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Fig. 1 | Journal of Biological Engineering

Fig. 1

From: Microfluidic device for enhancement and analysis of osteoblast differentiation in three-dimensional cell cultures

Fig. 1

Design of the miniaturized, microfluidic, and optically accessible chamber. A Assembly parts with holes for inserts (1–5). Top view of cultivation chamber with cross section of PDMS microwell platform. Microwell platform include (6.) media flow part and (7.) microwell part. The microfluidic inserts are anchored by a ring and four screws (8.). B-D Different PDMS microfluidics inside the culture chamber. E, Real prototype of the miniaturized autonomous chamber with control of temperature and CO2 concentration placed on a microscope table for continual observation. F Detailed image of the mounted microfluidic spheroid platform comprising a microfluidic insert, a silicon heating belt, a pt100 temperature sensor and a CO2 sensor for precise control of the cultivation environment

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