The sticky feet of the White’s tree frog (Litoria caerulea) provides it with an incredible ability to cling to almost any surface at any angle. But with these extraordinarily sticky toes, how do they prevent them from constantly picking up dirt which would reduce their power of adhesion? Recent research has found tiny hexagonal patterns on the frogs’ feet that channel mucus between them, which acts both to adhere the frog to the surface and then, as the foot is lifted, to carry away any dirt - the feet are entirely self-cleaning. If this could be translated to a man-made material, it could be used in adhesive products such as medical bandages to prevent contamination from occurring.
Ref: Society for Experimental Biology (2011) Tree frogs’ self-cleaning feet could solve a sticky problem. ScienceDaily [link]
Source: Flickr / sillypucci
![The sticky feet of the White’s tree frog (Litoria caerulea) provides it with an incredible ability to cling to almost any surface at any angle. But with these extraordinarily sticky toes, how do they prevent them from constantly picking up dirt which would reduce their power of adhesion? Recent research has found tiny hexagonal patterns on the frogs’ feet that channel mucus between them, which acts both to adhere the frog to the surface and then, as the foot is lifted, to carry away any dirt - the feet are entirely self-cleaning. If this could be translated to a man-made material, it could be used in adhesive products such as medical bandages to prevent contamination from occurring.Ref: Society for Experimental Biology (2011) Tree frogs’ self-cleaning feet could solve a sticky problem. ScienceDaily [link]](http://24.media.tumblr.com/tumblr_lnu17evn741qkrbaho1_400.jpg)