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ANALYTICAL & LAB EQUIPMENT


LIFE FROM A LAB


Funding for a new AI solution from Telesis Bio promises to make the creation of in-house biologics mainstream


The Gibson Sola platform will put the creation of biologics in the hands of researchers A


lmost all companies involved in biological or drug discovery are now using AI tools to design


molecules, and a large cash injection into a recently developed platform from synthetic biology company Telesis Bio promises to signifi cantly accelerate activity of this sort. The solution, a platform called Gibson Sola, has just received US$21m in funding from venture capitalist fi rm Northpond Ventures, and big hitter investment and consultancy fi rm Novalis Life Sciences. The injection will help to drive rapid


This illustration shows the Sola platform throughput


commericalisation of the platform. The platform uses AI to create biologics overnight, the result being faster more reliable and innovative solutions, according to the company. The products created will be for use in biologics, vaccine and cell therapy research and development. After an extensive development period, the platform was launched to all customers in January of 2025.


CRITICAL RAW MATERIALS DNA and mRNA are critical raw materials that power therapeutic


research and molecular diagnostics, and demand for high-quality nucleic acids from researchers and scientists is large and growing rapidly. The platform will mean researchers do not have to rely on an often complicated external supply chain since it allows them to make DNA and mRNA overnight in their own labs using standard liquid handling equipment. The platform and software suite can be used to deploy automated on-site synthesis solutions for a variety of targets, molecules, as well as applications, from low- to high- throughput.


18 www.scientistlive.com


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