Masters Applied Projects
Masters Applied Projects
Project 13
Project 13
Investigation of a Polyether Urethane-Based Polymer for Promoting Tissue Healing
Student: Michelle Loui
Mentors: Dr. Brent Vernon – SBHSE
Dr. Sarah Stabenfeldt – SBHSE
Dr. Amrita Pal – SBHSE
YouTube Link: View the video link below before joining the zoom meeting
Zoom link: https://asu.zoom.us/j/8676240737
Time: 10am – noon
Abstract
There is an increasing interest in utilizing engineering methods to develop polymers for treating tissue injuries and defects. In this applied project, the potential for a polyether urethane-based polymer to promote healing in tissue was investigated. Diols and diisocyanates were used in the reactions. Different synthesis time periods, combinations of monomers, and synthesis temperatures were evaluated. In total, 26 distinct batches of polymer were synthesized, purified, dried, and characterized using nuclear magnetic resonance, swelling-capacity studies, and degradation studies. In the future, more polymers will be synthesized and characterized to help establish a better understanding of their behaviors and potential applicability in treating various types of tissue injuries. Additionally, more degradation studies will be done.