STIL Gene Microcephaly Autosomal Recessive Type 7 NGS Genetic DNA Test
Introduction
The STIL Gene Microcephaly Autosomal Recessive Type 7 NGS Genetic DNA Test is an advanced genetic test designed to identify mutations in the STIL gene, which are associated with microcephaly and other developmental disorders. This test is essential for families with a history of genetic disorders, providing crucial information for diagnosis and management.
What the Test Measures
This test detects mutations in the STIL gene through Next-Generation Sequencing (NGS) technology. By analyzing the genetic material, it can identify specific genetic alterations that may lead to microcephaly and related dysmorphologies.
Who Should Consider This Test?
Individuals who should consider the STIL Gene Microcephaly test include:
- Families with a history of microcephaly or developmental delays.
- Parents of children exhibiting symptoms of dysmorphology.
- Individuals with a known family history of genetic disorders.
Benefits of Taking the Test
Taking the STIL Gene Microcephaly test offers several benefits:
- Early diagnosis of genetic conditions, allowing for timely intervention.
- Informed family planning decisions based on genetic risk assessment.
- Access to support and resources for managing diagnosed conditions.
Understanding Your Results
Results from the STIL Gene Microcephaly test will typically be available within 3 to 4 weeks. A genetic counselor will assist in interpreting the results, discussing their implications for affected individuals and their families.
Pricing
| Test Name | Discount Price | Regular Price |
|---|---|---|
| STIL Gene Microcephaly Autosomal Recessive Type 7 NGS Genetic DNA Test | KSh 40,000 | KSh 56,000 |
Book Your Test
We have branches across Kenya, making it easy for you to access our services. To schedule your STIL Gene Microcephaly Autosomal Recessive Type 7 NGS Genetic DNA Test, please call or WhatsApp us at +254713408028. Our team is ready to assist you in taking this important step towards understanding your genetic health.
