RESEARCH INTERESTS

Gillie is fascinated by the prospect of using bioengineering as a platform for translating groundbreaking discoveries from biology and engineering into novel medical solutions. She aspires to develop biomaterial therapies for drug and cell delivery. She hopes to use these therapies to improve the quality of healthcare around the world by decreasing the number and frequency of doses needed, increasing the stability of drugs for easier and more energy efficient storage, and simplifying therapeutic regimens. 

 

EDUCATION

PhD, BioengineeringStanford University - Expected 2020

BS, BioengineeringUC San Diego - June 2015

 

HONORS, AWARDS, and SCHOLARSHIPS

Graduate Research Fellowship, National Science Foundation, 2016-2019
Clark BioE Fellowship, Stanford University, 2015-2016 (A merit-based fellowship program)
Award for Excellence in Leadership and Service, Department of Bioengineering, UCSD, 2015
C. William Hall Scholarship, Society for Biomaterials, 2014
Gordon ScholarshipUCSD, 2013-2015 (Engineering leadership program for aspiring technical leaders)
Regents ScholarshipUniversity of California, 2011-2015 (The most prestigious academic scholarship awarded in the UC system)

 

RESEARCH EXPERIENCE

Sanford Consortium for Regenerative Medicine, UCSD, Apr 2012 - Aug 2015
Research Advisor: Prof. Karen Christman
          Gillie worked to create a decellularized skeletal muscle matrix hydrogel (SkECM) that, in conjunction with fibroblasts, could provide exogenous myoblasts with the necessary cues to improve their survival after cell delivery into ischemic tissue. Results indicate that the SkECM coupled with fibroblasts has the potential to create a suitable microenvironment for in vivo myoblast delivery for an improved peripheral artery disease therapy. 

Department of Bioengineering, UCSD, May 2014 - Jun 2015
Research Advisor: Prof. Shyni Varghese
          With a team of five other bioengineering undergraduates, Gillie worked towards creating an in vitro model of a human lung that could be used for drug testing. This project was part of a larger goal to design a "human on a chip".

Amgen Scholars Program, UC Berkeley, Jun 2014 - Aug 2014
Research Advisor: Prof. Niren Murthy
          Gillie worked on a project to increase the precision of the CRISPR-Cas9 genome editing tool by reducing nonspecific cleavage. She investigated the use of a competitive inhibitor to prevent the off-target sites from binding to the Cas9-sgRNA complex while still ensuring efficient target-site cleavage.

 

ABOUT

Gillie grew up in the bay area, surrounded by redwood forests, beautiful beaches, and a growing tech industry. She left briefly to complete her BS  in Bioengineering at UC San Diego, but came right back to pursue her PhD in Bioengineering at Stanford University. When she isn't in the lab, you will find her looking for new restaurants to try out, planning a camping trip to a local national park, or attempting a new art project from pinterest.