
Confirms active hepatitis C infection and monitors viral load during treatment.
The Hepatitis C Panel is based on molecular testing for direct detection of HCV in the bloodstream.
Unlike antibody tests, PCR assays identify viral RNA and confirm whether active infection is present.
Combining qualitative RT PCR with quantitative viral load measurement allows accurate diagnosis and clinical monitoring.
What does the panel include?
The panel includes:
Together, these tests confirm active infection and determine the level of viral replication.
Who is this panel suitable for?
The panel is used to confirm active infection following initial serologic screening.
What is the advantage of a panel over a single test?
Antibody testing alone does not confirm active infection.
RT PCR detects viral RNA directly, while quantitative PCR measures viral load.
The combination allows clinicians to:
How is the test performed?
How are the results interpreted?
A positive RT PCR result indicates active infection.
Quantitative results report viral load in international units (IU/mL).
A negative result indicates that viral RNA is not detected in the sample.
Interpretation is performed in the context of clinical findings and complementary investigations.
⚠️ Interpretation of results requires medical consultation.
Laboratory findings should not be interpreted without full clinical evaluation.
Possible complementary investigations
Further medical evaluation
If active infection is confirmed, treatment planning is based on current clinical guidelines and individual patient factors.
During therapy, viral load monitoring is performed to assess response.
Consultation may be recommended with:
Additional Professional Information
All tests are performed in a clinical laboratory operating in accordance with established professional standards and internal quality control procedures.
Results are issued in accordance with validated laboratory protocols.
Interpretation of findings is conducted within the framework of clinical evaluation by the treating physician.