If the placenta doesn’t work properly, the baby can be badly affected. Unhealthy placentas can lead to miscarriage, pre-eclampsia, growth restriction and stillbirth. By studying the placentas of women after birth, we know a lot more than we used to about how they work. But this isn’t enough: we need to know how well the placenta is working during pregnancy.
At the Manchester Tommy’s centre, we are developing an exciting new way of looking at the placenta while the baby is growing. This uses Magnetic Resonance Imaging or MRI, a technique that uses a strong magnetic field to look inside the body. It allows us to see how the body is working in far more detail than ultrasound: we can see down to the level of a single proton. Like this, we can look at blood flow, how oxygen is being used, and tell apart different types of tissue.
We are looking at over 60 women, using MRI to study how the placenta works in healthy pregnancies, and in women whose babies aren’t growing properly. The women had 2 scans taken of the placenta over the course of pregnancy. We have already found that we can see a clear difference in the placentas of healthy pregnancies compared to when the baby isn’t growing properly. Using the results of the scans, we have created a model that will let us tell if a placenta is normal, or damaged. We are now testing this in groups of women who are at higher risk of complications.
These techniques will help us to find out if babies are at risk while still in the womb. We’ll then be able to treat the mother, or deliver the baby early if it is struggling.
Dr Emma Ingram, Dr Ed Johnstone, Dr David Morris, Dr Jo Naish, Dr Jenny Myers, Professor Colin Sibley, Dr Fiona Denison, Professor Jane NormanHide details
This study is fully funded by Tommy's and takes place in a Tommy's centreHide details