We don't just have access to the latest technologies - we pioneer them.

Here are some of the technologies we have played a major part in.

 

Placing embryo in MINC incubator

Incubators

Our laboratories are the most modern in the world. That's where we developed the mini-incubators that have revolutionised pregnancy rates. These incubators simulate the natural environment of human fallopian tubes by using low oxygen levels. They also feature just the right amount of carbon dioxide needed to help embryos grow.

Culture medium

Inside these incubators, embryos are grown in a type of fluid called a culture medium. The quality of this culture medium is crucial to the success of an IVF cycle. That's why we developed our own special culture medium - which is now exported to over 45 countries.

Our culture media

 

Our culture media

Blastocyst culture

We also have world-leading success with Day 5 blastocyst transfer, a technique that allows embryos to grow a little longer before being transferred back to the mother, letting us better determine which embryos have the most developmental potential.

Preimplantation genetic diagnosis (PGD)

We're one of the few centres in Australia with facilities to perform preimplantation genetic diagnosis (PGD) successfully. PGD allows us to choose which embryos will be transferred to the uterus based on the results of genetic tests, excluding those with an obvious genetic abnormality. The testing can increase both the chance of a genetically normal pregnancy and your chance of having a baby.

Blastocyst biopsy in progress

 

A vitrification block surrounded by clouds of liquid nitrogen vapour

Embryo vitrification

Sydney IVF are world leaders in this exciting new technology that has dramatically increased survival rates for thawed embryos.