QA/QC & Microbiology In-Depth Focus 2023
This microbiology in-depth focus, explores sterility and bioburden testing considerations for cell and gene therapies.
List view / Grid view
This microbiology in-depth focus, explores sterility and bioburden testing considerations for cell and gene therapies.
A new, more efficient colony counting method called the Geometric Viability Assay (GVA) could enable microbiologists to test potential new drugs such as antibiotics more quickly.
EPR Issue 5 includes articles on microbiological testing of ATMPs, the use of inline Raman spectroscopy for bioprocess control, paediatric drug formulation, and more.
Key factors behind the lengthy survival capabilities of the bacterium Micrococcus luteus (M. luteus) within a cleanroom have been reported in Tim Sandle’s recent paper.
Research using fluorescent optical respirometry (FOR) illustrated successful detection of aerobic bacteria three hours after setting samples.
This in-depth focus explores collaborative efforts to accelerate validation and adoption of rapid microbial methods across the pharmaceutical industry and the power of rapid methods for fungal ID.
A paper has described a DNA metabarcoding workflow that rapidly characterises fungal microbiota with high taxonomic resolution.
Careful planning during manufacture means accurate microbiology testing methods can be developed, ensuring the safety and efficacy of medical devices, a paper reports.
A paper has reported an innovative downstream method using nanofiltration for microbial biosurfactant production offers superior purity.
Researchers say they are the first to demonstrate contamination of over 40 percent of lipoaspirate samples for adipose tissue-derived stem cell (ADSC)-based advanced therapy medicinal product (ATMP) manufacture.
A novel ultrasonic nanosieve enabled concentration of bacteria into a 1µL highly concentrated solution suitable for plate counting and PCR, according to research.
In this podcast, Allison Scott, Lynn Johnson and Miriam Guest discuss how cross-industry collaboration through working groups can support adoption of modern microbial methods.
A data-driven approach to optimise sanitisation and improve process control of the microbial parameter in a water system.
Rapid identification of well-known bacterial species makes MALDI-TOF mass spectrometry a suitable alternative to conventional systems, researchers have stated.
Improvements to the pour plate method during rapid microbial assessment could facilitate automation of the technique, according to research.