Understanding Your Child’s Liver Health: AMACR Gene Bile Acid Defect Testing
As a parent, watching your child struggle with unexplained jaundice, poor growth, or liver concerns can be incredibly worrying. You’re not alone in seeking answers, and the AMACR Gene Bile Acid Synthesis Defect Type 4 test provides the clarity South African families need. This congenital condition affects how the body processes bile acids, potentially leading to serious liver complications if left undetected.
What This Test Reveals About Your Health
The AMACR Gene test uses Next Generation Sequencing (NGS) technology to examine specific genetic markers associated with bile acid synthesis defects. Unlike standard liver function tests that only show current problems, this genetic analysis identifies the root cause – helping prevent future complications before they develop. Our advanced testing detects mutations in the AMACR gene that disrupt normal bile acid production, which is essential for digesting fats and absorbing vital nutrients.
Is This Test Right for Your Family?
Consider this essential genetic testing if your child experiences:
- Persistent jaundice beyond the newborn period
- Unexplained liver enlargement or dysfunction
- Poor weight gain and growth despite adequate nutrition
- Family history of liver disorders or bile acid defects
- Developmental delays with liver involvement
- Vitamin deficiency symptoms despite normal diet
Many South African families discover these symptoms in infancy or early childhood, making early detection crucial for proper management and treatment.
Why Early Detection Matters for Your Child’s Future
Identifying AMACR gene defects early provides life-changing benefits:
- Prevent Progressive Liver Damage: Early intervention can stop liver scarring and cirrhosis
- Personalised Treatment Plans: Targeted therapies based on genetic findings
- Family Planning Guidance: Understand inheritance risks for future children
- Peace of Mind: End the uncertainty and get definitive answers
- Cost Savings: Avoid expensive diagnostic procedures and emergency care
Understanding Your Results with Compassion
We know waiting for genetic results can be stressful. That’s why every test includes comprehensive genetic counselling to help you understand:
- What positive or negative results mean for your child’s health
- How to interpret complex genetic information in simple terms
- Next steps for management and treatment options
- Family inheritance patterns and risks
- Connections to appropriate medical specialists
Our genetic counsellors are specially trained to support South African families through this process with empathy and expertise.
Transparent Pricing – Exceptional Value
| Service | Regular Price | Special Price | Savings |
|---|---|---|---|
| AMACR Gene Bile Acid Defect Test | ZAR 6,700 | ZAR 2,650 | |
| Genetic Counselling Session | INCLUDED | ||
| Family Pedigree Analysis | INCLUDED | ||
| Results Interpretation | INCLUDED | ||
Price includes all laboratory fees, genetic counselling, and comprehensive reporting
Why South African Families Trust Oracle Genomics
- Nationwide Coverage: Accessible testing centres in Johannesburg, Cape Town, Durban, Pretoria and nationwide
- Medical Expertise: Tests supervised by qualified general physicians and genetic specialists
- Advanced Technology: State-of-the-art NGS sequencing for maximum accuracy
- Quick Turnaround: Results typically within 3-4 weeks
- Multiple Sample Options: Blood, extracted DNA, or simple FTA card blood drop
- Comprehensive Support: From initial consultation through results interpretation
Take Control of Your Family’s Health Today
Don’t let uncertainty about your child’s liver health create unnecessary worry. Early detection of AMACR gene defects can prevent serious complications and provide clear treatment pathways.
Limited Time Special: Save ZAR 2,650 on this essential genetic testing. Early detection could save your child from progressive liver damage and expensive future treatments.
Your child’s liver health is too important to leave to chance. Contact Oracle Genomics today and take the first step toward definitive answers and peace of mind.
