The Team

As part of the proteomics-guided precision oncology team, I interpret and distill our data into reports, presenting them to our clinical colleagues. I also focus on Research Communications and Engagement, from scientific writing to using creative methods to open dialogues with patients and families. Outside the lab, I love poetry and photography, and design wellbeing resources for my family’s mental health charity.

I specialize in computational bioinformatics, developing advanced statistical and machine learning methods to analyze complex proteomics datasets. My current research focuses on harmonizing diverse datasets to create comprehensive proteome-level reference databases, similar to existing genomic and transcriptomic resources. Outside the lab, I’m an avid enthusiast of comics, fantasy and sci-fi media, and I enjoy both playing and developing various tabletop and video games, with a particular focus on story-driven RPGs.

As a bioinformatician, I make sense of proteomics data – turning raw numbers into clear patterns, insightful plots, and stories that can be shared. Beyond research, I enjoy spending time upside down practicing handstands, exploring trails, and cultivating a small jungle of indoor plants at home.

Coming from a cancer histopathology background, my work aims to integrate spatial biology and proteomics to identify clinically meaningful signatures in neuroblastoma (the most common extracranial childhood tumor) that may help refine prognostication, better understand disease progression, and inform precision oncology strategies. When I’m not in the lab, I enjoy playing piano and my guitar and biking around Vancouver with my husband.

I work on integrating microfluidic tools with mass spectrometric techniques to spatially probe microscale regions of cell monolayers and tissues, and analyze their proteomic profiles. The aim is to gain a comprehensive understanding of heterogeneous cell populations within the tumour microenvironment, which can ultimately inform better treatment strategies for these pathologies. Apart from work, I enjoy singing, storytelling, practicing yoga, hiking, travelling, and playing table tennis and board games.

I oversee the research operations of the laboratory, with responsibilities that include grant and budget management, human resources coordination, and administrative support. I work closely with the Principal Investigator and research team to ensure the efficient execution of research projects. Outside of the lab, I enjoy travelling, running, and reading.

I specialize in laser capture microdissection (LCM) and proteomics, techniques I use to uncover the molecular signatures of cancer. My work is integral to the field of precision oncology, as I use advanced methods to isolate specific cell populations from tissue samples. This enables detailed proteomic analysis, providing critical insights into the unique protein profiles of tumours. The data I generate directly supports the development of personalized treatment strategies. I enjoy collaborating with other scientists to advance our collective research, and in my free time, I find balance and clarity on the open road—a passionate cyclist, rain or shine.

As the mass spec technician of the lab, my role involves day-to-day operation and maintenance of our mass spectrometer instruments, in addition to supporting various other activities of the lab and its members. I am also focused on developing new targeted proteomics methods, using parallel reaction monitoring (PRM), to quantitatively assess relevant players of key signalling pathways in pediatric cancers. When I am not in the lab, I enjoy composing floral arrangements and catching a play at the theatre.

My research focuses on the application of chemical tools to study post-translational modifications, with a particular focus on proteolysis in pediatric malignancies. I’m also interested in new separation techniques that can be coupled with mass spectrometry to analyze protein-protein interactions. Outside the lab, I enjoy playing board games, watching horror movies, and taking long walks with my dog.

My research focuses on uncovering the heterogeneity of pediatric B-cell acute lymphoblastic leukemia in an effort to predict or prevent relapse. Outside the lab, I enjoy water sports, reading sad novels, and solving puzzles.

My research focuses on investigating how early-life infections can impact B-cell acute lymphoblastic leukemia (B-ALL) progression and how we can utilize these immune responses to induce anti-leukemic activity. I aim to utilize both in vivo and in vitro models to generate key insights for B-ALL prevention and explore a potential new clinical application of immune system modulation in treating children with B-ALL. Outside the lab, I enjoy crochet, baking and reading fiction.