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Broad pipelines require facilities to be designed with a large degree of flexibility to support anything from mild reaction conditions to the use of potent or highly biologically active compounds. Cone-bottom reaction vessels can provide the turndown required to process a variety of scales and handle different reactions.
Structure-based drug design has evolved, facilitating the exploration of novel chemical probes and lead compound potency, and molecular docking utilizes target structures to predict interactions and offers simplicity and speed. Downstream optimization targets increased throughput, reduced costs, and improved product quality maintenance.
9 Among other things, the M4Q(R2) EWG is working toward “organizing product and manufacturing information in a suitable format for easy access, analysis, and knowledge management.” information requests) to fully understand the quality data and its significance in an application.” Currently, it takes time and/or communications (e.g.,
9 Among other things, the M4Q(R2) EWG is working toward “organizing product and manufacturing information in a suitable format for easy access, analysis, and knowledge management.” information requests) to fully understand the quality data and its significance in an application.” Currently, it takes time and/or communications (e.g.,
With shortages, regulatory complexity is compounded due to differences in submission and data requirements from various regulatory agencies. The International Council for Harmonization of Technical Requirements for Pharmaceuticals for Human Use (ICH) guidelines contain information regarding regulatory requirements for raw materials.
Examples include platforms as small as autonomous units placed within a facility and mobile production trailers for compounding to platforms as large as a prefabricated, self-contained GMP facility. Previous articles have discussed these applications and biopharmaceutical industry examples at greater length and detail.
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