Toward augmenting the global biomanufacturing supply chain with decentralized cell-free protein expression

Authors

• Keith Pardee, University of Toronto, CanadaFollow
• Matthews Q, University of Toronto, Canada
• Bayat P, University of Toronto, Canada
• Iwe I, University of Toronto, Canada
• Vigar J, University of Toronto, Canada
• Duplat D, University of Toronto, Canada
• Nazly B, University of Toronto, Canada
• Bolivar P, University of Toronto, Canada
• Pessoa R, University of Toronto, Canada
• Cranmer L, University of Toronto, Canada
• Masum F, University of Toronto, Canada
• Fobel R, University of Toronto, Canada
• Tinafar A, University of Toronto, Canada
• Cicek S, University of Toronto, Canada
• Guo Y, University of Toronto, Canada
• Talebi S, University of Toronto, Canada
• Wu A, University of Toronto, Canada
• Yan C, University of Toronto, Canada
• Singh S, University of Toronto, Canada
• Norouzi M, University of Toronto, Canada
• Sinton D, University of Toronto, Canada
• Mazzuli T, University of Toronto, Canada
• Gonzalez CR, University of Toronto, Canada
• Pena L, University of Toronto, Canada
• Federici F, University of Toronto, Canada
• Simchi M, University of Toronto, Canada
• Ribeiro da Silva SJ, University of Toronto, Canada

Conference Dates

March 30 - April 3, 2025

Abstract

Please click Additional Files below to see the full abstract.

Recommended Citation

Keith Pardee, Matthews Q, Bayat P, Iwe I, Vigar J, Duplat D, Nazly B, Bolivar P, Pessoa R, Cranmer L, Masum F, Fobel R, Tinafar A, Cicek S, Guo Y, Talebi S, Wu A, Yan C, Singh S, Norouzi M, Sinton D, Mazzuli T, Gonzalez CR, Pena L, Federici F, Simchi M, and Ribeiro da Silva SJ, "Toward augmenting the global biomanufacturing supply chain with decentralized cell-free protein expression" in "Microbial Engineering III (MEIII)", Eli Keshavarz-Moore, University College London; Thomas Sauer, Sanofi Eds, ECI Symposium Series, (2025). https://dc.engconfintl.org/microbial_engineering_iii/32