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.

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.

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.

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.

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.

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.

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.