Research

Real-time optical monitoring of cell culture in centrifugal microfluidics

Abstract

We present a cellular-resolution (2 Pm) optical microscope that is rotating with a disc-shaped centrifugal microfluidics cell culture platform, inside an incubator. The microscope is powered wirelessly and is composed of a homemade optics and a wireless spy camera. The human cervical cancer cell line was, seeded and cultured on the disc, where their attachment and growth was monitored with the microscope. The microscope can wirelessly transmit microscopic images through the incubator to an external PC, which enables real-time (30 frames per second), continuous (without time limit) and remote (live Internet streaming) monitoring of the cell-based assays.

Info

Conference Paper, 2020

UN SDG Classification
DK Main Research Area

    Science/Technology

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