Our Science

Access to world leading science through our sister clinic, Genea Fertility

Genea’s research and technologies virtually doubled IVF success rates for patients in the mid-nineties and our constant search for innovations and breakthroughs continues to improve outcomes today.

Our expertise in the science of fertility is a direct result of our commitment to funding research. Genea have a long and proud history of investing in research and taking innovations from the lab into their clinics, including Genea Oxford Fertility, enabling us to help more of our patients (and patients from clinics around the world) realise their dream of creating a family.

Genea invests by far the most of any Australian clinic back into research, on average more than 10 per cent of our annual revenue- and substantially more over the past few years. That investment has led to many fertility breakthroughs over the years and that trend continues with exciting new developments underway. Genea’s science and technology have played a part in bringing over 800,000 babies into the world and patients at Genea Oxford have exclusive access to two of Genea’s latest innovations - Gems and Gidi.

Genea Identification Instrument - Gidi™

Gidi is an easy to use hand-held device to aid sample identification during ART procedures to avoid mismatches from occurring.

Every patient’s labels have a unique barcode, Gidi scans these throughout the ART process to ensure the correct eggs, sperm, embryos, dishes, tubes and other consumables are correctly assigned to a patient.

Labels are scanned whenever a double witnessing check is required.

Quite simply, if you want to ensure that you benefit from the very latest assisted conception research and technology you could do no better than come to Genea Oxford.

For further information on how we can help you, contact us today or fill in the form below.

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Genea’s history as fertility pioneers

Routine Day 5 embryo transfers

Genea was the first clinic in Australia to introduce routine Day 5 embryo transfers. Growing the embryos in the lab a little longer before transferring them lets us determine which embryos have the highest development potential and increases success rates. The time between Day 3 and Day 5 in an embryo’s life is critical because it’s when an embryo switches genetic control from the female’s genome to shared control between the female and male parental components. This can be a point in the development of the embryo where problems occur and waiting to transfer embryos beyond it is far more successful. We have given our patients world leading success rates with this advancement for years, and some other Australian clinics still routinely transfer embryos earlier than Day 5.

Single embryo transfer

Genea were also the first clinic in Australia to introduce routine single embryo transfer. While many clinics transfer more than one embryo to try to improve their chances of success, our technology allows us to achieve high success rates while transferring a single, carefully selected embryo.

Vitrification versus the old slow freeze method

Genea was the first clinic in Australia (it’s becoming a little repetitive isn’t it?) to develop and routinely replace the old slow freezing method for embryos, eggs and sperm with the more efficient and successful vitrification process. The technology, which is similar to snap freezing, has dramatically increased survival rates for thawed embryos. We’ve been using it routinely since February 2006 but some clinics still use the outdated slow freeze method.


Genea’s embryologists are experts in what embryos need to survive and grow. Back in the 1990s we developed a mini incubator that simulated the natural environment of human fallopian tubes by using low oxygen levels and introducing just the right amount of carbon dioxide to help embryos grow. The mini incubators or MINCs also maintained the optimal temperature to reduce stress on the embryo.