What are your motivations behind choosing your area of research?
Since circular mRNA is more long-lived than linear mRNA, circular mRNA could drastically improve the efficacy
of mRNA therapeutics. When I joined the Jaffrey lab, a previous student had developed a technology to
genetically encode small circular RNA aptamers. Knowing that circular mRNAs are a promising new mRNA
modality, I wanted to use that previously developed system to create a new method to genetically encode
circular mRNAs. This new method has the potential to unlock new ways to use circular mRNA that require
genetic encoding.
What has been your most rewarding experience at Weill Cornell?
Applying to and receiving two prestigious grants! Grant applications are incredibly stressful, especially when it
is your first time. But, in the process of writing grants, I learned how to come up with exciting ideas and explain
them in a clear and concise manner. Receiving the notification of award is incredibly rewarding because it feels
great to have other people share the same excitement for your ideas.
What are your plans after you graduate?
I am hoping to work at a small biotech company in the field of mRNA therapeutics.