Deepika Davuluri recieves Zeits Fellowship

Deepika Davuluri in orange dress — MSU Chemistry graduate student Deepika Davuluri, whose research aims to develop theragnostic tools for cancer treatments by harvesting rare, novel isotopes for nuclear medicine

Deepika Davuluri, a graduate student in the laboratory of Professor Katharina Domnanich, has recieved the College of Natural Science's Alfred J. and Ruth Zeiths Endowed Fellowship. This endowment supports work in nuclear and laser science research, and particularly students whose research interests are targeting cancer.

We asked Deepika to share a bit about how this latest support will drive her research, which leverages MSU's Facility for Rare Isotope Beams and MSU Chemistry's newly completed radiochemistry facilities.

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"Radiochemistry has untapped potential that can serve humanity in every front. At Dr. Domnanich’s lab, we explore the production and separation of radionuclides for medical purposes as the very first steps. Being from an engineering background initially felt quite challenging. However, with Dr. Domnanich’s guidance in taking one step at a time and allowing room for mistakes as part of my learning curve, my confidence was raised, and now I am here.

Domnanich Group posing — The Domnanich Group, which pioneers isotope harvesting science at MSU's FRIB.

This fellowship will enable me to focus on my research project, which aims to develop theragnostic tools for cancer treatments by harvesting rare, novel isotopes for nuclear medicine research, such as platinum-197/189, promethium-149, and calcium-47, at the Facility for Rare Isotope Beams (FRIB).

The fellowship is a jewel in the crown for me. Receiving this brings immense happiness, as it validates my hard work, dedication, and potential. It is a moment of pride and gratitude, affirming that our ideas and ambitions are worthy of support.

The recognition boosts confidence and inspires greater commitment towards serving the community. Special mention to the whole radiochemistry gang, without them, this wouldn't have been possible."