Valery Patsekin

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About

Valery Patsekin is a researcher specializing in high-throughput screening technologies, biosensing instrumentation, and single-cell analytical systems. His work sits at the intersection of optical engineering, microbiology, and pharmaceutical research, focusing on developing automated platforms that accelerate drug discovery and microbial analysis. Among his most recognized contributions is the development of an automated single-cell-multiple functional response system for high-throughput secondary drug screening, published in 2013 and cited 15 times. This innovative platform combined semiautomated sample preparation with high-speed collection and rapid analytical tools capable of processing 384-well compound dilutions instantaneously, significantly streamlining the drug screening pipeline. Patsekin also made notable advances in microbial detection, developing a high-throughput screening instrument that utilizes elastic light scatter (ELS) patterns to analyze bacterial colonies directly. Published in 2012 and cited 12 times, this system integrated forward scatterometry, robotic plate transport, and automated incubation to enable rapid combinatorial microbial studies without traditional culture bottlenecks. Together, these contributions reflect Patsekin's commitment to building practical, high-speed instrumentation that bridges laboratory science and real-world applications in drug discovery and infectious disease research — tools of growing relevance in an era demanding faster, more scalable biological screening solutions.