Clinical Content

Technical white paper that discusses IN Focus coherent technology.

Automated volumetric breast ultrasound complements White Plains hospital imaging center's mammography offerings to deliver comprehensive, consistent care resulting in improved patient satisfaction and increased patient retention.

Technical white paper that discusses eSie Valves technology.

Automated Breast Volume Scanning (ABVS) has the potential to assist physicians in the detection of occult abnormalities in dense breast tissue.

Tissue strain analytics provide a new dimension in ultrasound imaging, enabling both qualitative and quantitative assessment of the mechanical stiffness (elasticity) differences in tissue.

The purpose of this study was to evaluate the performance of Siemens' syngo^® Auto Ejection Fraction software compared to traditional manual planimetry methods for quantifying Left Ventricular Ejection Fraction without manual tracing.

Reducing subjectivity and operator-dependent bias from ultrasound, Automated Breast Volume Scanning (ABVS), or 3D ultrasound, opens the door to new applications in mammary diagnostics and beyond.

Skeletal dysplasias are a group of conditions that include abnormalities of bone shape, size, and density. If suspected during a routine obstetrical ultrasound examination, then a more detailed ultrasound-based survey is recommended.

This whitepaper will illustrate the role that the ACUSON S2000™ Automated Breast Volume Scanner (ABVS) could play as an adjunct to mammography for early diagnosis, detection and evaluation of breast cancer.

Siemens ACUSON™ ultrasound systems feature a range of tissue strain analytic applications that enable qualitative visual or quantitative value measurements of tissue elasticity.

Knowledge-based workflow applications, exclusive to Siemens ACUSON™ ultrasound systems, facilitate increased information density with simultaneous reduction in total study time.

In order to automate measurements, of fetal biometrics, Siemens Healthcare has developed a novel knowledge-based workflow application, syngo^® Auto OB measurements, based on advanced statistical pattern recognition technology.

In order to automate measurements, of fetal biometrics, Siemens Healthcare has developed a novel knowledge-based workflow application, syngo^® Auto OB measurements, based on advanced statistical pattern recognition technology.

This paper will describe the  attributes of the ACUSON SC2000™ volume imaging ultrasound system, a high information rate ultrasound platform designed to enable new clinical applications and full volume, real-time volumetric imaging.

Retrospective Transmit Beamformation (RTBF) is a transmit focusing technology that achieves dynamic focusing by performing the transmit focusing operation retrospectively. RTBF can be implemented on the ACUSON SC2000™ volume imaging system.