Shear-wave elastography predicts fetal growth issues earlier than standard of care

Ultrasound shear-wave elastography predict fetal growth abnormalities earlier than routine obstetric exams.

Sonographic shear-wave elastography image showing a rectangular chromatic box with a round Region of Interest (ROI) placed inside it for the measurement of placental elasticity.

Photo and caption courtesy of Clinical Imaging.

In recent years, shear-wave elastography has emerged as an imaging option that can provide greater detail into tissue health. Experts recently found that it is especially beneficial for fetal exams.

Pediatric cardiology device competition introduces world to new technologies

Massachusetts Institute of Technology won a $50,000 award to help commercialize its 3D printed, polymeric auxetic stent to treat pediatric aortic coarctation. It is bioresorbable so the patient can continue to grow without the need for as many reinterventions.

Massachusetts Institute of Technology won a $50,000 award to help commercialize its 3D printed, polymeric auxetic stent to treat pediatric aortic coarctation. It is bioresorbable so the patient can continue to grow without the need for as many reinterventions.

Most cardiac devices do not fit young children, making it especially important for growth in pediatric cardiology to continue. The FDA helped fund a contest aimed at identifying new devices that show a ton of potential.