Prostatic sarcoma

        Clinical History: 25-year old man with dysuria for 3 weeks   Diagnosis: Prostatic sarcoma   MR Technique: Prostatic imaging was performed on a 3T MR system. (A) Sagittal T2-weighted TSE (TR/TE 7500/104ms), (B) coronal T2-weighted TSE (TR/TE 7354/104ms), and (C) axial T2-weighted TSE (TR/TE 7440/101) were acquired prior to the administration […] [...]

Left thigh myxofibrosarcoma

  Clinical history: 52-year old man with left thigh mass   Diagnosis: Myxofibrosarcoma   Imaging techniques: Imaging of the left thigh was performed on a 3T MR system (Skyra, Siemens) and 64-MDCT (GE). (A) Coronal T2-weighted TIRM (TR/TE 3000/38), (B) sagittal T2-weighted TIRM (TR/TE 3000/38ms), (C) axial T1-weighted TSE (TR/TE 700/11ms), and (D) T2-weighted TSE […] [...]

Job’s Syndrome

Contrast-enhanced MR imaging is a particularly sensitive method for detecting soft-tissue masses, providing as well precise localization and definition of extent. In his case report, G. Hadjidekov et al. (Sofia, Bulgaria) presents a rare immunodeficiency disorder known as Job’s syndrome. The case shows the usefulness of MRI to analyze skin disorders and deeper soft-tissue masses in various locations. [...]

Bone and Soft Tissue Tumor Imaging: An Overview

Tumor imaging can be daunting, given the high stakes involved with a missed diagnosis or mis-diagnosis resulting in unnecessary further investigations, biopsies or even surgeries. In their article Marcus Pianta, Mark Lourensz et al. (St. Vincent’s Hospital, Fitzroy, Australia) describe their routine imaging protocol targeted to bone and soft tissue lesions, describe reporting and what the referring physicians need to know. [...]

T1 SPACE for Improved Detection of Brain Metastases

T1 SPACE provides in a reasonable scan time a high resolution 3D acquisition of the brain, with improved detection of brain metastases when compared to MP-RAGE, and is advocated as the scan of choice at 3 T [...]