Elizabeth Starks

Canada's Michael Smith Genome Sciences Centre

Papers

Total Citations

H-Index

About

Elizabeth Starks is a researcher whose work sits at the intersection of genomics, laboratory methodology, and quality control in sequencing workflows. Her most recognized contribution, "Sample Tracking Using Unique Sequence Controls" (2019), addresses a critical yet often overlooked challenge in high-throughput sequencing pipelines: ensuring the integrity and traceability of biological samples throughout complex laboratory processes. With 9 citations, this work has gained recognition within the genomics and bioinformatics community for offering a practical, innovative approach to minimizing sample mix-ups and cross-contamination — issues that can have significant consequences in both research and clinical genomic applications. By leveraging unique sequence-based identifiers as internal controls, Starks proposed a methodology that enhances reproducibility and reliability in sequencing studies. Her research appeals to a broad audience, from clinical genomicists managing patient samples to large-scale research consortia requiring rigorous data provenance standards. Starks' focus on methodological rigor reflects a commitment to improving the foundational practices that underpin modern genomic science, making her work particularly valuable for researchers seeking to strengthen the quality and trustworthiness of their sequencing data.