Back in January, Alphabet's health-focused technology arm Verily Life Sciences ("Verily") announced that it had received an $800 million investment from Singapore-based investment firm Temasek. SpyBiotech, a life sciences spinout from the U.K.'s Oxford University, has raised £4 million ($5 million) in seed funding from Oxford Sciences Innovation (OSI) and Alphabet investment arm GV (formerly Google Ventures). As traditional approaches to developing vaccines are typically time-consuming, and not always effective, SpyBiotech is working on what it calls a "proprietary protein superglue" technology. "We view this superglue technology as a game changer to enable faster development of effective vaccines against major global diseases. "SpyBiotech has established a novel approach using platform VLP vaccine technology that shows promise in a number of addressable markets," noted GV partner Tom Hulme.
Google's venture capital arm invests in Oxford biotech startup SpyBiotech
LONDON — Google 's venture capital arm has taken part in a £4 million investment round in a startup spun out of Oxford University that is trying to use "biotech superglue" to create new vaccines. This urge to reconnect creates the "biotech superglue" that can be used to bond things together. SpyBiotech is one of many biotech investments made by GV, the venture capital division of Google's parent company Alphabet. SpyBiotech is hoping it can use this principle to develop vaccines, rather than virus-causing bacteria, that will bind onto viral infections. GV, formerly Google Ventures, is backing SpyBiotech, a startup that is trying to commercialise a biological discovery that it believes can be used to create highly effective vaccines.collected by :Lucy William
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