🧬 Enhances energy production crucial for egg quality.
🧬 Optimizes the endometrial environment to support implantation success.
🧬 Promotes overall ovarian health for better reproductive outcomes.
🧬 Helps improve ovarian reserve and follicular development.
🧬 Improves both the number and developmental quality of embryos produced per cycle.
🧬 Reduces Oxidative Stress & Miscarriage Risk
🧬 Restores Mitochondrial Function in Oocytes
🧬 Boosts Fertility Biomarkers
🧬 Enhances Oocyte & Embryo Quality (Female)
🧬 Improves Endometrial & Ovarian Function (Female)
🧬 Reduces Oxidative Stress (Both Genders)
🧬 Improves Sperm Count, Motility & Morphology (Male)
🧬 Enhances Fertilizing Ability of Spermatozoa (Male)
🧬 Lower Risk of Miscarriage
🧬 Higher Pregnancy Rates per Embryo Transfer
🧬 Improved Live Birth Outcomes
🧬 No Increased Risk of Major Congenital Anomalies
🧬 Lower Risk of Miscarriage
🧬 Higher Pregnancy Rates per Embryo Transfer
🧬 Improved Live Birth Outcomes
🧬 No Increased Risk of Major Congenital Anomalies
🧬 Acts via vasodilation to maintain optimal endometrial thickness.
🧬 Enhances uteroplacental blood flow, boosting chances of conception.
🧬 Promotes adequate endometrium development for better embryo implantation.
🧬 Leads to higher pregnancy and live birth rates after frozen embryo transfer (FET), maintaining endometrial thickness >9mm.
