Modern Microbial Methods Survey |
Introduction
Technologies that allow faster detection of microbial contamination continue to offer potential in improving the monitoring of materials and processes, as well as enabling the accelerated release of materials while ensuring the quality and safety of our finished products. These methods are referred to as Rapid, Alternative, or Modern Microbial Methods.
These methods are considered non-traditional and are able to quantify and/or detect the presence of microbes, or their by-products in a time to result which is significantly less than traditional methods. These approaches can include direct enumeration, accelerated/metabolism based assays, identification of microbes from a sample of the production batch, or directly measured from a material or product stream.
The purpose of this survey is to collect data to understand where and how these technologies are currently being evaluated and used across a range of industries (e.g. consumer goods, food, medical devices, sterile pharmaceuticals and cell therapies). The results will be shared broadly via publications and presentations which will support a better understanding of what is needed for widespread adoption in all industries.
These methods are considered non-traditional and are able to quantify and/or detect the presence of microbes, or their by-products in a time to result which is significantly less than traditional methods. These approaches can include direct enumeration, accelerated/metabolism based assays, identification of microbes from a sample of the production batch, or directly measured from a material or product stream.
The purpose of this survey is to collect data to understand where and how these technologies are currently being evaluated and used across a range of industries (e.g. consumer goods, food, medical devices, sterile pharmaceuticals and cell therapies). The results will be shared broadly via publications and presentations which will support a better understanding of what is needed for widespread adoption in all industries.