Many women have inadequate hormone activity leading to cancelled cycles and IVF failure! Your genes guide your tailored IVF protocols with evidence of success in IVF and pregnancy rates over the last two decades:
-
>30% improved pregnancy rates
-
Lower costs on hormones
-
Precise hormone dosage, timing and combinations
-
Savings from fewer IVF cycles
Multiply your success with precision medicine, AND your dreams with money saved from this treatment guided by this test results.
The report predicts the efficiency of your hormones and hormone receptors which determines your success for IVF. It further allows your doctor to individualize the IVF protocol for you instead of batched treatment protocols. Studies over the last two decades have shown tremendous success in IVF and pregnancy rates resulting from the test results.
FAQ
What do I do in case of a positive result?
Consult your doctor or gynecologist for personalized IVF or ICSI treatment plan using targeted FSH dosage. Poor responders may benefit from personalized FSH dosage.
Will my family be affected?
These mutations are hereditary, and if mutations are reported, there are chances of family members being affected as well. It is recommended to test infertile family members to personalize therapy.
Are there any risks involved, such as OHSS?
The test itself carries no risk. Ovarian hyperstimulation syndrome (OHSS) may occur from stimulation protocols which is a serious condition needing immediate treatment. Scientific studies do not indicate altered risk based on the mutations tested.
Science
Genes tested: LHB, FSHR, ESR1
Hormones act on the ovaries to produce eggs by binding to specific hormone receptors. Mutations in genes for the hormones and their receptors lead to reduced function. This in turn causes inefficient hormone and receptor activity leading to cancelled cycles and IVF failure. Your genes guide your tailored IVF protocols determining hormone dosage and timing thereby boosting IVF and pregnancy success rates.
References
Lehert B et al. 2014, Reproductive Biology and Endocrinology
Alviggi C et al. 2013, Reproductive Biology and Endocrinology
Lledo B et al. 2013, Pharmacogenetics and Genomics
Altmae S et al 2011, Human Reproduction Update
Ayvaz O et al. 2009, Journal of Assisted Reproduction Genetics
Themmen APN 2005, Reproduction