The spinning duct transforms protein solution through shear, narrowing, water removal, acidification, and molecular alignment.
The spinning duct transforms protein solution through shear, narrowing, water removal, acidification, and molecular alignment.
More from this video
See all →A one-square-centimeter spider-silk rope could support 60,000 newtons, roughly the weight of a…
In 1709, Francois Xavier Bon collected hundreds of spider egg sacs, boiled and combed them, then…
Natural spider silk costs roughly $7 million per kilogram, about 50 times the price of gold.
Farming spiders fails as an industry: they cannibalize one another, need substantial space, and…
Darwin’s bark spider silk reaches 520 megajoules per cubic meter, versus 50 for Kevlar and 170 for…
Equal-mass, equal-length ropes can make silk withstand roughly twice the force of steel despite…
PiggyBac recognizes only TTAA, a four-letter sequence so common in silkworm DNA that precise…
Exactly how spider silk proteins assemble inside the spinning duct remains unresolved, making…
Don't lose this one
A free account saves cards like this to your Collection, and Korva resurfaces them so you actually remember.