Aseptic processing - Pharmaceutical Technology

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Aseptic processing
(Manufacturing.) Sterile and isolated production systems (espcially for parenteral dosage forms), including conventional cleanroom and restricted access barrier isolation systems (RABS) technology, supplies, and equipment.

The Role of Glasses in Aseptic Production: A Detail Often Ignored

October 2, 2006

Pharmaceutical Technology

Glasses are important when operating in a sterile environment, and it is necessary to ensure that they will stand up to repeated sterilization processes without introducing contaminants. The glasses were subjected to numerous steam sterilization cycles to assess durability and microbial reduction. Results showed that the glasses most widely available on the market have been refined by the manufacturer to satisfy pharmaceutical customer needs by withstanding repeated sterilization cycles and minimizing contaminating particle release.

Understanding Overkill Sterilization: An End to the Confusion

May 1, 2007

Pharmaceutical Technology

The author clarifies the definition and objectives of overkill sterilization for steam sterilization cycles. Current sterilization practices are reviewed and the validation difficulties associated with the various definitions of overkill sterilization are explored.

A Risk-Based Approach to the Use of Biological Indicators in the Development and Control of Steam-Sterilization Processes

May 1, 2007

Pharmaceutical Technology

Validating the sterilization process is extremely important in pharmaceutical manufacturing. The authors explore different types of sterilization processes and discuss the importance of finding the worst-case positions of loads or equipment to be sterilized and the worst-case conditions for each sterilization cycle. Biological indicators (BIs) can be used to simulate worst-case scenarios and determine the effectiveness of a particular sterilization process.

Radiation Sterilization of Parenterals

May 1, 2007

Pharmaceutical Technology

Irradiation is an established method of sterilization for pharmaceutical products. Radiation sterilization can be achieved with gamma rays, electron beams, and X-rays. Each of these techniques has its advantages and disadvantages. The author describes these methods, the ways to find the correct sterilization doses, and the regulatory and safety concerns about irradation sterilization.

The Importance of Pre-Use Integrity Testing in Sterilizing Filtration

May 1, 2007

Pharmaceutical Technology

Pre-use integrity testing of sterilizing-grade filters eliminates the potential adverse effects of filter loading on the integrity-test results, allowing unambiguous correlation with the integrity-test specification established during filter-validation studies.

The Effect of Carrier Material on the Measured Resistance of Spores

May 1, 2007

Pharmaceutical Technology

A biological indicator (BI) measures the effectiveness of the sterilization process to which it is subjected. Factors such as the test organism, the packaging, the culture material, and the test system all influence a BI's resistance. Carrier material is an often-overlooked factor that also influences BI resistance. The authors examine various solid and liquid carriers, describe their properties, and investigate how they influence BI resistance.

The Truth about Interventions In Aseptic Processing

May 1, 2007

Pharmaceutical Technology

Aseptic processing has advanced over the past several decades, yet the pharmaceutical industry is still accepting of its limitations, particularly as it relates to human intervention as a source of contamination. The authors explain the importance of further diminishing the role of operators in aseptic processing and the approaches and technologies needed to achieve that goal.

Qualification Results of a New System for Rapid Transfer of Sterile Liquid through a Containment Wall

April 2, 2007

Pharmaceutical Technology

Manufacturers use various techniques to transfer sterile liquid. Some methods, however, cannot accommodate disposable equipment, and others cannot transfer through barriers. This article describes a new approach for aseptic fluid transfer that was developed to provide a high-quality aseptic connection and simplify passage through a wall. The authors discuss the product-qualification results for the approach, which show that the technology and its various components meet pharmacopeial product-qualification requirements.

Microtest and Antisoma form Manufacturing Pact

March 30, 2007

ePT--the Electronic Newsletter of Pharmaceutical Technology

Agawam, MA (Mar. 26)-Contract manufacturing and testing laboratory Microtest signed a manufacturing deal with Antisoma to produce AS1411, a new drug being developed for the treatment of various cancers.

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