Ultrasound
Ultrasound Technology Improves Imaging Consistency Across Departments
New ultrasound technology provides consistently high-quality diagnostic images and enables the hospital to diagnose patients faster, which results in more effective treatments and enhanced operational efficiencies. More...14 Oct 2010

In Other News
New Ultrasound System Uses Cell Processor Technology
Upgraded Ultrasound System Features Tissue Contrast Enhancement
Innovative Imaging System Helps Detect Coronary Plaques
Automated Nuchal Translucency Could Improve the Detection of Chromosomal Disease
Portable Ultrasound Technology Provides Octal-Beam Imaging for High Temporal Resolution
High-Definition Diagnostic Ultrasound Technology Constructed on Nanoscale Level
Handheld Ultrasound Technology to Perform Obstetric Scanning in Southern Sudan
UltraSound System Guides Regional Anesthesia Blocks
Ultrasound Tissue Characterization to Diagnose Prostate Cancer
Ultrasound Contrast Agent Improves Accuracy of Echocardiograms
Noninvasive Fusion Imaging Technique May Reduce Number of Breast Biopsies
All-In-One Color Doppler Ultrasound Scanner/PC Developed
New Tools Devised for Earlier Breast Cancer Diagnosis
Low-Intensity Ultrasound Could Boost Tissue Implant Success
Ultrasound Used to Diagnose Possible Muscular Trauma in Sports
Ultrasound Characteristics May Eliminate the Need for Some Minimally-Invasive Thyroid Biopsies
High-Resolution Ultrasound Should Be First-Line Imaging Choice for Evaluation of Foot Drop
Contrast-Enhanced 3D Ultrasound Used for Differentiating Focal Liver Lesions
Ultrasound Technology Provides Greater Insights for Pediatrics
Ultrasound System Has EMR Connectivity
Medical Directive Initiated to Reduce Energy Use of Ultrasound Technology
Point-of-Care Ultrasound Used for Haiti Relief Effort
Ultrasound Scan Improves Diagnosis of Heart Disease
MedImaging channel of MedImaging offers comprehensive coverage of medical sonography in its Ultrasound channel dealing with diagnostic and obstetric sonography, palliative applications (MRgFUS), as well as reports on scanners and transducers.







