Athena Guo
Papers
1
Total Citations
83
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1
About
Athena Guo is a pioneering researcher in biointerfacial science, with a focus on developing biomimetic platforms for drug delivery, therapy, and medical imaging. Her work centers on creating high-fidelity, high-throughput screening methods for cell surface interactions, addressing a critical need in cell-specific therapeutics. Her most cited paper, "Fluidic and Air-Stable Supported Lipid Bilayer and Cell-Mimicking Microarrays" (2008, 83 citations), introduced innovative supported lipid bilayer (SLB) arrays that remain stable in air and fluidic environments, overcoming a key limitation of traditional SLBs. This breakthrough enabled reliable, scalable cell-mimicking surfaces for studying membrane interactions, advancing applications in drug screening and diagnostic assays. Guo’s contributions have provided foundational tools for understanding cell surface biology and engineering targeted therapies, with her work cited extensively in fields ranging from nanomedicine to synthetic biology. Her achievements underscore her role in bridging materials science and biomedical engineering, offering students and researchers a powerful platform for exploring cell-mimetic systems.
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