Recombinant MaSp2 Ismat Kabarra recently completed his Honours project with Chris Marquis at the UNSW School of Biotechnology and Biomolecular Sciences and myself. The aim of his project was to build a line of recombinant MaSp2 proteins for potential spinning into fibres and other uses. He successfully generated 4 tubes of proteins, one of which…Details
Another application of spider silk we (in collaboration with Trish Flanagan and Pat Spicer) are exploring is its incorporation into wearables to create new adaptable features in different kinds of clothing and equipment.
Here Trish is isolating the silk collected from Trichonephila to weave them into yarns for hybridization with other fibres.
I am close to completing a book about Silk to be published by the SSRL. All going well it will be out early/mid 2021. The content is based around my Lecture series presented in Rivera, Uruguay in 2018. Here’s a small preview: What is silk? Silk is a natural proteinaceous secretion of many kinds of…Details
Spider silks we supply Science and Research Priorities Spider dragline (or major ampullate) silk is the world’s toughest material. It combines high strength and extensibility in unique ways to outperform all other natural and synthetic materials per unit mass, including Nylon, Kevlar® and silkworm silks. Furthermore it has unique properties as a highly optically and…Details
SSRL collaborator Anna-Christin Joel headlines the American Chemical Society’s youtube channel with the video “Spider combs tame unruly nanofibers”. See:
New podcast is out: Spider silk special!Spider silk is one of the toughest materials on earth – it’s super light, durable and sustainable. Is spider silk the raw material for clothes and protective gear of the future? Cat chats to Dr Sean Blamires whose research explores ways to harness the spider silk’s special features for…Details