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Rare blue proteins from cold-adapted microbes can serve as prototypes to design molecular on-off switches for cells.
Some even glow blue, a rare and useful trait for medical applications.
Scientists believe they could one day power new brain tech, like light-based hearing aids or next-level neuroscience tools.
Cryorhodopsins act as photosensors letting microbes 'see' UV light - a property unheard of among other cryorhodopins.
They are slowest in their response to light, but slowest among all rhodopsin proteins.
They could be engineered to become more effective for optogenetics, says Kovalev .
Gerrit H. U. Lamm , Egor Marin , Alexey Alekseev , Anna V. Schellbach , Artem Stetsenko , Jose Manuel Haro-Moreno , Gleb Bourenkov , Valentin Borshchevskiy , Marvin Asido , Sylvain Engilberge , Samuel L. Rose , Tobias Moser , Francisco Rodriguez-Valera , Josef Wachtveitl , Albert Guskov , Kirill Kovalev .
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