| Document Date: 2014-03-20 20:05:53
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City K1 / / Company IgG / MaxCyte Inc. / / Currency pence / / / Event FDA Phase / / IndustryTerm flow electroporation systems / transfection protocols / flow electroporation technology / media additives / Culture media / expression systems / transient systems / transfection technologies / chemical reagents / chemical carriers / electroporation protocols / push-button systems / lipid-based reagent protocol / manufacturing / transfection technology / / MedicalCondition baculovirus infection / subsequent infection / / Organization African Union / US Federal Reserve / / Person James Brady / Abstract Many / Interest Cells Animal-derived / Madhusudan Peshwa / Krista Steger / Meg Duskin / Karen Donato / Weili Wang / / / Position General / / Product MaxCyte STX / MaxCyte VLX / IgG Titer Total IgG / Pyle P32 Television / OC-400 / 1E6 / 2E11 / / ProvinceOrState Maryland / / PublishedMedium PLoS ONE / / Technology biomanufacturing / transfection technology / transfection protocols / antibodies / Transient transfection technologies / Recombinant Protein Production / gene cloning / STX protocol / Electroporation / lipid-based reagent protocol / gene expression / alternative transfection technologies / flow electroporation technology / electroporation protocols / at simplifying gene cloning / / URL www.maxcyte.com / /
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FLOW TRANSFEC TION SY STEMS™ ™ Scalable Protein Production Using Flow Electroporation Contributing Authors: Krista Steger, Ph.D., Weili Wang, Ph.D., James Brady, Ph.D., Meg Duskin, Karen Donato, Ph.D., and Madhusudan