Labkit GAMMA-GT Biochemistry Reagent – 125 Test

The Labkit GAMMA-GT Biochemistry Reagent is a solution used in clinical laboratories to measure the activity level of an enzyme called gamma-glutamyl transferase (GGT) in the blood serum or plasma. Here’s a breakdown of the key information about this reagent and GGT testing:

Purpose of GGT Testing:

• Aids in diagnosing and monitoring liver diseases: An elevated GGT level can indicate potential damage to the liver or bile ducts. Conditions that might cause this include:
  • Hepatitis (viral infection of the liver)
  • Alcoholic liver disease
  • Cirrhosis (scarring of the liver)
  • Cholestasis (bile flow blockage)
• Helps diagnose certain bone disorders: Elevated GGT levels can sometimes be associated with bone disorders like Paget’s disease.

Function of the Labkit GAMMA-GT Biochemistry Reagent:

• This reagent is used in a chemical reaction that involves GGT in the blood sample. The GGT activity triggers a measurable change, often a color change or a change in light absorption.
• The extent of this change is then measured by a device (spectrophotometer) to determine the GGT activity level in the blood.

Benefits of GGT Testing:

• Relatively simple and common blood test.
• Provides valuable information about potential liver or bile duct problems.

Limitations of GGGT Testing:

• An elevated GGT level can be caused by various factors besides liver disease, such as:
  • Alcohol consumption (even without liver damage)
  • Certain medications
  • Pregnancy
• GGT levels alone might not be conclusive for diagnosis, and further tests are often required.

Applications of GGT Testing:

• Ordered by a healthcare professional as part of a comprehensive evaluation for suspected liver problems or certain bone disorders.
• Monitored over time to track disease progression or treatment response for liver diseases.

Important Considerations:

• A GGT test result should be interpreted by a doctor considering your medical history, symptoms, and other relevant tests.
• Abnormal GGT levels may require further investigation to determine the underlying cause.