Medical ultrasound imaging has advanced dramatically since its introduction only a few
decades ago. This paper provides a short historical background, and then briefly describes …

Extended field-of-view ultrasound (US EFOV) imaging is a technique used extensively in the
clinical field to attain interpretable panorama of anatomy; 2.5-D US EFOV has recently been …

Study Design Reliability and validity study. Objectives To investigate the criterion-related
validity and reliability of inter-rectus distance (IRD) measurement using extended field-of …

Objective. To show the advantages of extended field‐of‐view sonography in abdominal
applications. Methods. Thirty‐one cases were prospectively analyzed in our study. Extended …

When ultrasound became a clinical reality in the 1970s, extended field of view was the only
form of imaging available because all ultrasound images were created with articulated arm …

Background: The tendo Achilles (TA) is a tendon very susceptible to injury. Biomechanical
methodologies for exploring tendon strain are limited, however, as they are typically …

Several important clinical applications depend on accurate ultrasound image frame-to-frame
motion estimation. Assuming that there is a degree of finite noise in the image frames and …

OBJECTIVE: To determine the limits for the amount of tunical fluid enough to be termed as
hydrocele by using extended-field of view US technology and to define hydrocele for the first …

In the diagnosis of scoliosis, the position and geometric parameters of the vertebra or spine
are important to doctors' diagnoses. Many imaging techniques such as X-ray and Magnetic …

BACKGROUND: Extended field of view (EFOV) ultrasound (US) provides images with a
large anatomic field of view and is a technical modification of conventional US. In this study …