Sentence examples for position of the liver from inspiring English sources

At that time, the prognosis can be predicted based on whether it is isolated and assessment of lung size and/or the position of the liver.

The easiest to detect is the size and position of the stomach; the position of the liver and heart are also easy to determine, although possible associated heart defects cannot usually be evaluated by MRI.

Placement was complicated and prolonged due to an aberrant position of the liver (ventral to the stomach).

In addition, for acute abdominal operations, and in case of pregnancy, the position of the liver could be important.

In contrast, our study detected an abnormal position of the liver and spleen in eight and six patients, respectively.

The important point to be made is that there is a great variation in the intensity, structure, and position of the liver from dataset to dataset.

Correct positioning of the liver and heart VOIs were checked in each time frame and adjusted if needed.

First, a topogram of the abdomen was performed for optimal positioning of the liver within the 21.6 cm transaxial field-of-view of the scanner followed by a low-dose CT scan (50 effective mAs with CAREDose4D, 120 kV, pitch 0.8, slice thickness of 5 mm) which was used for attenuation correction of PET data and anatomical co-registration with the PET images.

Before the dynamic PET/CT, a topogram was performed for optimal positioning of the liver within the 216-mm transaxial field of view of the PET camera followed by a low-dose CT scan (50 effective mAs with CARE Dose4D, 120 kV, pitch 0.8, slice thickness 5 mm) for attenuation correction of PET data.

The unique positioning of the liver at the juncture of the peripheral circulation and the portal circulation augments the interaction between naïve T cells and other hepatic cells and leads to the disruption in the development of tolerance to commensal bacteria and other environmental agents.

Before the PET recording, a topogram of the upper abdomen was performed for optimal positioning of the liver within the 21.6-cm transaxial field-of-view of the PET camera followed by a low-dose CT scan (50 effective mAs with CARE Dose4D (Siemens Healthcare, Erlangen, Germany), 120 kV, pitch 0.8, slice thickness 5 mm) for definition of anatomical structures and attenuation correction of PET data.