Bile Analysis Articles & Analysis
8 articles found
Unveiling the Techniques of Bile Acid Analysis In the realm of modern biotechnology, the analysis of bile acids has undergone a transformative evolution, propelled by cutting-edge analytical techniques. ...
Unveiling the Intricacies of Bile Acid Analysis Within the realm of advanced diagnostics, the analysis of bile acids stands as a pivotal technique that offers insights into liver health, digestive efficiency, and metabolic balance. ...
There are limitations in analyzing these compounds by gas chromatography (GC) or liquid chromatography (LC) alone. the GC method usually requires a stepwise derivatization process, and a certain amount of bile acids is lost in each step of the derivatization. In addition, the determination of the composition or concentration of conjugated bile acids by GC ...
Amino acid analysis Amino acid metabolism is closely linked to the glycolytic pathway, pentose phosphate pathway, and the TCA cycle and, therefore, is a component of great interest in metabolomic analysis. ...
Compared to the field fish, EDC concentrations in market fish bile were at relatively high levels with high detectable rates. The average concentrations of BPA, NP, 4‐tert‐OP, 4‐tert‐BP and NET in field fish bile were 30.1, 203, 4.69, 7.84, 0.514 µg/L, respectively; in market fish bile they were 240, 528, 76.5, 12.8 and 5.26 µg/L, respectively; ...
Bioavailable FLU was quantified in each exposure through bile analysis using fluorescence spectrophotometry. By comparing the concentration of FLU metabolites in the bile to the concentration of FLU added to MWNT and NOM solutions, the relative bioavailability of FLU adsorbed to MWNTs was quantified. ...
In the present study, metallothionein and fixed wavelength bile fluorescence for two‐, four‐, and five‐ring hydrocarbons were used as biomarkers of exposure in largemouth bass (Micropterus salmoides) in the Reedy River watershed located in South Carolina, USA. ...
Following secretion of bile salts into the small intestine, intestinal microbes are capable of deconjugating the glycine or taurine from the bile salts, using an enzyme called bile salt hydrolase (Bsh). ...