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Packed Bed Biomedical Reactor Analysis: Immobilized Cells, Organelles and Biologics Bioreactors; is a structured mathematical description for analyzing the designs of medical bioreactors of fixed-beds of carriers, onto which are immobilized mammalian cells, organelles or cell-biologics, and characterized by defined porosity, guided by applying reactor engineering science of packed bed bioreactors and hence clearly advances the science and analysis of biomedical reactors with unique innovations relative to the analysis-by proportionality ratios of prevailing approach devoid of cell reaction kinetics, and enables sustained large volumes long durations production operations. The structured analysis approach adopts the Characteristics Point Sinks Sources Design Equations set augmented with the unique Growth-Signal-Directed Rate Equations derived with Composited Reactions Sinks Sources Kinetics & Cell-Biologics Dynamics supported on Cell-Biochemistry; moreover, the Design Equations set includes the description of the reaction medium fluid dynamics as of Particle-Laden Dusty Gas Fluid Flow in Porous Media, and as such fully accommodates the presence of substrates of particulate dimensions as well as the microbes and microbial biologics of Brownian particles dimensions. Clearly, Packed Bed Biomedical Reactor Analysis significantly empowers the bioreactor engineer towards performing in-depth analysis of medical bioreactors, as quite notably the engineering science application-analyses of packed-bed biomedical reactors includes varied carrier-beds of immobilized-biologics as stem cells, mitochondria, chloroplasts, enzymes, etc, all of which enables the Bioreactor Engineer develop comfort at adopting the approach for rapid application. Book Details Publisher: Okumaye Publishing ISBN-13:
978-0-9889960-N/A Published & Released: December, 2018 Binding: Hardcover (Cloth
on board, dust cover) Dimension: 6.14 x 9.21 |