flow electroporation systems / cellular systems / biotechnology / expression technologies / media additives / vaccine manufacturing / Culture media / ultimate manufacturing / pharmaceutical / large-scale manufacturing / transient systems / relevant systems / chemical reagents / final therapeutic product / electroporation protocol / manufacturing cell type / not-for-profit biotechnology / manufacturing / /
MedicalCondition
neurodegenerative disease / baculovirus infection / Cystic Fibrosis / MS / breast cancer / Breast Cancer Breast cancer / disease / human-derived breast cancer / chronic / diseases / Alzheimer disease / at treating the disease / /
MedicalTreatment
vaccination / cell therapy / /
MusicGroup
Ph.D. / /
Organization
National Human Genome Research Institute / Flatley Discovery Lab / Alzheimer’s Association / U.S. Food and Drug Administration / US Federal Reserve / /
Person
James Brady / Gene Assay / Madhusudan V. Peshwa / Krista Steger / Interest Cells / Meg Duskin / Karen Donato / / /
Position
General / luciferase reporter / model for small molecule screening / Fisher / reporter / /
Product
MaxCyte STX / STX / /
ProvinceOrState
Maryland / South Dakota / /
RadioStation
CFTR / Wurm FM / /
Technology
alpha / biomanufacturing / cell therapy / siRNA / antibodies / biotechnology / cloning / Stem Cells / DNA binding / same electroporation protocol / Human Genome / Recombinant protein production / gene cloning / drug discovery / expression technologies / electroporation / gene expression / drug development / at simplifying gene cloning / co-transfected using small-scale MaxCyte electroporation / /
FLOW TRANSFEC TION SY STEMS™ ™ Accelerating Discovery and Development: Reducing Risk with High Performance Transfection of the Right Cell for the Right Application Contributing Authors: Krista Steger, Ph.D., James Br