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U.S. Military Testing Genetically Engineered Spider Silk for Body Armor
Golden Silk Spiders (Nephila clavipes) - By Coveredinsevindust at English Wikipedia, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=10202324
Spider silk is considered one of nature’s toughest substances, comparable in strength to the Kevlar plastic present in bulletproof vests but is way more flexible. Kraig Biocraft Laboratories, a firm from Ann Arbor, Michigan, genetically altered silkworms to manufacture a fiber that is just like pure spider silk. Last week, the firm announced a U.S. Department of Defense (DoD) contract to test this genetically engineered silk, which they are calling Dragon Silk™ for potential use in body armor.
There is a reason that silk from worms is affordable but you possibly can’t purchase dresses made out of spider silk: spiders are cannibalistic and territorial, which makes farming them for material manufacturing ridiculously exorbitant.
Enter the wonderful new marvel that’s called genetic engineering. In 2000, researchers first isolated and sequenced the key proteins that create spider silk (ampullate spidroin-1, spidroin-2, and so on.) That allowed scientists to reproduce spider silk proteins in E coli bacteria, yeast and other substances in somewhat the same method as pharmaceutical firms produce proteins for medicine. However, these techniques didn’t yield spider silk in large enough quantities.
The technology behind Dragon Silk relies in part on the work of Donald L. Jarvis, Malcolm J. Fraser, and their colleagues. As they describe in this research paper, they introduced particular pieces of spider DNA into silkworm eggs, creating a completely new kind of silkworm that can spin spider silk. This enabled them to get the silk in larger quantities.
The Army’s Soldier Protection and Individual Equipment, or PM–SPIE office, will give Kraig Biocraft $99,962 to test a series of “shoot packs” to see how the fabric stands up to abuse.
Read more: U.S. Military Testing Genetically Engineered Spider Silk for Body Armor
Golden Silk Spiders (Nephila clavipes) - By Coveredinsevindust at English Wikipedia, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=10202324
Spider silk is considered one of nature’s toughest substances, comparable in strength to the Kevlar plastic present in bulletproof vests but is way more flexible. Kraig Biocraft Laboratories, a firm from Ann Arbor, Michigan, genetically altered silkworms to manufacture a fiber that is just like pure spider silk. Last week, the firm announced a U.S. Department of Defense (DoD) contract to test this genetically engineered silk, which they are calling Dragon Silk™ for potential use in body armor.
There is a reason that silk from worms is affordable but you possibly can’t purchase dresses made out of spider silk: spiders are cannibalistic and territorial, which makes farming them for material manufacturing ridiculously exorbitant.
Enter the wonderful new marvel that’s called genetic engineering. In 2000, researchers first isolated and sequenced the key proteins that create spider silk (ampullate spidroin-1, spidroin-2, and so on.) That allowed scientists to reproduce spider silk proteins in E coli bacteria, yeast and other substances in somewhat the same method as pharmaceutical firms produce proteins for medicine. However, these techniques didn’t yield spider silk in large enough quantities.
The technology behind Dragon Silk relies in part on the work of Donald L. Jarvis, Malcolm J. Fraser, and their colleagues. As they describe in this research paper, they introduced particular pieces of spider DNA into silkworm eggs, creating a completely new kind of silkworm that can spin spider silk. This enabled them to get the silk in larger quantities.
The Army’s Soldier Protection and Individual Equipment, or PM–SPIE office, will give Kraig Biocraft $99,962 to test a series of “shoot packs” to see how the fabric stands up to abuse.
Read more: U.S. Military Testing Genetically Engineered Spider Silk for Body Armor