No longer do our patients have to produce an excessive number of eggs using large dosages of costly fertility medications to achieve IVF pregnancy success. Look: Our Mini-IVF™ protocol is designed to produce between 3 and 5 high quality eggs per fresh IVF cycle. The best part: Pregnancy success rates for Mini-IVF™ are comparable to Conventional IVF.
There are now many last chance treatment options for women who think they were on a dead-end IVF path. If you’re familiar with the fertility train, you know the disappointment of several failed IVF cycles. You get excited – and you are ready for that positive pregnancy test – but it didn’t work.
Our Mini-IVF™ – can increase your chances of pregnancy without the need for large dosages of costly fertility medications. You do not need to produce an excessive number of eggs to have pregnancy success with Mini-IVF™. Here’s the deal: The goal with a Mini-IVF™ protocol is to produce between 3 and 5 quality eggs per fresh cycle. The best part: Pregnancy success rates for Mini-IVF™ are comparable to Conventional IVF.
If you are trying to get pregnant – you should definitely think about what you’re eating. Why is diet important? Today, it is estimated that one in eight couples has difficulty conceiving and/or carrying a baby to full term. Look: A healthy diet will increase your chances of conceiving and help to support a healthy pregnancy.
Freezing excess, quality embryos after a fresh IVF cycle will increase a couple’s chances of conceiving in the future. This is not even the best part. Through embryo cryopreservation technology, couples can avoid the financial and physical strain of undergoing multiple fresh IVF cycles. That’s not all. Pregnancy success rates for a Frozen Embryo Transfers (FET) are higher than a fresh transfer because a woman has the opportunity to wait until her uterine lining returns to an ideal state for embryo implantation.
Identifying and choosing high quality sperm to fertilize an egg is crucial in male-factor infertility cases. Any and all negative influence of male-factor infertility must be negated to ensure successful embryo development. Why does this matter? HRSS technology is helping embryologists see, identify, and choose only high quality sperm cells for fertilization of an egg. With HRSS technology, embryologists are able to better visualize sperm for Intracytoplasmic Sperm Injection (ICSI) administration. Bottom line: Couples who have multiple failed IVF cycles are the primary benefactors of HRSS.
