However, the utilization of lactic acid bacteria in industrial processes requires complex nutrients for cell growth and may not result in high product selectivity and enantiomeric purity [ 55].
The process requires complex reciprocal repeated exchanges co-learning and other cooperative attitudes and activities.
Moreover, this process requires complex discretization especially for re-initialization of the level set function.
The detachment process requires complex modifications of molecular interactions in specific intercellular adhesion complexes as well as with the extracellular matrix through focal adhesion complexes [3], with key components including integrins and proteins linking the integrins to the cytoskeleton such as α-actinin, talin, tensin, filamin, vinculin and paxillin.
This physiological process requires complex interactions between peptide growth factors and growth modulators, which may be regulated either by androgens or by other factors [ 2, 3].
These features fit into the master-worker parallel paradigm (i.e., a variant of the farm paradigm), or the more general composition of pipeline and farm paradigms in the case the process requires complex a merging operation (e.g., ordered merging).
Thus at least some processes that require complex cytoskeletal regulation proceed normally in the Gsk3-deleted neurons.
The impurities are as diverse as the feedstock and catalysts used in the transesterification process, and may require complex and expensive processes to remove.
Process plants built as engineering and construction (E&C) projects require complex process piping.
However, mammalian cell culture processes are relatively slow, require complex media, and are susceptible viral contaminations (Table 1).
