Alexey A. Belogurov

Papers

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About

Alexey A. Belogurov is a leading figure in molecular immunology and protein engineering, whose work bridges the gap between computational chemistry and antibody design. His research focuses on the rational maturation of antibody combining sites, employing innovative robotic QM/MM-driven approaches to enhance the affinity and specificity of immunoglobulins. Belogurov’s major contributions include pioneering methods for in vitro selection of antibodies from large combinatorial libraries, enabling the generation of high-affinity in vivo scavengers for toxins and other therapeutic targets. His seminal 2016 paper on robotic QM/MM-driven maturation, with 21 citations, exemplifies his impact, demonstrating how computational simulations can guide experimental evolution of antibody binding sites. Beyond this, his work has advanced our understanding of autoimmune disorders and the development of next-generation biologics. With a citation record reflecting his influence in both computational and experimental immunology, Belogurov’s achievements include integrating quantum mechanics and molecular mechanics into the antibody engineering pipeline—a feat that has inspired new strategies for designing therapeutic proteins. His research continues to shape how scientists approach the optimization of biomolecular interactions for clinical applications.