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GENET-news articles on GE silk

2012-01-05 |

GE silkworms spin spider silk - A first

“Our hope was that by embedding spider-silk protein [gene] sequences within silkworm silk [gene] sequences, we could get those proteins to co-assemble ... into composite fibers, and that is what happened,” said study co-author Don Jarvis, a molecular biologist at the University of Wyoming in Laramie. [...] The fiber is being commercialized by textile manufacturer Kraig Biocraft. (Lewis, Jarvis, and co-author Malcolm Fraser sit on Kraig’s scientific board.) “We’re not looking at bulletproof vests,” Lewis said. “We’re looking at artificial limbs, tendons, parachutes, and landing lines on aircraft carriers—[situations] where we need elasticity and strength.”

Overview

2012-01-05 |

GE silkworms spin spider silk - A first

“Our hope was that by embedding spider-silk protein [gene] sequences within silkworm silk [gene] sequences, we could get those proteins to co-assemble ... into composite fibers, and that is what happened,” said study co-author Don Jarvis, a molecular biologist at the University of Wyoming in Laramie. [...] The fiber is being commercialized by textile manufacturer Kraig Biocraft. (Lewis, Jarvis, and co-author Malcolm Fraser sit on Kraig’s scientific board.) “We’re not looking at bulletproof vests,” Lewis said. “We’re looking at artificial limbs, tendons, parachutes, and landing lines on aircraft carriers—[situations] where we need elasticity and strength.”

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