Find Clarity for Your Child’s Neurological Health
When your child shows signs of developmental delays or neurological challenges, the uncertainty can be overwhelming. As South African parents, you deserve clear answers and a path forward. Our SLC16A2 Gene Allan-Herndon-Dudley Syndrome NGS Genetic DNA Test provides the definitive diagnosis you need to understand your child’s condition and plan for their future with confidence.
Understanding the SLC16A2 Gene Test
Allan-Herndon-Dudley syndrome is a rare neurological condition that affects brain development and thyroid hormone transport. Our advanced Next-Generation Sequencing (NGS) technology examines the SLC16A2 gene with exceptional precision, identifying mutations that could be impacting your child’s neurological function. This isn’t just a test – it’s a comprehensive diagnostic journey that includes professional genetic counselling to ensure you fully understand the results and their implications for your family.
Who Should Consider This Test?
This test is essential for families noticing:
- Unexplained developmental delays in infancy or childhood
- Muscle weakness or poor muscle tone (hypotonia)
- Intellectual disability or learning challenges
- Movement difficulties or coordination problems
- Speech and communication delays
- Family history of similar neurological conditions
If you’re in Johannesburg, Cape Town, Durban, or anywhere in South Africa and have concerns about your child’s neurological development, this test provides the answers you need.
Why Early Detection Matters for Your Family
Getting a definitive diagnosis through our SLC16A2 gene test offers life-changing benefits:
- Peace of Mind: End the uncertainty and know exactly what you’re dealing with
- Targeted Treatment: Enable healthcare providers to create personalised care plans
- Family Planning: Understand inheritance patterns for future family decisions
- Early Intervention: Access appropriate therapies and support services sooner
- Reduced Medical Costs: Avoid unnecessary tests and treatments through accurate diagnosis
Understanding Your Results with Confidence
We know waiting for genetic test results can be stressful. That’s why we provide:
- Clear, Easy-to-Understand Reports: No confusing medical jargon – just straightforward results
- Professional Genetic Counselling: Included with your test to help interpret results
- Family Pedigree Analysis: Mapping your family history for comprehensive understanding
- 3-4 Week Turnaround: Faster results mean quicker action for your child’s health
- Ongoing Support: Our team is here to answer questions even after you receive results
Affordable, Life-Changing Testing for South African Families
| Service | Regular Price | Special Price | Savings |
|---|---|---|---|
| SLC16A2 Gene Test | ZAR 9,350 | ZAR 6,700 | ZAR 2,650 |
| Genetic Counselling Session | INCLUDED | ||
| Family Pedigree Analysis | INCLUDED | ||
| Results Interpretation | INCLUDED | ||
This comprehensive package represents exceptional value compared to international testing options, making advanced genetic testing accessible to South African families.
Why South African Families Trust Oracle Genomics
- Nationwide Coverage: Available in Johannesburg, Cape Town, Durban, Pretoria and across South Africa
- Expert Neurological Specialists: Working with leading South African neurologists
- 99.9% Accuracy: Advanced NGS technology ensures reliable results
- Multiple Sample Options: Blood, extracted DNA, or simple FTA card collection
- Local Support: South African-based genetic counsellors who understand our healthcare system
- Proven Track Record: Helping families across South Africa find answers
Take the First Step Toward Clarity Today
Don’t let uncertainty about your child’s neurological health continue. Every day without answers is a day without the right support and treatment. Our SLC16A2 gene test provides the clarity you need to move forward with confidence.
Limited Time Offer: This special pricing of ZAR 6,700 won’t last forever. Secure your child’s neurological health assessment today and get the answers that could transform their future.
