3D Spatial Analysis of Cell-Cell Interactions in Tumor-Immune Microenvironments

Apr 9, 2026·
Eunice Lee
Eunice Lee
,
Clarence Yapp
,
Zoltan Maliga
,
Luca Marconato
,
Felix Zhou
,
Tuulia Vallius
,
Alex Wong
,
Peter Sorger
,
Nils Gehlenborg
Corresponding author
,
Eric Mörth
Corresponding author
· 1 min read
Graduation with Distinction
Type
Publication
Bachelor’s Thesis: Graduation with High Distinction. Department of Statistical Science, Duke University
Awards
Graduation with Distinction
Duke University · 2026
publications

Thesis committee

Duke University, Department of Statistical Science

  • Dr. Yue Jiang
  • Dr. Mine Çetinkaya-Rundel
  • Dr. Amy Herring

Harvard Medical School, Department of Biomedical Informatics

  • Dr. Nils Gehlenborg
  • Dr. Eric Mörth
Eunice Lee
Authors
Associate in Biomedical Informatics
@ Harvard Medical School

Hi! I’m a computational scientist transforming multimodal omics data into clinically meaningful insights. My research aims to advance precision oncology by developing frameworks at the intersection of statistical machine learning, spatial biology, and interactive visualization.

As an associate in the HIDIVE Lab, Harvard Medical School Department of Biomedical Informatics, my current work focuses on creating scalable, open-source software that redefine cell-cell interactions in multiplexed 3D microscopy through surface-based modeling of cellular neighborhoods and interaction spaces. I graduated from Duke University with a Bachelor of Science in Statistical Science (Data Science concentration), and minors in Chemistry and Computational Biology & Bioinformatics.

Alongside my research, I am a music producer and multi-instrumentalist with a special passion for musical theater. This pursuit stems from my belief that music, much like medicine, has the power to heal. I am currently writing my next original musical while launching live performance projects based in Boston and NYC. Always open to chat or collaborate!