Hemel Hempstead / Jackson / Bielefeld / Slough / Marshall / Hunter / Mozier / Al-Fageeh / Newcastle upon Tyne / Pittsburgh / Eppendorf / Cambridge / Bass / South Queensferry / Yoon / London / Paisley / /
Company
BioRad Laboratories / Willis AE / Agilent Technologies / Sigma-Aldrich / Epo / Agilent / Daniel I. R. Spencer Ludger Ltd / Sumitomo / Beckman Coulter / Casnocha SA / Lonza Biologics plc / GE Healthcare / Cancer Proteomics Laboratory / /
Country
Germany / United Kingdom / / /
Facility
Bioprocessing Research Industry Club / College London / University College London / Cardiff University / American Institute / Wiley Online Library / University of Kent / /
IndustryTerm
shear device / target product / culture media / downstream processing / manufacturing facilities / mL mL21 solution / large-scale biopharmaceutical manufacture / manufacturing process / energy / biopharmaceutical / energy dissipation / normal phase chips / serum free media / Online Library / cell line selection technologies / performed using normal phase chips / /
MedicalCondition
ataxia telangiectasia / JE / MS / Cancer / hypothermia / /
MusicGroup
Flow / /
OperatingSystem
Cygnus / /
Organization
Mexican Council / American Institute / Cardiff University / University College London / Culham Science Centre / US Federal Reserve / Advanced Centre for Biochemical Engineering / /
Person
Kelley B. Very / ELISA HCP / K. Daniel I. R. Spencer / Daria Popova / Al-Rubeai M. Uncoupling / M. Lourdes Velez-Suberbie / C. Mark Smales / Richard D. R. Tarrant / K. Daniel G. Bracewell / John Timms / Sypro Ruby / Catherine Hogwood / determined using a commercially available microtiter sandwich ELISA / /
Differential Response in Downstream Processing of CHO Cells Grown Under Mild Hypothermic Conditions Andrew S. Tait, Richard D. R. Tarrant, and M. Lourdes Velez-Suberbie Dept. of Biochemical Engineering, Advanced Centre f