Growth Factor Injections can Aid in the Proper Growth of the Fetus

by Sam John Xavier on  December 28, 2017 at 3:19 PM Child Health News
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The case of fetal growth restriction gives rise to many complications. These complications can be potentially solved with the aid of growth factor injections, reveals a study published in The Journal of Physiology.
Growth Factor Injections can Aid in the Proper Growth of the Fetus
Growth Factor Injections can Aid in the Proper Growth of the Fetus

Sheep fetuses received weekly injections of a growth factor (IGF1). There is always a risk that the increased demands of the larger fetus will not be met by the placenta during periods of stress, such as labor. However, the increased fetal growth did not increase the number of stillbirths and deaths in the period leading up to birth and in the first week after birth (also known as perinatal mortality).

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The treatment may need to be modified according to the sex of the fetus, as the growth response after birth is sex-specific.

A placental hormone in the mother's blood (called NT-proCNP) was found to correlate with the level of oxygen the fetus received, which is a key indicator of fetal well-being.

Currently, oxygen levels can only be measured by methods that put the fetus at risk. This finding could mean the placental hormone could be used as test of fetal well-being, if future clinical trials prove its safety and efficacy in humans.

This study, conducted by researchers at the University of Auckland-based Liggins Institute and the University of Otago, New Zealand, is the first to ever follow fetuses treated for fetal growth restriction during labor up into adulthood. It is important to now test whether the same effects are observed in humans.

Professor Frank Bloomfield, the lead investigator of the study and director of the Liggins Institute, said "Further adult hormonal and growth statuses in these animals will provide critical information on the effect of this treatment through to adulthood, providing further evidence of any long-term effects. The next step will then be studies in human pregnancies at greatest risk."



Source: Eurekalert

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