
I am PhD-level computational biologist and bioinformatician specializing in molecular evolution, single‑cell genomics, and neural/stem cell biology. She has extensive experience developing and applying advanced bioinformatics pipelines (single-cell RNA‑seq, gene regulatory networks, evolutionary analysis) to study Schwann cells, neural stem cells, and conserved genes across species. Her background spans pharmaceutical sciences, bioinformatics, and molecular biology, with strong programming skills, multiple peer‑reviewed publications, international teaching experience, and significant leadership in graduate governance, science communication, and community service.
Research Experience:
University of Calgary 08/2019 – current
Title: Characterization of human skin- and nerve- derived Schwann cells using Single-cell RNA-
sequencing
• The goal of the project is to study if skin- and nerve- derived Schwann cells are
transcriptomically equivalent.
• Performed data quality control and downstream analysis for differential gene expression
as well as gene regulatory network (GRN) analysis using Seurat and SCENIC pipeline.
University of Calgary 08/2019 – current
Title: What drives the adoption of ependymal cells versus neural stem/progenitor cells from radial
glial cells?• The goal of the project is identifying the genes and transcription factors that drive fate of
radial glial cells into ependymal cells.
• Utilized five datasets from different time points and downstream analysis for differential
gene expression as well as gene regulatory network (GRN) analysis using Seurat,
Monocle, velocyto and SCENIC pipelines.