protein production
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Syngene launches new platform for protein production
June 6, 2024Research and Development ExcellGene, Pharmacy, Syngene, platform, protein production
Syngene has announced the launch of its new protein production platform, which will utilise a cell line and transposon-based technology …
BioAscent opens new protein production facility
February 22, 2024Manufacturing and Production BioAscent, Pharmacy, facility, protein production
BioAscent has announced that it has opened its new state-of-the-art protein production facility in an event chaired by Professor Michael …
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