Spiders weave their webs after long attempts to catch their prey. After they achieve their goals, they obtain their nutrients from these networks.

However How do they manage not to get stuck?

Like tear-producing glands in humans, spiders have silk-producing glands at the tip of their abdomen.

This part where silk is produced is called the knitting needle. Spiders use this silk; to capture or neutralize their prey, protect their young, or escape from their enemies It can produce networks for various purposes, such as.

A spider also has several glands that produce silk. Ampulla, aggregate, pyriform and tubiliform are some of them. The aggregation gland produces liquid silk, which makes the spider’s web sticky.

This liquid silk is also found in a certain part of the spider web. The other parts of the network are It is made of non-sticky silk. Sticky webs are used by web-weaving spiders to catch spiders, flies, and other insects.

Unlike their prey, spiders’ legs do not make full contact with the web.

These creatures move very nimbly across the surface of their web, allowing them to soak in the sticky fluid. Only the feathers at the ends of their legs touch each other. In addition, the legs of spiders consist of dense and irregular bristle-like hairs called setae.

The irregularity of these hairs ensures that even when the spider’s leg touches the sticky liquid, each droplet comes into contact with a different bristles. This situation, It prevents the droplets from coming together and forming a bond.

Therefore The sticky liquid cannot touch these hairs and slides off the hairs. In addition, spiders clean themselves quite diligently to avoid mess.

This cleaning removes any bits of silk and other dirt that could get caught in their nets. Refers to the routine cleaning of their legsIn summary, these creatures perform superiorly in avoiding falling into the hole they have, as it were, created.

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