Genetic examinations list
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Addition of compatibility testing to the partner’s CarrierTest
When to use this test: We have already performed CarrierTest in the patient, the partner either underwent it too or is now indicated for this test, but they have not yet been tested for their mutual compatibility, which is now required.
Material:
Peripheral blood, Isolated DNA from bloodTurnover Time:
6 weeksSTATIM
3 weeksAdditional evaluation of selected gene from CarrierTest panel for matching
Additional testing for hidden carriage of key mutations in selected recessive genes that may affect the health status of carriers and their offspring. The matching uses the evaluation of data from the already performed CarrierTest NGS testing intended for donors. When to use this test: We use it to match the donor with the partner who carries the mutation in the selected gene to determine the suitability of using this donor and eliminate any reproductive risk.
Material:
Isolated DNA from bloodTurnover Time:
2 daysSTATIM
1 dayAR deafness – detection of 35delG GJB2 mutation
Testing for 35delG mutation in the GJB2 gene responsible for AR hereditary, non-syndromic disorder/hearing loss (deafness).
Material:
Peripheral blood, Isolated DNA from bloodTurnover Time:
3 weeksSTATIM
3 daysA1298C polymorphism in the MTHFR gene
Testing for A1298C polymorphism in the MTHFR gene by real-time PCR.
Material:
Peripheral blood, Buccal swab …Turnover Time:
3 weeksSTATIM
3 daysAR deafness – detection of 35delG GJB2 mutation
Testing for 35delG mutation in the GJB2 gene responsible for AR hereditary, non-syndromic disorder/hearing loss (deafness).
Material:
Peripheral blood, Buccal swab …Turnover Time:
3 weeksSTATIM
3 daysKIR (Killer-cell immunoglobulin-like receptor) haplotype evaluation
The KIR haplotype (A/B) determination method allows for the identification of the mother's genetic makeup in the region of KIR receptors. These receptors play a crucial role in the communication between the mother's immune system and the embryo during pregnancy, where they recognize HLA-C molecules on the embryo's surface. Analysis of the KIR haplotype can help reveal specific maternal genotypes that, in combination with the fetal HLA-C, may be associated with a higher risk of pregnancy complications.