A recent Wall Street Journal Article (published: Tuesday, July 16th, 2013) discusses the possible detrimental effects of long-term bed rest during pregnancy. Often bed rest is prescribed to prevent preterm birth due to premature cervical dilation (aka cervical insufficiency). However, since not much is known about the mechanics of cervical remodeling and dilation, the efficacy of bed rest to prevent preterm birth is unknown.
Congratulations to Kyoko for winning first place at this year’s ASME Summer Bioengineering Conference PhD student competition in Sunriver, Oregon. The title of her presentation was, “Cervical Collagen Network Remodeling in Normal and Disrupted Parturition Mouse Models “.
Congratulations to Dr. Myers and Taylor Chaintreuil for receiving awards at the Commencement ceremony this past Monday. Dr. Myers received the Edward and Carole Kim Award for Faculty Involvement. This award is given to an exemplary faculty member who is not only an outstanding teacher but also displays a special, personal commitment to students. Taylor, who just recently graduated from the school of engineering, received the George Vincent Wendell Memorial Medal. This award is given to a student, chosen by their class and the faculty of the Columbia Engineering school, who best reflects the ideals of character, scholarship, and service. Congratulations to them both and good luck to Taylor at her new job at Boeing!
Our paper entitled “Interstitial growth and remodeling of biological tissues: Tissue composition as state variables” reviews the latest literature of cervical tissue remodeling during pregnancy and details a constitutive remodeling framework for evoling tissue properties based on the evolution of the tissue’s microstructure. This paper was co-authored by Gerard Ateshian and is available online.
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.
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:
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.
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