Sunday, December 22

Healthcare Research

📣 Newsflash: Samantha Zambuto Presents at Gordon Research Seminar
Academic Achievements, events, Healthcare Research, Research and Innovation

📣 Newsflash: Samantha Zambuto Presents at Gordon Research Seminar

August 5, 2024 St. Louis, MO - Samantha Zambuto recently attended the Gordon Research Conference (GRC) on Signal Transduction by Engineered Extracellular Matrices, where she presented her research on "Biomimetic Matrices for Modeling Uteroplacental Interfacing." The seminar, which took place in a dynamic forum for young doctoral and post-doctoral researchers, focused on exploring engineered microenvironments to study tissue heterogeneity and address underserved diseases and populations in biomedical research. Samantha's poster highlighted innovative approaches for designing tissue-engineered constructs to reduce complications in pregnancy. This GRC meeting provided a platform for early-career scientists to engage in scientific discussions, develop collaborative relationships, and e...
Innovative Biomedical Engineering Senior Design Project CerVos Unveiled on BME Day
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 Innovative Approaches to Placenta Modeling
Academic Publications, Healthcare Research, Research and Innovation, Science and Technology, Women's Health

🔬📚 Newsflash: New Research Paper Explores Innovative Approaches to Placenta Modeling

Date: March 31, 2024 St. Louis, MO - A research paper titled “Beyond 2D: Novel biomaterial approaches for modeling the placenta” has been recently published by Dr. Samantha Zambuto, Dr. Adrienne Scott, and Dr. Michelle Oyen. The paper explores three-dimensional biomaterial environments for placenta research, offering insights into the complexities of this vital organ. Exploring advanced fabrication techniques such as microfluidic device fabrication and 3D bioprinting, the paper showcases the potential for in vitro, three-dimensional placenta research to address health disparities and sexual dimorphism. Overall, this paper provides a framework to understand and model the placenta, opening new avenues for future research in women’s health and pregnancy-related disorders. Read the ful...
📣 Newsflash: Dr. Michelle Oyen Leads Insightful Discussion on Digital Twins in Pregnancy at the Royal Society of Medicine Meeting
Healthcare Research, Research and Innovation, Science and Technology, Women's Health

📣 Newsflash: Dr. Michelle Oyen Leads Insightful Discussion on Digital Twins in Pregnancy at the Royal Society of Medicine Meeting

Dr. Michelle Oyen (right) captivating the audience with her groundbreaking insights at the Royal Society of Medicine meeting, as she discusses digital twins in pregnancy. Seated on the left, Roger Highfield, absorbed in the wealth of knowledge being shared. Date: November 3, 2023 London, UK - In a captivating session at the Royal Society of Medicine meeting, Dr. Michelle Oyen took center stage to share her expertise on the groundbreaking concept of digital twins in pregnancy. Dr. Oyen, renowned for her work in biomechanics and women's health, delved into the intricacies of digital twin modeling, shedding light on its applications in pregnancy research. Notably, her pioneering work includes modeling C-section scars, exemplifying the potential of digital twins to revolutionize our und...
Oyen Lab Welcomes Innovative Phantoms
Healthcare Research, outreach, Research and Innovation, Science and Technology, Women's Health

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...
📣 Newsflash: Oyen Lab’s Resounding Success at BMES 2023!
events, Healthcare Research, Women's Health

📣 Newsflash: Oyen Lab’s Resounding Success at BMES 2023!

Samantha Zambuto, Leading the Way: Sharing Insights on Vaginal Tissue Engineering at BMES 2023 Date: October 19, 2023 Saint Louis, MO - The Oyen Lab's journey to the Biomedical Engineering Society (BMES) 2023 Annual Meeting in Seattle was nothing short of a resounding success! With a dynamic presence and a slate of compelling presentations, they made a significant impact on the biomedical engineering community. Dr. Samantha Zambuto set the stage with her illuminating presentation on "Composite Elastin Nanofiber-Gelatin Methacryloyl Hydrogels for Vaginal Tissue Engineering." Her groundbreaking research captured the attention of the audience, further solidifying the lab's position at the forefront of innovative tissue engineering. Dr. Michelle L. Oyen enriched the event with her...
Professor Michelle L. Oyen Appointed as Obstetrics and Gynecology Professor at Washington University
Academic Achievements, Healthcare Research

Professor Michelle L. Oyen Appointed as Obstetrics and Gynecology Professor at Washington University

Inaugural Director of the Center for Women's Health Engineering Elevates Women's Healthcare Research Date: September 20, 2023 St. Louis, Missouri - Professor Michelle L. Oyen, an accomplished researcher with a profound dedication to women's health engineering, has been appointed as a Professor of Obstetrics and Gynecology at Washington University in St. Louis. This esteemed recognition marks a significant milestone in her illustrious career, adding a new dimension to her already distinguished role as the inaugural Director of the Center for Women’s Health Engineering. Dr. Oyen's journey to this prestigious position is characterized by her extensive background in materials and biomechanics, which has led her to tackle diverse challenges in tissue mechanics and biomimetic mater...
📣 Newsflash:Oyen Lab Presenting at BMES in Seattle!
events, Healthcare Research, Women's Health

📣 Newsflash:Oyen Lab Presenting at BMES in Seattle!

Date: 4 October 2023 Seattle, WA - The Oyen Lab is gearing up for the Biomedical Engineering Society (BMES) 2023 Annual Meeting, set to take place at the Seattle Convention Center from October 11 to October 14. The lab members have an exciting lineup of presentations and discussions in store. 🔬Dr. Samantha Zambuto will be in the spotlight on October 12, from 12:45 pm to 1:00 pm PDT. She will be presenting her research on "Composite Elastin Nanofiber-Gelatin Methacryloyl Hydrogels for Vaginal Tissue Engineering." Dr. Zambuto will also be presenting her future research goals at the 2023 Meet the Faculty program on October 11, from 3:00 pm to 5:00 pm PDT in Exhibit Hall 2. Her poster number is 89-CM. Don't miss this opportunity to delve into cutting-edge advancements in tissue engi...