Make slime without glue or Borax by mixing together various combinations and measures of household ingredients such as flour, cornstarch, shampoo and psyllium fiber powder. The consistency and entertainment value that result depend on the recipe.
To make slime, mix a white glue, such as Elmer's, with water and borax. To customize the slime, you can add food coloring to the mixture to create colorful versions.
There are two basic options for glue-free slime making: corn starch or powdered fiber. All slime recipes include a thickening agent to increase the viscosity of a liquid into a slime texture.
Good recipes for making slime include the borax-based recipe from Steve Spangler Science and liquid starch slime from the Little Bins for Little Hands blog. Many homemade slime recipes call for borax, which may be a safety concern if the slime is for young children. Liquid starch-based recipes, such
According to Microbe World, slime molds live in areas with food, moisture and natural light. However, they are mostly found in forests. Slime molds live as single organisms or in large communities of multiple organisms.
Slime molds move through cytoplasmic streaming where protein-rich material called micro-filaments, provide the means of locomotion and control mechanism that enables these organisms to move in a certain direction. Slime molds have been observed to move at speeds of 0.04 of an inch per hour.
Most commonly found outdoors in garden areas and flower beds, yellow slime mold is a fungus that thrives in mulch and thick grass clippings. Resembling the regurgitated contents of a dog's stomach, the unsavory mold has no plant or animal classification. It is a primitive, single-celled organism.
Slime is sticky, ropey and viscous. An inorganic slime is typically a thin gluey kind of mud with a high water and clay content. Organic slimes are either animal or vegetal in origin.
According to the University of Wisconsin, slime molds reproduce by producing spores. When conditions are right, slime molds create vertical structures that serve to hold and eventually release the spores. Sometimes, these stalks are shaped like lollipops; however, they may be shaped more simply in o
The hagfish uses slime to protect itself from predators, according to Sea and Sky, an informational website about space and marine life. The slime is made of tiny fibers that make it thick and difficult to remove.