Price:
Rs. 21,000.00
Sample Type: EDTA BLOOD
Fasting Not Required
Booking Procedure:
- Technician from Metropolis will be assigned for a home sample collection after booking confirmation.
- Sample will be collected by our technician at your address at given slot.
- You can make the payment to the technician at the time of collection
- Your sample will then be transported to the nearest collection center and will be centrifuged before sending to the lab for processing.
- Soft copy reports will be sent to your email address within 24 to 48 hours or as per defined TAT for Tests.
Frequently Asked Questions (FAQ's):
What does the Urea Cycle Defects Gene Panel include?
This panel at Metropolis Healthcare includes NGS-based evaluation of genes involved in ammonia metabolism and urea cycle enzyme function.
How does Metropolis Healthcare perform this test?
Metropolis Healthcare uses high-precision sequencing platforms to detect pathogenic mutations, including single-nucleotide changes and small insertions or deletions.
Who should take this test?
Individuals—especially infants or children—with recurrent vomiting, high ammonia levels, seizures, or suspected metabolic disorders should consider this test at Metropolis Healthcare.
Why is this test important?
It identifies the genetic cause of urea cycle dysfunction, supporting rapid intervention and personalized care through Metropolis Healthcare’s specialized diagnostics.
What sample is required for the test?
An EDTA blood sample is required, from which Metropolis Healthcare extracts DNA for detailed NGS analysis.
Can this test guide treatment decisions?
Yes, results from Metropolis Healthcare help clinicians tailor dietary management, medication plans, and monitoring strategies.
Is this test suitable for newborns?
Yes, Metropolis Healthcare performs this test for newborns, where early detection is critical to preventing neurological damage.
Do the results assist with genetic counseling?
Absolutely. Metropolis Healthcare provides comprehensive reports to help families understand inheritance patterns and recurrence risks