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Second Faculty Mentor
Second Student Contributor
Carbon nanomaterial has become of great interest in the biomedical field with graphene emerging as a new form of drug delivery. Graphene is both water soluble and biocompatible, enabling it to work with living tissue. However, the graphene must first be modified to synthesize nanoscale graphene oxide(NGO) by biocompatible polyethylene glycol(PEG) to produce NGO-PEG, a stable, water-soluble recipient to the antibiotic. It has been determined that NGO-PEG is effective in cancer drug delivery, indicating plausible success in biological applications. The objective of this research is to use graphene oxide to deliver the antibiotic tetracycline into antibiotic-resistant Escherichia coli colonies to prevent proliferation. The ability of the NGO-PEG TET to prevent proliferation of the resistant strain bacteria is tested by applying a series of incubations and using spectrophotometry. We can confirm the success of the synthesis of NGO-PEG with tetracycline by absorbances and have seen inhibition in both the non-resistant and resistant strain.
Lee, Amy G., "Using PEG-Modified Graphene Oxide to Deliver Tetracycline in Escherichia coli" (2017). Chemistry Summer Fellows. 12.
Available to Ursinus community only.
Presented during the 19th Annual Summer Fellows Symposium, July 21, 2017 at Ursinus College.
Supported by a Howard Hughes Medical Institute (HHMI) grant.