maternal health research Archives -

Innovative Biomedical Engineering Senior Design Project CerVos Unveiled on BME Day

1May

By Patrick YangNo Comments

Academic Achievements, Healthcare Research, Research and Innovation, Science and Technology, Women's Health

Innovative Biomedical Engineering Senior Design Project CerVos Unveiled on BME Day

Tista Mandal, Kristina Dalton, and Abir Hamdaoui proudly showcase their innovative senior design project, CerVos, at BME Day.Abir Hamdaoui demonstrates CerVos, while Tista Mandal and Kristina Dalton stand beside our poster at BME Day. Date: April 30th, 2024 St. Louis, MO - Tista Mandal, Kristina Dalton, and Abir Hamdaoui, aspiring biomedical engineers, unveiled their groundbreaking senior design project, "CerVos: A Cervical Insufficiency Diagnostic Device to Prevent Preterm Labor," at the Washington University's Biomedical Engineering (BME) Day on April 29th, 2024. This pioneering project aims to address the critical issue of preterm labor through an innovative diagnostic approach. The CerVos device utilizes a spherical indentation technique to assess cervical stiffness and other...

🔬📚 Newsflash: New Research Paper Explores Impact of Gelatin Bloom Strength on GelMA Hydrogel Properties

Date: March 29, 2024 St. Louis, MO - A recent research paper titled “Evaluation of gelatin bloom strength on gelatin methacryloyl hydrogel properties” was published by our group in the Journal of the Mechanical Behavior of Biomedical Materials. Authored by Dr. Samantha G. Zambuto, Samyuktha S. Kolluru, Eya Ferchichi, Hannah F. Rudewick, Daniella M. Fodera, Dr. Kristin M. Myers, Dr. Silviya P. Zustiak, and Dr. Michelle L. Oyen, the study investigates the impact of gelatin bloom strength on hydrogel mechanical properties. Results reveal that both bloom strength and GelMA weight percent influence stiffness and viscoelastic ratio, while bloom strength specifically affects diffusivity, permeability, and pore size. The research, showcasing a library of GelMA hydrogels with varying proper...

Oyen Lab Welcomes Innovative Phantoms

Dr. Adrienne Scott expertly utilizes ultrasound technology to explore the intricacies of fetal development within the advanced phantom.Samantha Zambuto holds EpiLume.Samyuktha Kolluru, with precision and focus, employs ultrasound to unravel the mysteries within the innovative phantom. Date: October 20, 2023 St. Louis, MO - In a groundbreaking development, the Oyen Lab at Washington University has acquired state-of-the-art pregnancy phantoms, providing an unprecedented glimpse into the intricate world of maternal health research. These phantoms, meticulously crafted replicas of a pregnant woman's womb during the second trimester, aim to showcase the lab's pioneering work to the scientific community and the public. The centerpiece of these phantoms is a lifelike representation of a...