Used experimental data to help predict how changing material properties could affect cellular responses in yeast.
Presented research, “Matching Yeast Polarity with Semiconductor Polarity and Interfacial Properties: A Route to Decode Electro-Genetic Information, “in the August 2018 at Colorado School of Mines in Golden, CO.
I worked with a startup that uses data to expedite materials science research, Citrine Informatics, and the Ivanisevic research group at North Carolina State University.
I extracted and organized data from literature that measured how accumulation of reactive oxygen species (ROS) causes cell death and triggers genetic changes in yeast. The data was stored and retrieved using SQLite and uploaded to Citrine’s materials analytics platform.