Kerry J. Gilmore

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About

Kerry J. Gilmore is a pioneering researcher at the intersection of analytical chemistry, bioengineering, and materials science. Their work is defined by two key areas: single-cell analysis and advanced hydrogel design. Gilmore’s most significant contribution is the development of a groundbreaking method for direct lipid profiling of single cells, published in 2012. By combining inkjet-printed cell microarrays with robot-controlled liquid microextraction and chip-based nanoelectrospray ionization, they enabled the precise, high-throughput chemical interrogation of individual living cells—a technique that has garnered 60 citations and opened new avenues in cellular biology and diagnostics. In parallel, Gilmore has advanced the field of soft materials through their study of ionic-covalent entanglement (ICE) hydrogels, particularly their degradation behavior in physiological environments. This work, cited 18 times, is critical for applications in tissue engineering and soft robotics, where controlled material breakdown is essential. Gilmore’s ability to bridge cutting-edge analytical tools with practical biomaterial challenges marks them as a versatile innovator, whose research continues to inspire students and researchers aiming to probe life at the single-cell level while engineering the next generation of responsive materials.