MIT researchers have created a way to detach living cells from surfaces without damaging them. This breakthrough could speed up processes like carbon capture, medical development, and more. The new method uses electrochemically generated bubbles that lift cells away, making it a potentially crucial development in sustainable technology.
Traditional methods for removing cells can be expensive and create waste. In industries like carbon capture, pharmaceuticals, and biofuel production, sticky cells slow progress and cause significant issues.
MIT researchers have developed a high-throughput method that uses tiny rising bubbles to gently sweep cells away from surfaces. Unlike traditional removal methods that rely on enzymes or mechanical scraping, this new approach uses only forces from the bubbles.
The technology has the potential to be used in various industries, including food production and medical implants. The researchers envision their system integrated into algae-based carbon capture photobioreactors or mammalian cell culturing systems.
This breakthrough could lead to a more efficient use of resources, cleaner air, and cooler climates. Accelerated carbon capture and other technologies could help reduce extreme weather events, disease spread, and habitat loss.
The researchers are continuing to refine the process for larger systems. If successful and economically viable, this research could have a significant impact on industries worldwide, making it faster and cleaner to develop new products and technologies.
Source: https://www.thecooldown.com/green-tech/living-cells-detachment-industrial-processes-mit