Papers
1
Total Citations
32
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About
Paul Upton is a leading figure in biobanking and biospecimen science, best known for his pioneering work in optimizing large-scale biological sample collection and processing. His most cited paper, "Large scale biobanking of blood — The importance of high density sample processing procedures" (2012, 32 citations), addresses a critical bottleneck in biomedical research: the need for efficient, high-throughput methods to handle thousands of blood samples while maintaining quality and integrity. Upton’s contributions have directly shaped modern biobanking protocols, enabling large cohort studies and genomic research to proceed with greater reliability. His work emphasizes the logistical and technical challenges of high-density sample processing, from automated liquid handling to temperature control, ensuring that precious biospecimens yield reproducible data. Beyond this landmark paper, Upton has influenced best practices in biobank management, helping to standardize procedures across institutions. His research has had a lasting impact on translational medicine, epidemiology, and personalized healthcare, making him a key resource for students and researchers seeking to understand the foundational infrastructure behind large-scale population studies.
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