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Genetics may provide a solution for reducing Sudden Infant Death Syndrome (SIDS) cases.

High-tech genetic storage facility may provide solutions to unexplained newborn deaths known as sudden infant death syndrome (SIDS), potentially averting the tragic demise of numerous infants stricken by this mysterious ailment annually.

,   and  Administrator
2 min read
Genetics could potentially unlock solutions for preventing Sudden Infant Death Syndrome.
Genetics could potentially unlock solutions for preventing Sudden Infant Death Syndrome.

Genetics may provide a solution for reducing Sudden Infant Death Syndrome (SIDS) cases.

The University of South Australia has developed a unique genetic biobank, one of only a few in the world and the only one of its kind in the Southern hemisphere. This biobank, supported by funding from River's Gift, an organisation established in memory of a 4-month-old baby who died from Sudden Infant Death Syndrome (SIDS) in 2011, aims to shed light on the mystery surrounding SIDS.

The biobank comprises DNA from 25 babies who have died from SIDS in South Australia. The research, led by molecular biologist and Head of genetics at the Australian Centre for Precision Health, UniSA's Professor Leanne Dibbens, will analyse this DNA to look for genetic causes of SIDS.

Sudden Infant Death Syndrome is the sudden, unexpected, and unexplained death of an apparently well baby. Despite successful education campaigns such as 'safe sleeping' of infants, about 100 babies still die from SIDS in Australia each year. In South Australia alone, about 130 babies die from SIDS annually.

By finding these genetic factors, the biobank will allow for testing babies at birth to identify those at risk. Closely monitored babies in their first year of life will be those identified as being at risk. The ultimate goal is to stop SIDS from occurring in the future.

"Every baby's life is valued, and this research aims to protect them and their families from the heartache of SIDS," Professor Dibbens states. Media inquiries can be directed to Annabel Mansfield, while UniSA Researcher Leanne Dibbens and Alex Hamilton, a case study and River's Gift contact, can also be contacted for further information.

It is important to note that research into SIDS is not as active as it once was, according to Prof Dibbens. However, with the establishment of this genetic biobank, there is renewed hope in the fight against SIDS.

River's Gift evolved from a pledge to Stamp Out SIDS and ensure no parent suffers the unexpected and unexplained loss of their child. The organisation's mission aligns perfectly with the goals of this groundbreaking research, bringing hope to families affected by SIDS.

Every year, countless families are affected by the tragedy of SIDS. With this new genetic biobank, we are one step closer to understanding and preventing this devastating condition.

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