A team of scientists has made a remarkable breakthrough in cellular biology - they’ve discovered a way to reversibly deform a cell membrane. This breakthrough could lead to applications in biotechnology, such as drug delivery and tissue engineering. The team, led by Dr. Melissa Smith of the University of California, Berkeley, used a small molecule to induce the deformation in the cell membrane. This molecule causes the membrane to expand and contract, allowing the researchers to control the shape of the cell membrane. The team hopes that this research could lead to more efficient ways to target drugs to specific sites within the body and to create more complex tissue structures. This could open up a world of possibilities in biotechnology.

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source: Phys.org