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Data does a world of good.

Solving the biggest challenges in prenatal health.

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Prenatal care is long overdue for innovation and new solutions. Preterm birth remains the number one killer of children under the age of five with 1 in 10 babies born preterm in the United States alone. Stillbirth claims ten times more babies than Sudden Infant Death Syndrome. Both outcomes – difficult and often tragic – remain a relative mystery to the medical community with few tools to understand, treat, and prevent.

At Bloomlife, we are tackling both challenges head on – developing a deeper understanding of the signs and symptoms along with solutions for clinicians. Working in tandem with our research partners, we’re already making strides towards delivering against our mission to improve the health of moms and babies globally.

WISH research project

Developing a new solution to predict preterm birth.

In order to decrease the rate and impact of preterm birth, we first need to better understand, predict, and detect early labor onset. The WISH project aims to do these three things. Through a series of studies across two leading research hospitals, we will learn about the physiological differences between normal labor and preterm labor, provide a reliable and accurate tool for labor detection, and embed these tools into clinical workflow to improve birth outcomes.

“The biological triggers of labor onset are still unknown, and identification of the early stages of labor are often difficult to interpret. This project will develop and validate a novel tool for remote labor detection to ensure each mom gets the care she needs when she needs it.”Dr. Frederic Chantraine, MD Ph.D., and Principal Investigator at CHR Citadelle in Liege (Belgium).

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BEATLE research project

Developing a better way to evaluate and monitor fetal wellbeing

Strategies for improving birth outcomes have always been limited by the ability to assess and predict the state of fetal wellbeing. The BEATLE project aims to identify new physiological markers for fetal distress in order to better evaluate the state of distress and predict birth outcomes and risk of complications. Findings from these studies will provide expecting parents and their care teams with new tools to assess, prepare for, and treat any complications before and after birth.

“Fetal movement and fetal heart rate are the two indicators of fetal health today. Unfortunately, fetal heart rate is limited to hospital settings, and there is no tool to objectively and accurately monitor fetal movement. We are excited to be part of the research to quantify fetal movements and fetal heart rate in ambulatory settings.” — Dr. Wilfried Gyselaers, MD, and Principal Investigator at Ziekenhuis Oost Limburg in Genk (Belgium)

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Scientific Publications

Altini, Marco, Michiel Rooijakkers, Elisa Rossetti, Julien Penders, Pauline Dreesen, Hanne Mariën, Inge M. Thijs, and Wilfried Gyselaers. 2019. “785: Early Labour Detection in Laboratory and Free-Living Conditions Using Combined Electrohysterography and Heart Rate Data.” American Journal of Obstetrics and Gynecology 220 (1): S513–14.

Altini, Marco, Elisa Rossetti, Michiel J. Rooijakkers, and Julien Penders. 2018. “Towards Non-Invasive Labour Detection: A Free-Living Evaluation.” In 2018 40th Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC).

Altini, Marco, Elisa Rossetti, Michiel Rooijakkers, Eric Dy, Julien Penders, Lars Grieten, and Wilfried Gyselaers. 2017 “Variable-Length Accelerometer Features and Electromyography to Improve Accuracy of Fetal Kicks Detection during Pregnancy Using a Single Wearable Device.” In 2017 IEEE EMBS International Conference on Biomedical & Health Informatics (BHI). https://doi.org/10.1109/bhi.2017.7897245.

Peruzzi, A. et al, “The impact of a smart contraction monitor on anxiety during the last trimester of pregnancy”, presented at the 3rd European Congress on Intrapartum Care, Stockholm, 2017.

Peruzzi, A., et al, “The impact of a smart contraction monitor on women’s empowerment during the last trimester of pregnancy”, presented at the 3rd European Congress on Intrapartum Care, Stockholm, 2017.

Altini, Marco, Elisa Rossetti, Michiel Rooijakkers, Julien Penders, Dorien Lanssens, Lars Grieten, and Wilfried Gyselaers. 2017. “Combining Electrohysterography and Heart Rate Data to Detect Labour.” In 2017 IEEE EMBS International Conference on Biomedical & Health Informatics (BHI). https://doi.org/10.1109/bhi.2017.7897227.

Altini, Marco, Elisa Rossetti, Michiel Rooijakkers, Eric Dy, Julien Penders, Lars Grieten, and Wilfried Gyselaers. 2017. “762: Remote Labour Detection Using Maternal Electrohysterography and Heart Rate Data Acquired with a Wearable Sensor.” American Journal of Obstetrics and Gynecology 216 (1): S441–42.

Peruzzi, A. et al, “The impact of a smart pregnancy monitor on anxiety: a pilot study on women in the third trimester,” presented at the 1st World Congress on Maternal Fetal Neonatal Medicine, London, 2017.

Altini, Marco, Julien Penders, Eric Dy, and Deirdre Lyell. 2017. “384: 37: A Mobile Preterm Birth Calculator.” American Journal of Obstetrics and Gynecology 216 (1): S231.

Altini, Marco, Patrick Mullan, Michiel Rooijakkers, Stefan Gradl, Julien Penders, Nele Geusens, Lars Grieten, and Bjoern Eskofier. 2016. “Detection of Fetal Kicks Using Body-Worn Accelerometers during Pregnancy: Trade-Offs between Sensors Number and Positioning.” Conference Proceedings: … Annual International Conference of the IEEE Engineering in Medicine and Biology Society. IEEE Engineering in Medicine and Biology Society. Conference 2016 (August): 5319–22.

Penders, Julien, Marco Altini, Chris Van Hoof, and Eric Dy. 2015. “Wearable Sensors for Healthier Pregnancies.” Proceedings of the IEEE 103 (2): 179–91.

 

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