Strength of spider silk rivals steel

Date:

Share post:

Spider silk, an insect-trapping and egg-protecting material, is known for its incredible strength. It is also known for it’s elasticity, making it one of the most versatile substances in the world. According to recent research, spider silk is about five times stronger than steel of the same diameter. Scientists have now discovered why. It turns out that the way spider silk molecules self-assemble at the nano scale level is what gives the material its exceptional strength.

Important Applications

The silk produced by spiders has a wide range of applications, including use in body armor developed for the U.S. military, as well as in medical technology. Researchers have found that silk from a spider is bio-compatible, meaning it can be used in the human body without adverse effects. This has led to studies exploring the potential use of spider silk in medical implants. Artificial tendons and ligaments can utilize spider silk, due to its strength, elasticity, and bio-compatibility.

Antibacterial Properties

Moreover, the silk’s strength is not the only reason for its potential in medical technology. It also has unique antibacterial properties that make it resistant to common bacteria, such as Staphylococcus aureus. This makes it a promising material for use in wound dressings. It can also be used in other medical applications that require resistance to bacterial infections.

Versatility of Spider Silk

Despite the fact that only about half of all spiders spin webs, all spiders produce silk. The silk produced by spiders varies in strength, elasticity, and other properties depending on the species and the purpose of the silk. For instance, some spiders produce silk that is sticky and used for trapping prey, while others produce silk that is strong and used for building nests. With such versatility and potential for medical applications, spider silk is a truly remarkable material that has captured the interest of scientists and researchers around the world.

According to Science magazine, It is highly elastic, thinner than human hair, and lighter than cotton, but five times stronger than steel of the same diameter. The strength of spider silk can hold at extreme temperatures, which makes it even more impressive.

Spider Silk: A Unique and Valuable Substance

Spider silk has a wide range of uses. Ancient Greek soldiers, for instance, used cobwebs to reduce bleeding, and in the modern era, it has been used in various ways, including body armor developed for the U.S. military. Spiders that do not spin webs are as beneficial as those that do, given their ability to produce silk. Despite the general perception that spiders are scary creatures, spider silk is a unique and valuable substance that could be used to save lives.


📈😲Additional Fun Facts


82

length (in feet) that the bark spider of Madagascar can stretch it’s silk across large rivers.

48,000

Known species of spiders around the world

Kites

Kites, submarines, Tubes, doors and slingshots are just some examples of how spiders use their silk.

Tuning

Like a guitar string spiders tune the stings to a certain harmonics giving them clue to what is trapped.


spot_img

Related articles

The Origin of Bungee Jumping and Extreme Sports

In the late 1970s, a crew of thrill-seeking Oxford University students grew bored of rigid, bureaucratic sports and formed their own club seeking adventure.

The WWII Soldier Who Wouldn’t Surrender

In December of 1944, as American forces were battling their way across the Pacific and closing in on Japan, a young Imperial Japanese Army intelligence officer named Hiroo Onoda landed on the small island of Lubang in the Philippines.

The Sun Never Sets on the French Republic

Picture a typical French scene in your mind's eye. Perhaps you envision the iconic Eiffel Tower piercing the Parisian skyline. You may also imagine strolling through the lavender fields of Provence. While these images are quintessentially French, they only scratch the surface of what truly constitutes the French Republic.

The Woman Who Wrote the First Code

Ada Lovelace is often referred to as the world's first computer programmer, yet her contributions to science and technology have been overshadowed by her gender and her famous father, the poet Lord Byron.