An Integrated Platform for the Assessment of Fluorescent Signals in Hydrogel Beads Produced by Droplet Microfluidics
2023 IEEE 23RD INTERNATIONAL CONFERENCE ON NANOTECHNOLOGY, NANO（2023）
Abstract
Biomedical applications using hydrogel beads as incubators are continuously developing. Herein, we present a platform streamlining the production of hydrogel beads, detection of fluorescent signals, and post-analysis, using polyacrylamide (PAA) beads produced by droplet microfluidics as a model. A customized optical detection module is integrated with the data acquisition and analysis modules developed by LabVIEW and Python, respectively. The platform is evaluated by a series of characterizations. We expect to promote this platform for the quantitative assessment of biochemical reactions occurring in the PAA-based incubators.
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Key words
analysis modules,biochemical reactions,biomedical applications,customized optical detection module,data acquisition,droplet microfluidics,fluorescent signals,hydrogel beads,LabVIEW,PAA-based incubators,polyacrylamide beads,Python,quantitative assessment
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