IgG / Kentucky Bioprocessing LLC. / Tacket CO / Proc Natl Acad Sci U S A / Google / Balázs E (2002) Limited / Creative Commons / OMICS Group / /
Country
South Africa / United States / Canada / /
Currency
pence / / /
Facility
College of Technology / Plant Host Pharmaceutical Target Development Stage References N. / Plant Cell Rep / Arizona State University / The Biodesign Institute / Physiol Plant / USA College of Technology / U.S. facility / / /
IndustryTerm
economical and safe manufacturing / biotechnology / plant-derived pharmaceutical proteins / downstream processing regimes / transgene products / protein products / pharmaceutical protein production / human pharmaceuticals / food contamination / consistent culture media / biological systems / transient expression technology / plant transient systems / expression systems / large functional pharmaceutical proteins / pharmaceutical agents / plant biotechnology / transient expression systems / culture-based fermentation technologies / manufacturing scale / pharmaceutical candidate / transient systems / gene-delivery technology / biomass processing technologies / pharmaceutical grade / plant-made pharmaceuticals / large-scale pharmaceutical protein production / pharmaceuticals / plant-based expression systems / gene products / culture-based systems / publication processing / pharmaceutical production / infiltration media / plant-made human products / pharmaceutical importance / food crops / human pharmaceutical proteins / manufacturing / large scale manufacturing / pharmaceutical proteins / plant transient expression systems / stable seed bank / posttranslational processing capacity / agroinfiltration technology / gene delivery technologies / vector systems / recombinant pharmaceutical proteins / pharmaceutical candidates / favorable tool / using plant biotechnology / /
National Institute of Health / College of Technology and Innovation / Arizona State University / Biodesign Institute / US Food and Drug Administration / Center for Infectious Disease and Vaccinology / USA College of Technology / /
Person
Boca Raton / Barry Bratcher / / /
Position
*Corresponding author / original author / candidate / under established conditions / MP / skilled worker / candidate for this purpose / /
Agroinfiltration as an Effective and Scalable Strategy of Gene Delivery for Production of Pharmaceutical Proteins