Novel nanofiltration method for microbial biosurfactant downstream processing
A paper has reported an innovative downstream method using nanofiltration for microbial biosurfactant production offers superior purity.
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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.
Driven partly by growth-based methods, the rapid microbiology testing market is predicted to expand considerably from 2022 to 2027, says a report.
Highest precision with microbial air sampler MAS-100 Iso. So you can focus on the essential.
A review of current environmental monitoring practices to ensure that monitoring systems comply with the latest EU GMP Annex 1 2022.
US Pharmacopeia (USP) and American Type Culture Collection (ATCC) will collaborate to better support the biologics sector in R&D, process development and release of high-quality biologics.
Here, Edward C Tidswell, Executive Director Quality Assurance at Merck & Co, Inc., discusses the microbiology challenges for industry, pharmaceutical companies and microbiologists themselves.
The detection and identification of bacteria is essential for biopharmaceutical production, the assessment of new antimicrobials and assessing contamination control measures. Developing methods for complex environments is challenging due to interference from the various molecules present. Here, pharmaceutical microbiologist and contamination control expert Dr Tim Sandle explains how Raman spectroscopy…
A paper aiming to identify bacterial isolates on cleanroom operators’ garments, showed these surfaces were a major source of contamination.
Researchers have shown a combination of peracetic acid and ultraviolet light could improve microbial water quality in pharmaceutical water systems.