGPDT) training program at Brigham and Women’s Hospital – Harvard Medical School (BWH/HMS) is accepting applications from MD, and PhD applicants, effective immediately. The individual to be trained must be a…
The Image Guidance, Precision Diagnosis and Therapy (IGPDT) training program at Brigham and Women’s Hospital – Harvard Medical School (BWH/HMS) is accepting applications from MD, and PhD applicants, effective immediately. Postdoctoral…
This novel clinical research training program is designed to provide dedicated training for MDs and PhDs in the technical knowledge, practical clinical application and experience in Image Guided Therapy (IGT). Imaging…
The long-term goal of Guidance Core is to provide novel guidance methods to improve the outcome of therapies of dynamically deforming and moving organs. This involves developing unique tissue-embedded wireless…
The neurosurgery project is developing new technologies toward the long-term goal of allowing neurosurgeons in diverse settings to implement the advantages of image-guided therapy (IGT) for their patients. We investigate,…
The neurosurgery project is developing new technologies toward the long-term goal of allowing neurosurgeons in diverse settings to implement the advantages of image-guided therapy (IGT) for their patients. We investigate,…
There are two complex issues that drive the clinical need to change current paradigms for prostate cancer (PCa): The inability to predict aggressiveness of a given cancer, which in turn…
In recent years, multiparametric MRI (mpMRI) of the prostate has emerged a robust imaging approach for non-invasive characterization of prostate cancer at 3T (Hegde et al. 2013). mpMRI includes morphological…
Led by NOBUHIKO HATA, the focus areas of the INTRAOPERATIVE DEVICES TRD are:
Led by WILLIAMS WELLS, the focus areas of the DEEP LEARNING TRD are: