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Single-celled organisms have managed to make a home almost everywhere, including inside many animals' guts and in nearly all of the world's environments, from hot, geothermal vents to the cold ...

The deep sea is filled with creatures adapted to intense environments, and new research describes how biofluorescent snailfish near Greenland use antifreeze proteins to keep themselves alive in frigid ...

Antifreeze proteins (AFPs) constitute a diverse class of biomolecules evolved by cold‐adapted organisms to survive subzero environments. By adsorbing to nascent ice crystals, AFPs induce thermal ...

With an exciting breakthrough and an ERC Proof of Concept grant in the pocket, Full Professor Ilja Voets reports promising progress in her research on antifreeze proteins. Pioneering the use of the ...

For 50 years, scientists have known that some Arctic and Antarctic fish survive the ultracold depths by producing “antifreeze” proteins in their bodies to protect against the subzero temperatures. Now ...

Insects show a remarkable ability to adapt to a huge range of temperatures. This is even more impressive when you remember that they are cold-blooded and therefore at the mercy of external ...

Antifreeze proteins produced in some fish have hooked the attention of industry. But chemists are still casting inquiries into how these proteins act to prevent some species of flounder, cod, and ...

Snow flies lack wings and can be seen roaming over snow and ice at temperatures of zero degrees Celsius to negative 6 degrees ...

More than 400 million years ago, an insect-like animal called the springtail developed a small protein that prevents its cells from freezing. The globe was hot and humid. The sea was teeming with life ...

The variegated snailfish produces soaring levels of antifreeze proteins, which help the species avoid freezing to death in Greenland’s icy waters. David Gruber and John Sparks at the American Museum ...