Our state of the art fertility laboratory

Timelapse imaging for all our patients

We use IVF time-lapse imaging incubators to grow all your embryos as standard-best practice at no extra cost to you.

This allows us to know how each of your embryos are growing every 5 minutes and gives us valuable information to select the best embryo for transfer and to identify when the embryos that don’t make it to blastocyst stop growing.

IMSI

Intracytoplasmic morphologically selected sperm injection (IMSI)

Allows selection of sperm at very high magnification using digital imaging.  It allows the embryologist to get a better view of the shape of the sperm head in particular and can identify vacuoles and gross defects.  Therefore if you have high number of sperm that are abnormally shaped this will allow better sperm selection.

HA Sperm Selection for ICSI

We can use SpermSlow for sperm selection for ICSI. SpermSlow contains hyaluronan (HA) and slows down sperm and allows the embryologist to select the best sperm to inject the egg.

embryoscope

Environment is Important

We use all the available tools to ensure your eggs, sperm and embryos are always in a stable environment.  IVF and ICSI chambers are employed to ensure temperature and pH are optimal and state of the art incubators that not only allow us to see your embryos but have an excellent environment for embryo growth. 

We also use only the best culture media to grow your embryos and IVF consumables that meet our rigorous standards.

Genetic Testing

By taking a few cells from the embryo at the blastocyst stage (an embryo that has been growing in the laboratory for 5-6 days) we can identify embryos that either do not have the correct complement of chromosomes or have known genetic disease. The process does not harm the blastocyst but this option is very important for patients that have experienced recurrent pregnancy loss, failed IVF cycles, don't have time on their hands as the clock is ticking and need to select embryos that are chromosomally normal or for patients that have known genetic disease. Once we have taken the cells from the blastocyst we freeze the embryos and transfer the appropriate embryos in a frozen embryo transfer cycle.

Genetic Testing
Genetic Testing

Our aim is to help you achieve a healthy baby and the best way to do this is by transferring a single embryo.  When more than one embryo is transferred, there is a high chance of having a multiple pregnancy that is not ideal for baby and mum. People think that by putting only one embryo back this decreases their chances of having a baby but the scientific evidence does not support this. 

Research shows that by transferring a single embryo at the blastocyst stage (day 5 of embryo development) it not only increases your chance of having a baby, it reduces the time to pregnancy.  This is because not all embryos can reach the blastocyst stage for various biological reasons and by culturing in a robust, state of the art culture system, we can select the best embryo without compromise.

 

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