Save Her project

The SAVE HER project

Hemorrhage after birth can occur when postpartum uterine contractions are not strong enough to expel the placenta and is the dominant cause for maternal mortality. The risk of postpartum hemorrhage is increased in case of slow progress of labour. Novel measurement methods will be leveraged to develop methods for assessing the progress of labour and monitoring the strength and frequency of postnatal uterine contractions. This will allow for improved risk assessment for postpartum hemorrhage and will be a critical enabler for timely intervention to prevent severe hemorrhage.

鈥淪ave Her鈥 will contribute to the reduction of postpartum hemorrhage via innovations in the monitoring of perinatal uterine activity, using unobtrusive technology, that can be used both in the hospital and home setting. The monitoring application and AI-based methods and dashboards will be tested first in the hospital and in the last phase of the project, a pilot to test the technology in a 鈥榟ome@hospital鈥 setting is aimed for.

The project has a strong involvement of a company with 12 years of experience, Nemo Healthcare, and the MMC hospital, with joint supervision and management. The project has Open Access publishing of widely applicable methods and is organized to enable close collaboration and colocation of researchers from all partners. The project can leverage strongly on ongoing e/MTIC projects and will use and contribute to the large-scale e/MTIC healthcare data collection infrastructure

Project:  Save Her | 2023-2028
Funded:
Holland High Tech | TKI HSTM via the PPS allowance scheme for public-private partnerships
Projectleader: Rik Vullings | Supported by: Carola van Pul
Partners: Eindhoven University of Technology, Nemo Healthcare, Maxima MC

The project Save-Her  is part of the Eindhoven MedTech Innovation Center (e/MTIC), a partnership between the Eindhoven University of Technology, Royal Philips, Catharina Hospital, Maxima Medical Centre and Kempenhaeghe Centre for Sleep and Epilepsy. This project is funded by Holland High Tech | TKI HSTM via the PPS allowance scheme for public-private partnerships.