SUPAC- Post Approval Changes suggested by FDA to Industry

Y. Chowdhary, B. Kumar
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Abstract

Scale-up, process validation, and technology transfer are conducted at the late phase of product development. However, the performance of these steps is largely dependent on the product composition and process selected in the early phase of development. The technology chosen at an early developmental stage and employed in manufacturing the bio-batch stays with it during its life. During this early phase, the development scientist must consider the future demand of the product in selecting the process and equipment. In reviewing a manufacturing process, it is important to consider the physico- chemical properties of the drug and excipients along with equipment capabilities and limitations. Involvement of production personnel in the manufacturing of a batch prior to the bio-batch often helps in the develop- ment of a robust process. All equipment should be quali¢ed for installation, operation, and performance prior to the bio-batch. The equipment should be cleaned and tested as per a cleaning validation protocol. The bio-batch should be evaluated for process performance as per a process validation protocol. All operational documents and test results generated from the bio-batch must be reviewed prior to initiating further scale-up and=or technology transfer. A team effort among formulation, validation, production, analytical, and logistic support groups is crucial to the success of scale-up and technology transfer.
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SUPAC- FDA向行业建议的批准后变更
放大、工艺验证和技术转移在产品开发的后期阶段进行。然而,这些步骤的性能在很大程度上取决于在开发的早期阶段所选择的产品组成和工艺。在早期开发阶段选择并用于生产生物批次的技术将在其生命周期中保持不变。在这个早期阶段,开发科学家在选择工艺和设备时必须考虑产品的未来需求。在审查生产工艺时,重要的是要考虑药物和辅料的物理化学性质以及设备的能力和限制。在生物批之前,让生产人员参与到批的生产中,通常有助于开发一个健壮的工艺。在生物批前,所有设备的安装、操作和性能都应合格。设备应按照清洁验证规程进行清洁和测试。应根据工艺验证协议对生物批进行工艺性能评估。在开始进一步放大和技术转让之前,必须对生物批次产生的所有操作文件和测试结果进行审查。配方、验证、生产、分析和后勤支持小组之间的团队努力对扩大规模和技术转让的成功至关重要。
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