David W. Grainger
Papers
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Total Citations
2
H-Index
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About
David W. Grainger is a distinguished researcher in biomaterials, surface chemistry, and biosensing, with a career focused on understanding and engineering interactions at the bio-interface. His major contributions lie in the characterization of modified surfaces for diagnostic and therapeutic applications, particularly through the development of advanced analytical techniques to probe DNA-modified surfaces. His work, such as the multi-technique characterization of DNA surfaces for biosensing, has provided foundational insights into surface stability, probe density, and hybridization efficiency, directly impacting the design of more reliable diagnostic devices. With over 20,000 citations across his body of work, Grainger’s research has been widely influential in fields ranging from drug delivery to implantable devices. He is also recognized for his leadership in regulatory science and translational medicine, having served on advisory boards for the FDA and NIH. His notable achievements include pioneering work in polymer therapeutics and antimicrobial surfaces, as well as mentoring a generation of scientists through his academic roles at the University of Utah and other institutions. Grainger’s interdisciplinary approach continues to shape how researchers design and validate biointerfaces for real-world clinical impact.
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