Radiopharmaceutical technical specialist advancing research in biochemistry and radiopharmacy
Projects
Heated mannequin head with a replaceable hair covering, simulates the thermal properties of a human head and hair for realistic training in chemical hairstyling processes. This system is designed as a cosmetology training tool to provide a realistic simulation for hairstylists to perform hair processing or other chemical operations. This patent was inspired by the lack of realistic training mannequins currently available in cosmetology training. This invention won 2nd place in Roanoke College's 2017 "The Pitch" competition.
Pre-Approval Inspection and launch of Precision Nuclear of Carilion PET manufacturing facility for 13-N ammonia production- This facility underwent an audit in March 2022 with the FDA, Virginia Dept. of Health, and the Nuclear Regulatory Commission. Managed the facility in strict FDA compliance and prepared the site for auditing, which was ultimately successful. The site produced the first patient dose on 13 July 2022.
Formal Research Presentation
Roanoke College
DNA Quantification with Fluorescence in a LEGO Spectrometer- This research project focused on principles of fluorescence, development of standard curves, and experience with serial dilution by using fluorescence spectroscopy to quantify DNA concentration using a simple LEGO fluorimeter. The goal of this project was to create a lab procedure for undergraduate biochemistry students to reinforce learning in these areas.
Trained 8 sites on technical operation and troubleshooting of the novel P3-MT100 Synthesis Unit and GMP drug production procedure for MedTrace's RAPID-WATER-FLOW Phase III Clinical Trial. This included time-sensitive operational precision due to the short half-life of [15-O]-water produced. This role involved a strong familiarization of cyclotron and synthesis unit equipment and a deep understanding of a detailed GMP technical procedure.
Investigations of Amino Acids in the 5-Formyltetrahydrofolate Binding Site of 5,10-Methenyltetrahydrofolate Synthetase from Mycoplasma pneumonia- This research focused determining the optimal amino acid binding sites within an enzyme to accelerate folate processing. This research on this enzyme is key in studies of chemotherapy, as the enzyme has been implicated in resistance to antifolate antibiotics.