… immobilized cell reactors are discussed with the plant cell type under … reactors and the criteria
for selecting a suitable reactor … reactors of different configuration to immobilized plant cells …

… engineering perspective, the primary challenges lie in the area of process scale-up. Plant cell
… For example, rotating drum reactors (RDR) have been used for the cultivation of C. roseus (…

… Plant cell culture technologies were introduced at the end of the 1960s as a possible tool for
… to field grown plants could be to use transformed cells or organs in reactors, as they are by …

… plant cell tissues: Either a stirred tank reactor can be adapted (eg with a constructive
separation between agitation and growing compartments [49]) to the requirements of plant cell …

… reactors can be autoclaved, while commercial scale reactors are sterilized in situ by passing
steam at appropriate pressure. Secondary metabolites produced in plant cells … reactors of …

… In conclusion, airlift reactors and stirred reactors are most often used in commercial as well
… Achieving economic feasibility for moderate-value food and flavor additives: a perspective on …

… in bioprocessing aspects of plant cell cultures, from callus … (eg, disposable reactors) for plant
cell culture-based processes; the … parameters from an economic perspective are the yield of …

… From an engineering perspective, the successful application of plant cell suspensions … as
simplicity of operation, pneumatically impelled reactors, including bubble columns and ALRs (…

… cells in 20m3 conventional stirred tank reactors (CSTRs) and, in Germany~ air-driven reactors
\… 3 to present something of the time perspective in the development of plant-cell cultures. …

… , resulting in the production of better reactors, optimized processes, and improved automatic
controlling techniques. Using this technology, plant cells can be cultivated on a large scale. …