Breakthrough? First digitally monitored twins born to Indian-origin woman in the UK!

New Delhi: With medical advancement taking pace, the world's future seems bright and breakthroughs do give us new hope.

That said, the British media reported that an Indian-origin woman has become the world's first to deliver twins who were digitally monitored in the womb.

Through the use of a potentially life-saving digital growth chart, Mala Vast Dhuri gave birth to healthy identical boys Kiaan and Kush, weighing 2 kg and 2.1 kg, by Caesarean at St Georges Hospital in south London recently.

The 37-year-old said she was "over the moon" after doctors at the hospital scanned and checked the development of her babies against growth charts designed specifically for twins, the Daily Mirror reported yesterday.

"I am over the moon to meet my gorgeous little boys. Thanks to St Georges for ensuring their safe arrival, Dhuri said.

The UKs Twins and Multiple Births Association raised money for the project to create the charts using 10,000 scans of twins.

It means doctors can compare babies development against what is normal for twins, rather than for single births.

Dr Asma Khalil, consultant obstetrician and multiple births expert based at St Georges, led the project and said it could save "hundreds, if not thousands of lives" each year.

"We know twins are smaller than singles so using these old charts meant doctors had to use their own judgement. This resulted in an over-diagnosis of growth problems. It meant babies were often being delivered too early," she told the newspaper.

"With twins, your chances of having a stillborn child are two to three times higher, or six times higher having a child with cerebral palsy. While stillbirth rates in singletons have declined in recent years, stillbirth rates in multiple birth babies increased by around 10 per cent between 2013 and 2015, she added.

Dr Khalil said if doctors had used the singleton chart to monitor Mala, the twins could been delivered two to three weeks early.

Comparing growth rates to "singletons" can lead to unnecessary interventions, causing stillbirths, premature births and disabilities.

(With PTI inputs)