… and 1960s were based on the oxidation of n-butane or naphtha. The major producers of
acetic acid via direct oxidation of hydrocarbons were Celanese (via n-butane) and BP (via …

Gadoxetic acid is a contrast agent for magnetic resonance (MR) imaging with hepatocyte-specific
properties and is becoming increasingly important in detection and characterization of …

Immunoglobulin G4-related disease (IgG4-RD) is a recently discovered systemic condition,
in which various organ manifestations are linked by a similar histological appearance. Our …

… Forty surgically resected HCCs were classified as hypointense (n = 32) or iso- or hyperintense
(n = 8) on the basis of findings in the hepatobiliary phase of gadoxetic acid–enhanced MR …

… The WIN55,212-2 concentrations for 50% inhibition were ∼60 nm for EPSCs and 2 nm for
the WIN55,212-2-sensitive IPSCs, indicating that EPSCs are ∼30-fold less sensitive than the …

Gadoxetic acid-enhanced magnetic resonance imaging (MRI) plays important roles in
diagnosis of hepatic lesions because of its superiority in the detectability of small lesions, its …

PURPOSE: To retrospectively evaluate the relationship between local tumor recurrence and
iodized oil deposition in the portal vein by using ultraselective transcatheter arterial …

… The nodules in imaging analysis consisted of well-differentiated HCC (n = 12), moderately
differentiated HCC (n = 44) and poorly differentiated HCC (n = 14). There was one case of …

… (R,N) can retain 5 equiv of HF under similar conditions, and the refluxing solution at 16&17O”C
has a composition of 3 moles of HF to one mole of pyridine or R,N. Et,N* 3HF is distillable …

… (n = 158) or hyperintense (n = 22) compared with the signal intensity of the background
liver on hepatobiliary phase gadoxetic acid–enhanced MR images. Pathologic features were …