Thus the changes found in liver are based on many measurements and are highly significant.
The diagnosis of fatty liver was based on the results of abdominal ultrasonography using a Toshiba Nemio 20 sonography machine with a 3.5-MHz probe (Toshiba, Tokyo, Japan).
To date, selection on the melting rate has never been implemented, although 90% of the price of fatty liver is based on this trait.
The diagnosis of fatty liver was based on the results of abdominal ultrasonography, which was performed by trained technicians with Aloka SSD-650CL (Aloka Co , Ltd Tokyo, Japan).
ICG-PDR uptake and elimination in the liver is based on a carrier transport and do not reflect the changes in cytochrome P450 [ 33, 34].
Thus, the present investigation of uranium effects on the kidneys and the liver was based on the different phases of the xenobiotic metabolism.
Generally, the diagnosis of fatty liver was based on the presence of stronger echoes in the hepatic parenchyma compared with echoes in the kidney or spleen parenchyma [ 21].
The decision to accept a donor liver is based on many variables, such as medical history, hemodynamic parameters, vasopressive support, laboratory parameters, liver echography, and (in selected cases) liver biopsy.
The diagnosis of fatty liver was based on the brightness of the liver on ultrasound compared with the kidney, vascular blurring of the hepatic vein trunk and deep attenuation in the right hepatic lobe.
Further, in practice, several studies report that the ultrasonographic findings of the fatty liver are based on the brightness level of the liver in comparison to the renal parenchyma [ 16– 16].
