Date of Graduation
Doctor of Philosophy in Cell & Molecular Biology (PhD)
Second Committee Member
Third Committee Member
Fourth Committee Member
Drug Delivery, Encapsulation, Metal-organic Framework
Metal-organic frameworks or MOFs are an extremely useful tool in many areas of applications. Their popularity in recent years has arisen from their high efficiency in catalytic chemical reactions. This is made possible due to their porous interior and the ability of the MOFs components to be functionalized. These same traits make MOFs excellent for use in protein encapsulation or immobilization and have the potential to become excellent drug carriers. Their development in this utilization has been limited dramatically compared to MOFs chemical applications. This is due in part to the nature of biological processes taking longer to study, but it is also in part due to a lack of understanding in how biological materials interact with these nanoparticles. In order for the development of biological applications with MOFs to continue, these interactions must be further understood through research. In this compilation of our work, we seek to push the boundaries of conventional understanding in our field by studying the interaction between MOFs and biological materials such as proteins and drugs. In doing so, we report our findings and show that protein loading can possibly be improved, enzyme reactions can be improved outside of normal conditions, cell signaling proteins can be delivered successfully to cells and illicit a cellular response, and MOF particles can be effectively used as a delivery device to provide sustained and controlled release of both guest particles and drugs conjugated to the exterior of the MOF particle.
Phipps, J. (2022). A study on Interactions Between Metal-organic Frameworks and Biological Materials. Graduate Theses and Dissertations Retrieved from https://scholarworks.uark.edu/etd/4748