Personalized Endometrial Preparation
"Our fertility experts tailor hormone treatments to optimize your uterus for embryo transfer and implantation."
Frozen Embryo Transfer (FET) is a highly effective fertility procedure where a previously frozen embryo is thawed and transferred to the uterus. FET offers flexibility, better timing, and a higher success rate for many patients.
Whether you're planning a pregnancy now or after a gap, FET allows you to use preserved embryos from earlier IVF cycles without needing new ovarian stimulation.
Our advanced freezing and thawing techniques ensure the best outcomes, preserving embryo quality and increasing your chances of conception.
FET allows you to plan pregnancy when you're physically and emotionally ready.
The uterus can be prepared under optimal conditions, enhancing success rates.
"Our fertility experts tailor hormone treatments to optimize your uterus for embryo transfer and implantation."
We guide you through every step, from preparing the uterus to tracking the embryo’s development after transfer.
Hormonal medications help prepare your endometrium to receive the embryo.
Frozen embryos are gently thawed and placed into the uterus with precision.
We conduct beta hCG tests and ultrasounds to confirm and track early pregnancy.
FET is a wonderful way to utilize your stored embryos, offering renewed hope for parenthood even after previous unsuccessful attempts or life changes.
Our team evaluates your health and prepares a customized FET timeline for your body.
We use medications or a natural cycle to get your uterus ready for embryo transfer.
Once the embryo is transferred, we monitor and support you throughout the implantation phase.
Success rates are high, often equal or better than fresh embryo transfers, depending on embryo quality and uterine readiness.
Yes, because FET does not require ovarian stimulation or egg retrieval, making it less invasive and easier to schedule.
Absolutely. FET is often used to transfer embryos that were frozen from a previous successful IVF cycle.