Scientists engineered synthetic cells that accurately keep time using biological clock proteins, offering new insights into how circadian rhythms resist molecular noise. Researchers at UC Merced have successfully created tiny artificial cells capable of keeping time with remarkable precision, closely resembling the natural daily cycles observed in living organisms. This discovery offers new insight into […]



Summary

Scientists have created synthetic cells that mimic natural circadian rhythms. These artificial cells use biological clock proteins to accurately track time, offering a valuable tool to study how living organisms maintain consistent daily cycles despite random molecular fluctuations. Researchers successfully engineered these tiny cells to keep time with precision, closely resembling the rhythms observed in nature. This breakthrough provides a novel platform to understand the robustness of biological clocks and their ability to resist molecular noise.

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