Geckos have amazingly sticky feet. Their stickability comes from billions of dry microscopic hairs that coat the soles of their feet. However, when humidity increases, gecko feet stick even tighter to ...

Geckos are known for being expert climbers, able to stick to any surface thanks to tiny hair-like structures on the bottoms of their feet. Along with colleagues in Oregon, Denmark, and Germany, ...

Chinese scientists' latest findings in ancient seabed community illustrate a biological mechanism capable of shaping community structure, operating beyond passive environmental constraints or initial ...

Scientists already understood the mechanics of gecko adhesion. Now they have a clearer picture of the molecular structures that give the animal its grip Geckos are famous for having grippy feet that ...

Here in Florida, the land of many a reptile, it's not so unusual to find a gecko in your bathtub. “What makes gecko feet stick are tiny hairlike structures on their toe pads called setae,” Robert ...

Why can beetles such as the ladybird beetle Coccinella septempunctata walk vertically or upside-down on a smooth glass plane? Intermolecular and/or capillary forces mediated by a secretion fluid on ...

Hairy adhesive systems of microscopic setae with triangular flattened tips have evolved convergently in spiders, insects and arboreal lizards. The ventral sides of the feet and tails in chameleons are ...

Researchers view, for the first time, the protein and lipid molecules on the surface of the microscopic structures that give geckos their grip. The new images, created using a synchrotron microscope ...

Geckos are famous for having grippy feet that allow them to scale vertical surfaces with ease. They get this seeming superpower from millions of microscopic, hairlike structures on their toes. Now, ...