Lisa F. Horowitz

Papers

Total Citations

314

H-Index

About

Lisa F. Horowitz is a pioneer in the democratization of microfluidics and lab-on-a-chip technologies, with a core focus on making sophisticated biological and chemical automation accessible and affordable. Her most influential contribution, the 2015 paper “3D-printed microfluidic automation” (308 citations), revolutionized the field by demonstrating that complex microfluidic operations—including routing, dispensing, and mixing—could be achieved using low-cost, 3D-printed components. This work eliminated the need for expensive cleanroom fabrication and specialized operator expertise, opening microfluidics to a broader scientific community. More recently, Horowitz has applied these principles to biomedical challenges, as seen in her 2025 paper “Low-cost robotic manipulation of live microtissues for cancer drug testing” (6 citations). This work tackles the critical shortage of human biopsy samples by combining microscale tissue and fluid handling to create miniaturized, personalized drug testing platforms. Her research bridges engineering and medicine, offering scalable solutions for disease modeling and therapeutic development. Horowitz’s impact lies in her ability to translate complex microsystems into practical, low-cost tools, empowering researchers worldwide to conduct high-precision experiments without traditional barriers.