3D Paper-Based Analytical Devices

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초록

Three-dimensional (3D) paper-based analytical devices integrate sensing and analytical functions into a unified system. This integration reflects two fundamental aspects of their 3D nature: the paper’s fibrous network structure and the dynamic operational modes of the devices. The paper’s fibrous 3D network provides capillary action, porosity, and durability, enabling fluid movement and the formation of sensing hotspots. Meanwhile, diverse 3D operational modes, such as folding, stacking, rotating, and sliding, facilitate the incorporation of multifunctional modules, simplifying complex analytical procedures for users. The combination of structural and operational features yields a cohesive and efficient 3D paper-based analytical platform. This chapter offers a detailed analysis of the design principles and characteristics of these devices, highlights key research findings, and explores their future potential.

키워드

3D paper-based analytical devices3D printingColorimetryDetection mechanismsElectrochemistryElectrodesFabricationFiber structure modificationFluid controlFluorescenceMicrofluidicsOperational modesOrigamiPreconcentrationRotationSensorsSeparationSERSSlidingμPADs
제목
3D Paper-Based Analytical Devices
저자
Qi, JiChoo, Jaebum
DOI
10.1007/978-3-032-02713-9_20
발행일
2026-04
유형
Book Chapter
저널명
The Handbook of Paper-Based Sensors and Devices: Volume 2: Sensors
페이지
573 ~ 600