Accugenix

Trending Articles

  1. TRU Cleanroom Cleaning changes name to venture into the US The cleanroom cleaning expert has changed its name to TRU Global Solutions and set up a joint venture with Pharma Resource Group, as part of its new push into the US market
  2. Impact of the new Annex 1 on sterile filling in pharma EU GMP Annex 1 is a whole new era for the sterile filling industry. From barrier technology to “first air”, pharmaceutical manufacturers have a lot to decide. Johannes...
  3. What is ISO 8 cleanroom classification? Each cleanroom class is denoted by a maximum concentration of particles per cubic meter or cubic foot of air. ISO 8 is the second lowest cleanroom classification
  4. CleanLock Module: AES Clean Technology launches new cleanroom airlock The cleanroom provider has launched its new airlock, which offers a secure transition for people and materials entering and exiting cleanroom environments
  5. Engineering firm Dornan makes Royal Institution of Chartered Surveyors history Dornan has been the first MEP contractor in Ireland to receive the RISE Corporate Support Scheme Badge from the Royal Institution of Chartered Surveyors

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Charles River acquires Accugenix

Expands microbial identification capabilities
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Analysis

Trending and strain-typing microbes

In industrial settings characterisation of micro-organisms is an important part of the comprehensive environmental monitoring programme. Strain-typing is the best resource in the case of a major excursion or sterility failure where characterisation to the strain level can be critical. Currently, there are two methods primarily used to differentiate accurately and reproducibly between closely related micro-organisms: ribotyping and single- and multi-locus sequence typing (S/MLST).
Analysis

Identifying microbes in non-sterile facilities

A well-designed environmental monitoring programme should detect the presence of bacteria, filamentous fungi and yeasts before product contamination occurs. It is important to be able to identify accurately the organism to the species, and possibly strain level, to track the potential origin of the contamination. Three methods are currently used in commercial settings: genotypic, proteotypic and phenotypic.
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