LIPH Gene Hypotrichosis Type 7 NGS Genetic DNA Test
Introduction
The LIPH Gene Hypotrichosis Type 7 NGS Genetic DNA Test is a revolutionary diagnostic tool designed to identify mutations in the LIPH gene, which is associated with hair loss conditions known as hypotrichosis. This genetic test utilizes Next-Generation Sequencing (NGS) technology to provide precise and comprehensive insights into an individual’s genetic makeup, making it a vital resource for dermatologists and geneticists.
What the Test Measures
This test specifically detects alterations in the LIPH gene responsible for hypotrichosis type 7. By analyzing the DNA, healthcare providers can ascertain the presence of genetic mutations that may lead to this condition.
Who Should Consider This Test?
Individuals experiencing symptoms of hypotrichosis, such as abnormal hair growth or hair loss, should consider this test. Additionally, those with a family history of hair loss disorders or related genetic conditions may benefit from understanding their genetic predisposition.
Benefits of Taking the Test
- Accurate diagnosis of genetic hair loss disorders.
- Informed family planning decisions based on genetic risk.
- Guidance for personalized treatment options.
- Access to genetic counseling for affected family members.
Understanding Your Results
Upon completion of the test, results will be provided within 3 to 4 weeks. A genetic counselor will assist in interpreting the findings, helping you understand the implications of your genetic profile and what it means for your health and family.
Test Pricing
| Test Name | Discount Price | Regular Price |
|---|---|---|
| LIPH Gene Hypotrichosis Type 7 NGS Genetic DNA Test | KSh 40,000 | KSh 56,000 |
Branches and Booking
We have branches across all major cities in Kenya, making it convenient for you to access our services. You can also opt for home sample collection for added convenience. To book the LIPH Gene Hypotrichosis Type 7 NGS Genetic DNA Test, please call or WhatsApp us at +254711564616.
Take the first step towards understanding your genetic health today!
