Localizing a histological section in the three‐dimensional dataset of a different imaging
modality is a challenging 2D‐3D registration problem. In the literature, several approaches …

Purpose: To evaluate feasibility of high‐resolution, high‐field ex vivo prostate magnetic
resonance imaging (MRI) as an aid to guide pathologists' examination and develop in vivo …

To validate new imaging modalities for prostate cancer, images must be three-dimensionally
correlated with the histological ground truth. In this work, an interpolation algorithm is …

A biomechanical model-based deformable image registration incorporating specimen-
specific changes in material properties is optimized and evaluated for correlating histology …

Purpose: Evaluation ofin vivo prostate imaging modalities for determining the spatial
distribution and aggressiveness of prostate cancer ideally requires accurate registration of …

Image-guided radiotherapy (IGRT) requires fast and accurate localization of the prostate in 3-
D treatment-guided radiotherapy, which is challenging due to low tissue contrast and large …

Laser interstitial thermotherapy (LITT) is a relatively new focal therapy technique for the
ablation of localized prostate cancer. In this study, for the first time, we are integrating ex vivo …

In this paper, we reported a MR-TRUS prostate registration method that uses a subject-
specific prostate strain model to improve MR-targeted, US-guided prostate interventions (eg …

Multi-parametric magnetic resonance imaging (mMRI) is the standard exam for prostate
cancer diagnosis, staging and risk assessment in current clinical routine. Correlating mMRI …

Despite tremendous advancements in in vivo imaging modalities, there remains substantial
uncertainty with respect to tumor delineation on in these images. Histopathology remains the …