- The magazine
- Cancer Biology
- Chromatography & Mass Spectrometry
- Contract Research
- Drug Discovery
- Drug Targets
- Flow Cytometry
- Informatics & Lab Automation
- Ingredients, Excipients and Dosages
- Microbiology & Rapid Micro Methods (RMMs)
- Process Analytical Technology (PAT) & Quality by Design (QbD)
- Raman Spectroscopy
- Screening, Assays & High-Content Analysis
- Thermal Processing
- About us
- Contact us
Cleanrooms - Articles and news items
The rapid microbiological methods revolution.
Controlling contamination in the pharmaceutical industry.
Rapid Micro Methods Roundtable.
Whitepapers / 1 May 2012 / HACH LANGE
Changes in ISO 14644-1 to improve confidence in quality for critical life-science applications. Tony Harrison, UK Subject Matter Expert to ISO TC209 Working Group.
Webinars / 9 February 2012 / HACH LANGE
View presentations from experts in the fields of monitoring and compliance and pharmaceutical water and cleanroom facility standards…
Advanced Aseptic Processing (AAP) is a term referenced in the recently published ISPE RABS definition1 to cover the spectrum of Restricted Access Barrier Systems (RABS) and isolator systems. In general, AAP techniques are physical barrier methods of product protection and containment that are used during manufacturing operations to separate (primarily) operators from the process. These methods are most often used during open processes or other critical process steps to ensure the product is not exposed to viable organisms and particulate contamination. While there are many methods to choose from, there is no argument that AAP techniques are widely used.
There are many trends worth reporting in the context of pharmaceutical cleanroom technology: technical as well as regulatory trends. Supporting them is the continuing trend towards worldwide international standards, not only regarding contamination and biocontamination technology, but also regarding related topics such as air filtration. The endeavours for controlling micro-organisms, so competently addressed by the pharmaceutical industry and cleanroom technology, are beginning to spread – and this again is a trend – into further areas of human endeavour such as hospital hygiene.
Proper and compliant HVAC systems are fundamental to the pharma industry as we use high air change rates to secure a low viable and particle contamination. HVAC is energy consuming and therefore the HVAC accounts for a large proportion of the energy used in pharma facilities. In the past the energy savings issue was not widely acknowledged; managers wanted to see good compliance and high levels of production and spending time to save money; push for greater sustainability was not really welcomed. Now things have changed and there is a readiness to look at these issues, especially when it is proven that GMP and sustainability are not contradicting and on occasions, can go beautifully hand in hand.
Issue 5 2007 / 21 September 2007 / Karen Rossington, Marketing and Development Manager, Shield Medicare Ltd.
The manufacture of sterile pharmaceutical products is governed in the European Union by the requirements of EU Good Manufacturing Practice for Medicinal Products. The GMP guide gives very specific details on the environmental and microbial requirements for aseptic processing. However, little or no guidance is given on how to create and maintain the correct level of microbial contamination in the aseptic suite. This article focuses on two important issues – creating and maintaining a spore-free environment and preventing spore contamination that may result from the use of disinfectants.
It is some years since the ISO 14644 and 14698 series of international cleanroom standards started taking over from national standards. Early parts are already undergoing their statutory five-year reviews; other parts have only recently been published and new parts are still being written.
To verify that cleanroom and clean zones are adequately installed and functioning they are usually validated during three occupancy states. First, when the installation is complete with all services connected and functioning, as-built; secondly during at-rest conditions when equipment is installed and running in a manner agreed upon by customer and supplier; and finally during operational conditions with the specified number of personnel present and working in a manner agreed upon. This is described in the standard documents of ISO/EN 14644 Cleanrooms and associated controlled environment.
Regulatory guidance documents, such as Annex 1 to the GMP guideline of the European Union1 and FDA’s comparable Guidance for Industry2 establish the objectives to be met by pharmaceutical contamination control systems – especially those for the production of sterile medicinal drugs.
ABB Analytical Measurement Analytik Jena AG Aptalis Pharmaceutical Technologies ASM - Aerosl-Service AG Azbil BioVigilant, Inc. B&W Tek, Inc. bioMérieux BioTrends – Archilex SA BMG LABTECH GmbH Bruker Daltonik GmbH CAMO Software AS Catalent Pharma Solutions Chemspec Europe Ltd CI Precision Dow Chemical Company Ltd EUROGENTEC FOSS NIRSystems, Inc. GE Analytical Instruments Gerresheimer Group HAMAMATSU PHOTONICS EUROPE I Holland Limited IDBS IONIMED Analytik GmbH LI-COR Biosciences Lonza Natoli Engineering Company, Inc. Pall Life Sciences PANalytical B.V. Patheon Inc PhyNexus, Inc. ReAgent Roche Sirius Analytical Instruments Ltd Vala Sciences Veltek Associates Inc.