Dimitrios A. Panussis
Papers
1
Total Citations
5
H-Index
1
About
Dimitrios A. Panussis is a pioneer in the automation of molecular biology workflows, with his most recognized work centering on robotic systems for high-throughput genomic processing. His key research area lies at the intersection of computer vision and laboratory instrumentation, where he developed methods to replace manual, error-prone tasks with precise, automated protocols. His seminal 1996 paper, "Automated plaque picking and arraying on a robotic system equipped with a CCD camera and a sampling device using intramedic tubing," introduced a novel approach for identifying M13 bacteriophage plaques using a monochrome CCD camera and a custom sampling mechanism. This work, which has garnered 5 citations, laid foundational groundwork for modern automated colony picking and arraying systems used in large-scale sequencing projects. By integrating industrial vision techniques with simple, cost-effective materials like intramedic tubing, Panussis demonstrated how to significantly increase throughput and reproducibility in DNA library construction. His contributions are particularly notable for their practical engineering ingenuity, bridging the gap between computer science and wet-lab biology. Though his publication record is focused, this single, highly specialized achievement marks him as an early innovator in robotic laboratory automation, a field now critical to genomics and synthetic biology.
Research Focus
Key Achievements
Top Papers
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