A. Yu. Rubina
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1
Total Citations
173
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1
About
A. Yu. Rubina is a leading figure in the development of hydrogel-based microarrays for high-throughput biomolecular analysis. Her pioneering work centers on creating robust, three-dimensional hydrogel drop microchips that enable the multiplexed detection of DNA, proteins, and other biomolecules. Her most-cited paper, "Hydrogel drop microchips with immobilized DNA: properties and methods for large-scale production" (2003, 173 citations), established a scalable platform that dramatically improved the sensitivity and reproducibility of microarray assays. By engineering hydrogels that preserve the native conformation of immobilized probes, Rubina’s technology has been instrumental in advancing clinical diagnostics, drug discovery, and genomics. Her contributions have not only yielded a widely adopted tool for molecular biology but have also set the stage for point-of-care applications. With over 170 citations for this seminal work alone, Rubina’s impact is evident in the continued reliance on hydrogel microchips for precise, high-throughput analysis. Her innovative approach to biochip design remains a cornerstone in the field, inspiring new generations of researchers to explore the potential of soft matter in biosensing.
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