Spider silk may be delicate looking, but it is known for its strength
and durability. And it’s these stunning properties that have inspired
researchers at Polytechnique Montreal to channel their inner Spiderman and create a new, ultra-tough fiber.
Three to eight microns in diameter, spider silk may be light but
it is five to 10 times tougher than steel or Kevlar. In large part,
spider silk owes its exceptional strength - meaning its ability to
absorb lots of energy before collapsing - to the molecular structure of
the proteins it’s made up of. Scientists have long tried to develop
real-world products that mimic the characteristics of elongation and
stretch-resistance that spider silk possesses, and now it seems they
have finally done so.
“The silk protein coils upon itself like a spring. Each loop of the
spring is attached to its neighbors with sacrificial bonds, chemical
connections that break before the main molecular structural chain
tears,” researcher Frederick Gosselin, who helped lead the research,
said in a statement.
“To break the protein by stretching it, you need to uncoil the spring
and break each of the sacrificial bonds one by one, which takes a lot of
energy. This is the mechanism we’re seeking to reproduce in
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