A simple spectrophotometric method for measuring biliary ioglycamide (Biligram) concentration.

Area of Science:

• Analytical Chemistry
• Biochemistry
• Medical Diagnostics

Background:

• Accurate quantification of biliary compounds is crucial for diagnosing liver and gallbladder conditions.
• Existing methods for measuring biliary ioglycamide (meglumine ioglycamate) may be complex or time-consuming.
• Development of simple, reliable assays is needed for routine clinical application.

Purpose of the Study:

• To develop and validate a straightforward spectrophotometric assay for determining biliary ioglycamide (meglumine ioglycamate) concentration.
• To establish a cost-effective and accessible method for quantifying this contrast agent in bile.

Main Methods:

• A simple spectrophotometric technique was developed for direct measurement of biliary ioglycamide.
• The spectrophotometric method was rigorously validated against a standard radioactive tracer technique.
• Biliary samples were analyzed using both methods to compare accuracy and precision.

Main Results:

• The developed spectrophotometric method demonstrated high accuracy and precision in measuring biliary ioglycamide concentration.
• Results obtained from the spectrophotometric assay showed excellent correlation with the validated radioactive technique.
• The method proved to be extremely simple and suitable for routine laboratory use.

Conclusions:

• A simple spectrophotometric method provides a reliable and efficient means for quantifying biliary ioglycamide (meglumine ioglycamate).
• This validated assay offers a practical alternative to more complex methods for clinical laboratories.
• The technique facilitates accurate assessment of ioglycamide levels in biliary samples.