Imaging in Pregnancy SIG Reports from Washington, DC
Tony Borrell, MD, PhD
[email protected]
On Monday July 13, a Pregnancy Imaging SIG lunch meeting was held in Washington. It was clear to most of the attendants that the main aim of our SIG is to promote professional education of Fetal Imaging specialists (MFM, radiologists and radiographers) in Genetics, given that imaging allows the detection and characterization of prenatal dysmorphology. In a few words, our SIG is attempting to cover the distance between Ultrasound and Genetics. A second aim would be to attract MFM specialists to participate to our society (ISPD) and conferences, bearing in mind that professionals tend to be more attached to their specialty societies, rather than multidisciplinary teams, such as ISPD
Many ideas were suggested from the audience for next pre congress courses: to make them more modern, with more interactive sessions and therefore more attractive, including other imaging modalities, such as MRI and three-dimensional (3D) ultrasound. 3D Ultrasound was actually the center of further suggestions: we were advised to include training on 3D spatial recognition systems to diagnose genetic syndromes, on 3D printed prosthetics, and a workshop on already acquired 3D volumes of normal and abnormal fetuses providing several laptops to participants for hands-on sessions on Fetal Brain and Face for instance. Two other ideas were also suggested: a full audience discussion on difficult and interesting cases presented mainly by ultrasound images and Counseling issues. Given that 2 new SIGs (Ethics and Counseling) exist, collaboration in multidisciplinary schemes is mandatory.
The SIG also discussed on its non-educational aims and future plans. A working group has written systematic reviews on the incremental yield of microarrays in fetal heart defects and in increased NT. A position statement on US soft markers was similarly proposed a couple of years ago, and ISUOG was contacted in order to produce a joint statement. Finally, it is planned to produce genetic work-up algorithms during the following year on increased NT, fetal hydrops and severe IUGR.