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Skip to Search Results- 5Biomaterials
- 1Benzoxaborolate
- 1Diabetes
- 1Dynamic molecular interactions
- 1Elastin-Like Polypeptides
- 1Human Plasma
- 1Hall, Dennis, G. (Department of Chemistry)
- 1Hongbo Zeng (Department of Chemical and Materials Engineering)
- 1Korbutt, Gregory S. (Surgery)
- 1Ravin Narain (Department of Chemical and Materials Engineering)
- 1Unsworth, Larry D (Chemical and Materials Engineering)
- 1Unsworth, Larry D (Chemical and Materials Engineering, Biomedical Engineering)
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Fall 2019
A novel nopoldiol-benzoxaborolate cross-link formed by a bioorthogonal click reaction between nopoldiol- and benzoxaborole-based components was developed for the preparation of biomaterials such as hydrogels and nanogels. In contrast to the traditional boronic ester-based cross-links, this...
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Fall 2022
Inflammation is a symphony of immune responses orchestrated by the different cells of immune system. The effect is soothing when the triggered immune response is healing against pathological invasions, tissue injuries, or an ailment. However, it becomes unpleasant when the immune response...
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Functional Self-healing Hydrogels Based on Dynamic Molecular Interactions for Biomedical Applications
DownloadFall 2021
Self-healing hydrogels can autonomously heal from damage to preserve their integrity and functionalities which hold great promises in a wide range of applications. Different types of dynamic molecular interactions have been explored to develop self-healing hydrogels. Nevertheless, it remains...
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Human Plasma Adsorption to Biomaterials: Fundamental Level Chemical Modifications and Their Effects on Biocompatibility
DownloadFall 2017
The non-specific adsorption of proteins to biomaterials is a process that begins instantly upon implantation and results in the formation of a protein-rich layer coating the biomaterial surface. The consequences of this complex phenomenon are far-reaching and may affect both the biomaterial...
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Fall 2015
The development of the Edmonton protocol was an important milestone in the process of establishing islet transplantation as a cure for diabetes. However, many challenges must still be overcome, including the shortage of donor organs. To address this issue, we believe that neonatal porcine islets...