IVF ‘super computer’ could spot pregnancies likely to fail due to ‘bad’ embryos

IVF ‘super computer’ could spare women the heartache of miscarriage by spotting pregnancies likely to fail due to ‘bad’ embryos

  • Women could be spared the heartbreak of miscarriage thanks to AI 
  • Breakthrough works with IVF treatment with computer picking ‘good’ embryos
  • The computer was able to predict which embryos would lead to live birth with 85% accuracy

Victoria Allen for the Daily Mail

Women could be spared the heartbreak of miscarriage thanks to artificial intelligence that can help spot which pregnancies will fail.

The breakthrough works with IVF treatment, using a super-computer to pick out ‘good’ embryos – or ‘bad’ ones which could prevent a woman from giving birth or cause her to miscarry.

Researchers found the computer, nicknamed The Beast, was able to predict which embryos would lead to a live birth with 85 per cent accuracy, correctly selecting 280 out of 328.

The breakthrough works with IVF treatment, using a super-computer to pick out ¿good¿ embryos ¿ or ¿bad¿ ones which could prevent a woman from giving birth or cause her to miscarry

The breakthrough works with IVF treatment, using a super-computer to pick out ¿good¿ embryos ¿ or ¿bad¿ ones which could prevent a woman from giving birth or cause her to miscarry

The breakthrough works with IVF treatment, using a super-computer to pick out ‘good’ embryos – or ‘bad’ ones which could prevent a woman from giving birth or cause her to miscarry

Doctors who email a picture of an embryo to the computer can expect a result within minutes.

And the technology is only five years away from being made available to couples, say the researchers. About half of miscarriages are caused by a problem with the embryo, where it has an abnormal number of chromosomes.

Why young women shun folic acid 

Young women are failing to take folic acid when trying to conceive because the message is not put on social media.

Those aged 18 to 24 could be ignorant of the vitamin as health campaigns do not target popular networks such as Instagram and Snapchat, experts warned.

More than half of young women trying for a baby are not taking folic acid despite the risk of neural tube defects such as spina bifida, a study by a British firm found. Dr Sarah Johnson, from SPD Development, led the research surveying almost 11,500 women and presented the findings to the annual meeting of the American Society for Reproductive Medicine in Denver yesterday.

‘Younger people don’t use traditional channels for getting information, they use social media,’ she said.

The NHS advises all women to take 400mg of folic acid daily if trying to conceive.  

The results of the study, which involved Cornell University in New York and Imperial College London, will be presented today at the annual meeting of the American Society for Reproductive Medicine in Denver. Dr Nikica Zaninovic, lead researcher in the US who was supported by Dr Zev Rosenwaks, said: ‘If AI can recognise embryos that are normal and those that are abnormal chromosomally that will result in a reduced miscarriage and stillbirth rate, which is really our central reason for doing this research.’

At the moment, fertility clinics tend to judge if embryos are developing normally by looking at their shape, size or growing speed.

Researchers trained the super-computer using almost 700 images of five-day-old embryos. They used time-lapse photography, where a photograph of embryos in an incubator is taken every ten minutes – avoding the risks that come with an embryo being handled.

British expert Professor Allan Pacey, of Sheffield University, said: ‘The data from time-lapse systems is a very good idea as it may find patterns and algorithms that are not visible to the human eye.’

The new method could also avoid doctors implanting two embryos to boost chances of pregnancy. Dr Zaninovic said: ‘We could help women avoid having twins and multiple births which lead to all kinds of complications.’

The scientist, who is seeking to patent the technology, added: ‘It’s all web-based. It doesn’t mean every hospital will have to have this. It can just be done over the internet very easily.’ 

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