International audienceNo current imaging technique is capable of detecting with precision tumours within the prostate. To evaluate each technique, the histology data must be registered to the imaged data. As the histology slices cannot be assumed to be cut along the same plane as the imaged data was acquired, the registration must be considered as a 3D problem. We propose a novel 3D registration method which uses the ejaculatory ducts, an anatomical landmark present in every prostate and visible in both MR and histology. The method has been tested on 3 prostate specimens. The aligned histology slices are first shear corrected, with an average angular error after correction of 2.83±1.46°. The MR-histology registration accuracy, evaluated ope...
International audienceEarly detection and localization of prostate cancer is crucial for appropriate...
Purpose: To present a semi-automatic deformable registration algorithm for co-registering T2-weighte...
Background: Guidelines for localizing prostate cancer on imaging are ideally informed by registered ...
International audienceNo current imaging technique is capable of detecting with precision tumours wi...
Several ultrasound (US) prostate cancer localization methods are emerging, opening opportunities for...
Background and purpose: The diagnostic accuracy of new imaging techniques requires validation, prefe...
Several ultrasound (US) methods for localization of PCa, like contrast-enhanced US imaging [1] and e...
This paper presents a 3D non-rigid registration algorithm between histological and MR images of the ...
International audienceNo current imaging technique is capable of detecting with precision tumors in ...
Le cancer de la prostate est le cancer le plus fréquent chez l'homme en Europe, néanmoins il n'exist...
With the aim to enable targeted biopsies and focal therapy for prostate cancer (PCa), several ultras...
PurposeTo evaluate a semiautomatic software-based method of registering in vivo prostate MR images t...
International audienceMulti-parametric magnetic resonance imaging (mMRI) is the standard exam for pr...
Rationale and Objectives Needle biopsy is currently the only way to confirm prostate cancer. To incr...
International audienceEarly detection and localization of prostate cancer is crucial for appropriate...
Purpose: To present a semi-automatic deformable registration algorithm for co-registering T2-weighte...
Background: Guidelines for localizing prostate cancer on imaging are ideally informed by registered ...
International audienceNo current imaging technique is capable of detecting with precision tumours wi...
Several ultrasound (US) prostate cancer localization methods are emerging, opening opportunities for...
Background and purpose: The diagnostic accuracy of new imaging techniques requires validation, prefe...
Several ultrasound (US) methods for localization of PCa, like contrast-enhanced US imaging [1] and e...
This paper presents a 3D non-rigid registration algorithm between histological and MR images of the ...
International audienceNo current imaging technique is capable of detecting with precision tumors in ...
Le cancer de la prostate est le cancer le plus fréquent chez l'homme en Europe, néanmoins il n'exist...
With the aim to enable targeted biopsies and focal therapy for prostate cancer (PCa), several ultras...
PurposeTo evaluate a semiautomatic software-based method of registering in vivo prostate MR images t...
International audienceMulti-parametric magnetic resonance imaging (mMRI) is the standard exam for pr...
Rationale and Objectives Needle biopsy is currently the only way to confirm prostate cancer. To incr...
International audienceEarly detection and localization of prostate cancer is crucial for appropriate...
Purpose: To present a semi-automatic deformable registration algorithm for co-registering T2-weighte...
Background: Guidelines for localizing prostate cancer on imaging are ideally informed by registered ...