Rebekah Adams

Papers

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About

Rebekah Adams is an emerging researcher at the intersection of additive manufacturing and biomedical engineering, with a primary focus on developing biohybrid actuators using accessible, low-cost 3D printing technologies. Her most-cited work, "Biocompatibility of Asiga Dental Resins Using a Low-Cost Printer for Biohybrid Actuator Applications" (2024), has already garnered 2 citations—a notable early impact for a recent publication. In this study, Adams systematically evaluates the cytocompatibility of commercially available dental resins when processed through affordable desktop printers, demonstrating that these materials can support cell viability and function for soft robotic and tissue-engineering applications. Her contributions address a critical gap in the field: the need for validated, cost-effective fabrication methods that enable broader access to biohybrid actuator research. By bridging material science, 3D printing, and cellular biology, Adams provides a practical pathway for labs with limited resources to explore responsive, living-material systems. Her work is particularly relevant for students and early-career researchers seeking to enter the biofabrication space without prohibitive equipment costs. As her citation trajectory suggests, Adams is poised to become a key voice in democratizing biohybrid device production.