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Alyssa Gaiser is a researcher specializing in Radiochemistry, with a focus on the study of relevant radiotherapy isotopes for medical applications. Her work includes a detailed examination of f-block elements and their interactions in the context of energy crisis solutions, particularly regarding spent nuclear fuel. Gaiser’s group centers around radium, which is pivotal for FDA-approved targeted alpha therapy treatments for bone metastasized cancers. They aim to elucidate structural bonding characteristics of radium to inform intelligent chelating designs that facilitate biological targeting. Gaiser has significant experience working with radioactive materials and adheres to strict safety guidelines at Michigan State University to conduct her research safely. Additionally, her research encompasses the synthesis and characterization of radium complexes and optimizing the isolation of promethium-147, an isotope with promising applications in PET imaging and as a nonthermal battery converter. Through her work, she seeks to address gaps in the understanding of lanthanide chemistry and advance the development of commercial solutions using promethium.
Lawrence Berkeley National Laboratory • Berkeley, CA
Conducted research in Radiochemistry focusing on the chemistry of radioactive isotopes and their applications in medical and industrial fields.
Department of Psychology