A new way of interpreting information from a low-tech, age-old method used in pregnancy care is expected to more accurately identify potential health issues for mothers and babies.
Dr Kristen Gibbons from ’s and has developed a statistical chart that generates more detail from the traditional method of monitoring baby growth by measuring the mother’s belly.
“We have developed a customised foetal growth chart that complements the symphyseal fundal height measurement – that is, the measurement of a pregnant woman’s uterus,” Dr Gibbons said.
Doctors and health professionals have used the tape measure technique for more than a century to look for indicators on fetal growth, multiple gestation, amniotic fluid disorders and birth date prediction.
“Our customised chart is generated using characteristics specific to each pregnancy, including the mother’s age, height, body mass index, whether it is her first pregnancy and, if known, the baby’s sex,” Dr Gibbons said.
The technique would give more precision in identifying unusual growth rates, and thereby potential health problems.
“The charts could be particularly useful in rural and remote areas where there is not easy access to advanced monitoring technology that can be used to assess the wellbeing of a baby,” Dr Gibbons said.
“We are implementing a randomised controlled trial at the in Brisbane to test our chart against ’s current non-customised one.”
Clinicians at Mater Mothers’ and at have developed and tested an interactive website where details about the mother, baby and circumstances can be entered to generate the new personalised charts.
“If the trial results are positive, the website may provide an easy, low-cost improvement to a traditional and reliable antenatal care technique,” Dr Gibbons said.
Dr Gibbons developed the model with her PhD supervisors Professor Allan Chang and Professor David McIntyre, and colleagues Dr Michael Beckmann, Associate Professor Vicki Flenady, Dr Glenn Gardener, Associate Professor Peter Gray and Associate Professor Kassam Mahomed.
Contact: Dr Kristen Gibbons, ph +61 7 3163 2555, kgibbons@mmri.mater.org.au
Media: Vanessa Mannix Coppard, ph +61 (0) 424 207 771, v.manixcoppard@uq.edu.au
