Bachelorarbeit, 2017
37 Seiten, Note: 80.0
This report outlines the detailed design and cost evaluation for a new manufacturing facility dedicated to producing DNA vaccines, to be constructed on a greenfield site. The facility will adhere to current good manufacturing practices (cGMP) and comply with relevant regulatory guidelines. The report aims to provide a comprehensive plan for the construction and operation of the facility, encompassing aspects such as plant layout, manufacturing flow, services and utilities, process validation, and cost analysis.
The report begins with a detailed introduction to the importance of DNA vaccines and the increasing demand for their production. It highlights the need for compliant manufacturing facilities to meet this demand. The following chapters delve into the specific process details, including fermentation, recovery, and product purification. Detailed descriptions of the facility's layout, room specifications, and key utilities are also provided. Subsequent chapters cover process validation and cGMP implementation, and the report concludes with a Gantt chart and a comprehensive cost analysis.
The core focus of this report is the design and construction of a DNA vaccine manufacturing facility. Key areas of focus include cGMP compliance, process design and validation, plant services and utilities, cost evaluation, and regulatory requirements. The report emphasizes the need for a robust and controlled manufacturing environment to ensure the safety, efficacy, and quality of DNA vaccines.
The report details the design and cost evaluation for a new cGMP-compliant manufacturing facility for DNA vaccines to be built on a greenfield site.
DNA vaccines are increasingly needed for gene therapy and to provide immune protection against diseases like cancer, malaria, and HIV, offering advantages over conventional vaccines.
cGMP stands for "current Good Manufacturing Practice," which refers to the regulatory guidelines and standards set by agencies to ensure product quality and safety.
CIP stands for "Clean in Place" and SIP for "Sterilise in Place." These are automated systems used to clean and sterilize production equipment without disassembling it.
Essential utilities include HVAC systems for air control, purified water systems, clean steam, and specialized cleanrooms to maintain a sterile environment.
The cost analysis provided in the paper is estimated to be accurate within a range of +/- 20 percent.
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