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What makes these chips remarkable is their ability to mimic real organ behavior. The tissues within the chips expand, contract, and respond to the flow of fluids and air, simulating processes such as breathing, blood circulation, and metabolic activity. This dynamic interaction allows researchers to observe organ functions in real-time within a controlled environment, providing invaluable insights.
Widespread Adoption and Variety
Currently, more than 60 companies are manufacturing these organ-on-a-chip systems commercially, reflecting a growing industry and interest in this technology. The range includes chips that model various organs, such as kidneys, lungs, livers, and hearts, offering comprehensive platforms for research and testing.