Scale-down bioreactor

Small scale bioreactor cultivation. Picture describes a mammalian cell bench - scale down cultivations

A Scale-down Bioreactor is a miniature model designed to mimic or reproduce large-scale bio-processes or specific process steps on a smaller scale. These models play an important role during process development stage by fine-tuning the minute parameters and steps without the need for substantial investments in both materials and consumables.[1][2] Vessel geometry like aspect ratios, impeller designs, and sparger placements should be nearly identical between the small and large scales. For this purpose computer fluid dynamics (CFD) are used as they can be employed to investigate the scalability of mixing processes from small-scale models to larger production scales. Scientists use outcome of these studies on scale down systems to derive and facilitate the transition from laboratory-scale studies to industrial large-scale conditions.[3]

  1. ^ Tozer, Stephanie; Krishnan, Raj; Rausch, Steve; Smiley, Dave; Rathore, Anurag (2005-03-01). "Scaling Down of Biopharmaceutical Unit Operations — Part 1: Fermentation". BioPharm International. BioPharm International-03-01-2005. 18 (3).
  2. ^ "Get to the GMP clinical stage quickly utilizing scale down models". www.agcbio.com. Retrieved 2024-06-06.
  3. ^ Panunzi, Alessio; Moroni, Monica; Mazzelli, Alessio; Bravi, Marco (2022-07-26). "Industrial Case-Study-Based Computational Fluid Dynamic (CFD) Modeling of Stirred and Aerated Bioreactors". ACS Omega. 7 (29): 25152–25163. doi:10.1021/acsomega.2c01886. ISSN 2470-1343. PMC 9330224. PMID 35910169.