The Myers lab presented two posters at this years SGI meeting in Orlando Florida. Both posters presented our investigation into the correlation between cervical mechanical strength and collagen crosslink density during cervical remodeling. Here, Kyoko explains her methodology to determine the swelling characteristics of the cervix during pregnancy.
Author Archives: kristinmyerscolumbia
Experimental Permeability Measurements – Manuscript Online
Our manuscript detailing the direct measurment of hydraulic permeaility of human cervix tissue is now online at the ASME Journal of Biomechanical Engineering website. See details below:
J. Biomech. Eng. 135, 21023 (2013)
Eli Presents Poster at SURF Symposium
Eli and Kyoko developed new methods to mechanically test uterine tissue to understand its function during pregnancy. Congratulations to Eli for an excellent research poster at this year’s Columbia University Summer Undergraduate Research Fellowship (SURF) poster session at the Low Library.
Welcome Ash!
Our lab would like to welcome a new PhD student to Columbia and the Department of Mechanical Engineering – Ashutosh Giri. Ash comes to us from the University of Pittsburgh and Adelphi University. This semester he will be TAing the Introduction to Mechanical Engineering Course with Prof. Myers.
Filed under People
Google Scholar Profile
Please see our Publications page for links to open access PDFs of a majority of our articles. Also please check out our new Google Scholar profile for a comprehensive list of articles and conference proceedings.
New Data on Preterm Birth Rates Around the World
A new study by the World Health Organization released this month reports that preterm birth rates are on the rise around the world. The causes of these premature births and the reasons for their rate increase are multifactorial and location specific. In the US, despite advances in prenatal care, the preterm birth rate is among the highest at 12%, with over half a million babies born premature each year. This study highlights the need to further understand pregnancy and the mechanisms that keep the mother and baby healthy.
Click on the links for a copy of the report from the WHO and an interactive map on the March of Dimes website.
[World Health Organization – Born Too Soon: The Global Action Report on Preterm Birth]
[March of Dimes – Interactive Map of Preterm Birth Rates]
[New York Times – U.S. Lags in Global Measures of Preterm Birth]
Filed under In the News
Collaborative Cervix Research Group Research Capsule
The work of our collaborators in the Kitajewski lab at the Columbia University Medical Center were featured in a news brief for their groundbreaking work on the Anthrax Toxin Receptor 2 (ANTXR2) protein. Their work explores the importance of cervical extracellular matrix maintenance for a healthy labor and birth.
Filed under Articles, In the News, People, Science
A new study reveals mechanics play a key role in pregnancy
The New York Times reports the success of a cervical pessary study in The Lancet today. The study claims the pessary device was successful at preventing preterm labor in a cohort of women at high-risk for preterm birth, identified by a ‘short’ cervical length in an ultrasound screening. It is still unclear how the pessary is able to maintain the cervix from dialating prematurely, but the results of this clinical trial are promising and provide evidence that the biomechanical properties of the pelvic region play a role in the progression of labor and cervical dilation.
[NYTimes]
[The Lancet]
Filed under In the News
The Rodriguez Family Junior Faculty Development Award
Professor Myers will be given the Rodriguez Family Junior Faculty Development Award at the School of Engineering and Applied Sciences (SEAS) Class Day on May 14, 2012. This award was founded by SEAS alumni Ana Rodriguez (SEAS’86, ’88) and her brother, Marcos (SEAS’83), to support and recognize the achievements of under-represented junior faculty.
Robots as a Research Tool – Oyen Lab Cambridge
Watch our collaborator Dr. Michelle Oyen from the Engineering Department at Cambridge University use the Lego Mindstorm in a clever way to execute her biomechanics research!
Filed under In the News, People, Science