The number of times I have walked into a spider web is pretty comical. At first, I saw them as a nuisance during my forest ...

Matthew Dean, Sales Engineer and Head of the Medical Business Unit at maxon, explores how Newrotex and maxon are developing an innovative approach to overcome the common challenges of traditional ...

The complex molecular structure of spider silk has been successfully copied as scientists spin silk from an artificial gland that mimics nature’s process of producing one of the world’s ...

They stuck itsy bitsy electrodes into the silk gland, and found the pH drops from 7.6 to 5.7 halfway into the gland (as far as the electrodes would go). This is a bigger gradient than anyone expected.

To illustrate, the different types of silk with the gland that produces it in the female orb-weaving spider are: Major Ampullate Silk Gland: structural and dragline silk.

Spider silks all start out the same: a wad of goo, akin to rubber cement or thick honey, as Hayashi describes it. Spiders make and stash it in a gland until they want to use the silk.

For hundreds of millions of years, before the evolution of webs, and even before there were flies to catch in them, spiders used their silk glands for shelter. “Spider silk is incredibly strong ...

But looking at gene expression revealed that each silk gland produced spidroins for more than one type of silk, ... Much like spider silk, spider venom is a complicated mixture of proteins.

Feather-legged lace weaver spider kills prey using toxic regurgitated s Regurgitated poison-coated silk replaces traditional ...

Using microfluidics to “spin” silk. Rather than trying to create artificial silk from scratch, Numata and his team decided to take a new approach and design a device that could mimic the biological ...

The abdomen contains much of a spider’s web-making machinery, including the spinnerets and silk glands. Spinnerets are specialized organs that produce silk, enabling spiders to build webs.