Abstract

Introduction. Good Manufacturing Practice (GMP) requires drug manufacturers to apply risk management principles in their operations. One of the main risks to the quality and safety of pharmaceuticals is cross-contamination. The introduction of a systematic approach to contamination risk management requires manufacturers to make a comprehensive assessment of both production processes and the organization of production sites (premises, equipment, systems, etc.). Therefore, the transition to the current GMP requirements for operating production sites may require significantly higher financial and labor costs than for projected production facilities.Aim. Development of a scientifically based program and methodology for cross-contamination risk management for existing pharmaceutical industries, taking into account compliance with the harmonized GMP requirements of the Russian Federation and the EAEU and world practice.Materials and methods. In the course of the study, methods of risk management, analysis and systematization of data and a process approach were used.Results and discussion. The key aspects of the organization of the co-manufacturing of medicines are outlined. A step-by-step approach to risk management, involving a preliminary assessment of the conformity of a production organization with GMP requirements is described. The proposed scheme is aimed at ensuring the continuous functioning of the cross-contamination risk management process.Conclusion. The presented risk management methodology aims to conduct a proper assessment of the risks of cross-contamination for multiproduct pharmaceutical enterprises. This technique allows to identify areas that need improvement to ensure compliance of manufacturing sites with GMP requirements, which ultimately contributes to improving the quality of medicines.

Highlights

  • Good Manufacturing Practice (GMP) requires drug manufacturers to apply risk management principles in their operations

  • The introduction of a systematic approach to contamination risk management requires manufacturers to make a comprehensive assessment of both production processes and the organization of production sites

  • G. Quality risk management of immunobiological drug production under cultivation conditions

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Summary

Контроль целостности 3 150 риска

Risk reduction of the exhaust system than F9 on hoods in rooms and Organization of. H14 in equipment. Данный документ представляет собой «выход» процесса и является инструментом верификации результатов, необходимым для своевременного выявления потенциальных рисков отсутствия эффективности предпринимаемых технических и организационных мер по предотвращению перекрестной контаминации. Необходимо отслеживать, что критерии, используемые для оценки риска и его элементов, по-прежнему остаются действительными и согласующимися с целями, стратегиями и политикой в области качества. Предложенная система управления рисками перекрестной контаминации может быть представлена в виде непрерывного процесса (рисунок 1). Основным результатом данной работы стала адаптация методов управления рисками применительно к проблеме проведения анализа рисков перекрестной контаминации. Новизна представленного подхода к анализу рисков заключается во включении в систему управления рисками на фармацевтических предприятиях положений научно-обоснованного подхода к проведению оценки рисков перекрестной контаминации с учетом данных токсикологической оценки лекарственных препаратов, основанного на актуальных требованиях правил GMP РФ и ЕАЭС

Об утверждении Правил надлежащей производственной практики
ICH guideline Q9 on quality risk management
Ob utverzhdenii Pravil nadlezhashchey proizvodstvennoy praktiki
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