In multimodal imaging diverse imaging techniques are applied to the same subject usually within a limited time frame in order to capture the same functional, morphologic, and metabolic state of the subject. The historical most compelling need for multimodal imaging stems from the requirement to match functional or metabolic information captured with, e.g., positron emission tomography (PET) or single-photon emission computed tomography (SPECT) with morphological information about the subject obtained from computed tomography (CT) or magnetic resonance imaging (MRI)
International audienceBased on different physical principles, imaging procedures currently used in b...
Abstract With primitive approaches, the diagnosis and therapy were operated at the cellular, molecul...
In this chapter, we address the combination of functional mri (fmri) with other neuroimaging modalit...
In multimodal imaging diverse imaging techniques are applied to the same subject usually within a li...
The extensive development of image fusion techniques over the past 20 y has shown that the fusion of...
In many situations it is desirable and advantageous to acquire medical images in more than one modal...
Multimodality image registration and fusion have a key role in routine diagnosis, staging, restaging...
The main purpose of multimodality imaging is to provide an advanced diagnostic tool by combining mea...
Multimodality image registration and fusion have a key role in routine diagnosis, staging, restaging...
Over the past few years, fast-paced technological progress has lent imaging techniques increasing im...
Today’s medical imaging technologies are expected to furnish anatomic, physiologic, molecular, and g...
Medical imaging has been widely used to diagnose various disorders over the past 20 years. Primary c...
Medical imaging has become of the utmost importance in evaluating patients with cancer. Single-photo...
Present multimodality imaging strategies are mostly based on the combination of complementary imagin...
Last decade has witnessed the significant role of hybrid imaging modalities (PET/CT and PET/MRI) in ...
International audienceBased on different physical principles, imaging procedures currently used in b...
Abstract With primitive approaches, the diagnosis and therapy were operated at the cellular, molecul...
In this chapter, we address the combination of functional mri (fmri) with other neuroimaging modalit...
In multimodal imaging diverse imaging techniques are applied to the same subject usually within a li...
The extensive development of image fusion techniques over the past 20 y has shown that the fusion of...
In many situations it is desirable and advantageous to acquire medical images in more than one modal...
Multimodality image registration and fusion have a key role in routine diagnosis, staging, restaging...
The main purpose of multimodality imaging is to provide an advanced diagnostic tool by combining mea...
Multimodality image registration and fusion have a key role in routine diagnosis, staging, restaging...
Over the past few years, fast-paced technological progress has lent imaging techniques increasing im...
Today’s medical imaging technologies are expected to furnish anatomic, physiologic, molecular, and g...
Medical imaging has been widely used to diagnose various disorders over the past 20 years. Primary c...
Medical imaging has become of the utmost importance in evaluating patients with cancer. Single-photo...
Present multimodality imaging strategies are mostly based on the combination of complementary imagin...
Last decade has witnessed the significant role of hybrid imaging modalities (PET/CT and PET/MRI) in ...
International audienceBased on different physical principles, imaging procedures currently used in b...
Abstract With primitive approaches, the diagnosis and therapy were operated at the cellular, molecul...
In this chapter, we address the combination of functional mri (fmri) with other neuroimaging modalit...