Marilene Pavan

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About

Marilene Pavan is a synthetic biology researcher whose work sits at the intersection of laboratory automation, DNA assembly, and biological engineering. Her research focuses on developing and standardizing robotic and automated platforms to advance the construction of novel genetic systems, addressing one of the field's most pressing practical challenges: scaling up DNA assembly without sacrificing precision or reproducibility. Pavan's most influential contribution, "Standardizing Automated DNA Assembly: Best Practices, Metrics, and Protocols Using Robots" (2019), has accumulated 57 citations and established foundational guidelines for implementing automated liquid-handling systems in high-throughput DNA construction workflows. This work is particularly valuable for laboratories seeking to explore larger genetic design spaces efficiently. Complementing this, her 2017 paper on robotic liquid handling assembly of modular DNA devices demonstrated early, hands-on solutions for automating combinatorial device assembly — a critical bottleneck in synthetic biology research — garnering additional recognition from the community. Pavan's contributions are especially meaningful to students and researchers looking to modernize their molecular biology workflows. By championing rigorous automation standards, she has helped democratize access to scalable DNA assembly, enabling faster design-build-test cycles that are central to the future of synthetic biology.