Medical Imaging
Revising MR Enterography Protocol May Reduce Costs, Complexity While Maintaining Effective Crohn’s Disease Diagnosis
A study has found that magnetic resonance enterography without the use of an antiperistaltic agent was as effective as computed tomography enterography in determining the presence of Crohn’s disease. More...18 Jul 2011
In Other News
Eckert & Ziegler Acquires Bioscan's Radiopharmaceutical Equipment Business
Agfa HealthCare Lands Danish Cross-Regional IMPAX Contract
GE Healthcare's MRI Wins International Excellence Awards
GE Healthcare’s Vivid q Ultrasound Chosen for NASA's Final Space Shuttle Mission
Global Ultrasound Market Recovery Triggered by Eastern Europe
Philips Enlarges Its Imaging Equipment Capabilities with AllParts Medical Acquisition
Superior Tumor Detection for Dense Breasts Provided by Gamma Imaging
Shantou University Hospital First in China to Install Varian's TrueBeam System
Sectra Lands Long-Term Contracts with Dutch Hospitals
Demand Boosts European Medical Display Market
Hybrid Molecular Imaging Helps Detect Whether Ovarian Tumors Are Cancerous or Benign Prior to Surgery
PET Imaging of Cancer Advanced by Combined Imaging Agents
Elekta to Acquire Brachytherapy Technology Company Nucletron
Localized Blood Pressure Measured with Ultrasound Scanner
Patent License Agreement with MIT for Advanced Proton Therapy Technology
Promising New Imaging Technology for Diagnosis of Cardiovascular Disease, Diabetes
Ischemic Heart Disease in Diabetics Detected by Molecular Imaging
Next Generation Postprocessing Software Receives FDA Clearance
PET Imaging Agent Developed to Detect Rapid Blood Vessel Formation of Breast Cancer
Oatmeal-Labeling Ideal for Molecular Imaging of Stomach Emptying
PerkinElmer Acquires X-Ray Technology Company
Heart Disease Signs Detected by Molecular Imaging Before Symptoms Occur
Study Supports Safety Profile of Diagnostic Heart Ultrasound Contrast Agent
The Medical Imaging channel of HospiMedica deals with Radiography, MRI, Ultrasound, Nuclear Medicine, and similar items.







